#METABOLOMICS WORKBENCH Fedorova_20240718_071832 DATATRACK_ID:5022 STUDY_ID:ST003364 ANALYSIS_ID:AN005512 PROJECT_ID:PR002090
VERSION             	1
CREATED_ON             	August 1, 2024, 6:37 pm
#PROJECT
PR:PROJECT_TITLE                 	Deep lipidomic profiling reveals sex dimorphism of lipid metabolism in
PR:PROJECT_TITLE                 	fibro-calcific aortic valve disease
PR:PROJECT_SUMMARY               	In-depth lipidomics profiling was performed on human tricuspid and bicuspid
PR:PROJECT_SUMMARY               	aortic valve tissue at different pathological stages, including mildly diseased,
PR:PROJECT_SUMMARY               	fibrotic and calcific tissue sections. Untargeted and targeted analysis were
PR:PROJECT_SUMMARY               	employed to enable high identification coverage and accurate quantification of
PR:PROJECT_SUMMARY               	lipids. Chromatographic separation modes (C18 RPC, C30 RPC) was combined with MS
PR:PROJECT_SUMMARY               	analysis using various acquisition modes (full MS, DDA, SRM) to allow for the
PR:PROJECT_SUMMARY               	identification of 1084 lipid molecular species across 28 lipid subclasses, of
PR:PROJECT_SUMMARY               	which 480 lipids were semi-absolutely quantified.
PR:INSTITUTE                     	Technical University Dresden
PR:LAST_NAME                     	Fedorova
PR:FIRST_NAME                    	Maria
PR:ADDRESS                       	Tatzberg 47/49, Dresden, Saxony, 01307, Germany
PR:EMAIL                         	maria.fedorova@tu-dresden.de
PR:PHONE                         	+49 351 796 36617
#STUDY
ST:STUDY_TITLE                   	Deep lipidomic profiling reveals sex dimorphism of lipid metabolism in
ST:STUDY_TITLE                   	fibro-calcific aortic valve disease
ST:STUDY_SUMMARY                 	In-depth lipidomics profiling was performed on human tricuspid and bicuspid
ST:STUDY_SUMMARY                 	aortic valve tissue at different pathological stages, including mildly diseased,
ST:STUDY_SUMMARY                 	fibrotic and calcific tissue sections. Untargeted and targeted analysis were
ST:STUDY_SUMMARY                 	employed to enable high identification coverage and accurate quantification of
ST:STUDY_SUMMARY                 	lipids. Chromatographic separation modes (C18 RPC, C30 RPC) was combined with MS
ST:STUDY_SUMMARY                 	analysis using various acquisition modes (full MS, DDA, SRM) to allow for the
ST:STUDY_SUMMARY                 	identification of 1084 lipid molecular species across 28 lipid subclasses, of
ST:STUDY_SUMMARY                 	which 480 lipids were semi-absolutely quantified.
ST:INSTITUTE                     	Technical University Dresden
ST:LAST_NAME                     	Fedorova
ST:FIRST_NAME                    	Maria
ST:ADDRESS                       	Tatzberg 47/49, Dresden, Saxony, 01307, Germany
ST:EMAIL                         	maria.fedorova@tu-dresden.de
ST:PHONE                         	+49 351 796 36617
#SUBJECT
SU:SUBJECT_TYPE                  	Human
SU:SUBJECT_SPECIES               	Homo sapiens
SU:TAXONOMY_ID                   	9606
#SUBJECT_SAMPLE_FACTORS:         	SUBJECT(optional)[tab]SAMPLE[tab]FACTORS(NAME:VALUE pairs separated by |)[tab]Raw file names and additional sample data
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.1	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_pos; Scan_range=250-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.2	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_pos; Scan_range=250-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.3	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_pos; Scan_range=250-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.4	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.4.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=380-1200; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.5	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.5.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=380-1200; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.6	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.6.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=380-1200; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.7	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.7.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=400-1600; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.8	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.8.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=400-1600; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_pool_1.9	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_1.9.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=400-1600; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_pool_2.1	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_2.1.mzML; LC_method=C30, 57 min; MS_method=Exploris_DDA_pos; Scan_range=200-1200; Injection_Volume=2.5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_2.2	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_2.2.mzML; LC_method=C30, 57 min; MS_method=Exploris_DDA_pos; Scan_range=200-1200; Injection_Volume=2.5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_2.3	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_2.3.mzML; LC_method=C30, 57 min; MS_method=Exploris_DDA_pos; Scan_range=200-1200; Injection_Volume=2.5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_2.4	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_2.4.mzML; LC_method=C30, 57 min; MS_method=Exploris_DDA_neg; Scan_range=370-1480; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_2.5	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_2.5.mzML; LC_method=C30, 57 min; MS_method=Exploris_DDA_neg; Scan_range=200-1400; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_pool_2.6	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids identification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_pool_2.6.mzML; LC_method=C30, 57 min; MS_method=Exploris_DDA_neg; Scan_range=370-1480; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_0.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS1 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_0.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_0.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS2 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_0.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_0.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS3 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_0.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_1.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS4 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_1.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS5 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_1.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS6 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_2.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS7 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_2.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_2.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS8 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_2.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_2.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS9 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_2.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_3.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS10 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_3.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_3.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS11 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_3.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_3.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS12 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_3.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_4.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS13 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_4.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_4.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS14 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_4.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_4.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS15 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_4.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_5.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS16 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_5.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_5.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS17 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_5.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_5.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS18 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_5.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_6.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS19 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_6.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_6.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS20 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_6.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-p_6.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS21 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-p_6.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_pos; Scan_range=100-1500; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_0.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS22 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_0.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_0.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS23 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_0.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_0.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS24 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_0.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_1.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS25 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_1.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS26 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_1.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS27 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_2.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS28 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_2.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_2.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS29 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_2.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_2.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS30 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_2.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_3.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS31 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_3.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_3.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS32 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_3.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_3.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS33 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_3.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_4.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS34 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_4.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_4.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS35 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_4.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_4.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS36 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_4.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_5.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS37 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_5.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_5.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS38 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_5.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_5.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS39 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_5.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_6.1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS40 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_6.1.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_6.2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS41 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_6.2.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal-n_6.3	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS42 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal-n_6.3.mzML; LC_method=C30, 34 min; MS_method=QEx_MS1_neg; Scan_range=100-1500; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	F_cal_tQC1	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS43 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal_tQC1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_pos; Scan_range=250-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_cal_tQC2	Sample source:Aortic valve tissue | Analysis method:Folch extraction and untargeted MS44 | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_cal_tQC2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=150-1800; Injection_Volume=10
SUBJECT_SAMPLE_FACTORS           	-	A_cal_tQC1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal_tQC1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal_tQC2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal_tQC2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal_tQC3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal_tQC3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_0.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_0.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_0.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_0.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_0.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_0.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_1.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_1.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_1.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_1.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_1.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_1.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_2.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_2.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_2.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_2.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_2.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_2.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_3.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_3.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_3.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_3.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_3.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_3.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_4.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_4.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_4.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_4.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_4.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_4.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_5.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_5.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_5.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_5.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_5.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_5.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_6.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_6.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_6.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_6.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal1_6.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal1_6.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_0.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_0.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_0.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_0.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_0.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_0.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_1.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_1.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_1.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_1.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_1.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_1.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_2.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_2.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_2.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_2.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_2.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_2.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_3.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_3.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_3.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_3.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_3.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_3.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_4.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_4.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_4.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_4.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_4.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_4.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_5.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_5.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_5.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_5.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_5.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_5.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_6.1	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_6.1.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_6.2	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_6.2.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_cal2_6.3	Sample source:Aortic valve tissue | Analysis method:acidified MeOH/CHCl3 extraction and targeted SRM | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_cal2_6.3.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_0.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_0.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_0.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_0.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_0.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_0.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_1.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_1.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_1.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_2.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_2.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_2.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_2.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_2.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_2.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_3.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_3.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_3.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_3.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_PRE_pool_3.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_PRE_pool_3.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_0.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_0.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_0.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_0.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_0.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_0.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_1.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_1.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_1.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_2.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_2.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_2.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_2.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_2.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_2.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_3.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_3.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_3.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_3.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_PRE_pool_3.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_PRE_pool_3.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_1.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_1.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_1.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_2.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_2.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_2.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_2.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_2.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_2.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_3.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_3.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_3.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_3.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	A_POST_pool_3.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_POST_pool_3.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_1.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_1.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_1.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_1.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_1.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_1.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_2.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_2.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_2.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_2.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_2.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_2.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_3.1	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_3.1.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_3.2	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_3.2.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_POST_pool_3.3	Sample source:Aortic valve tissue | Analysis method:Assessment of PA and LPA recovery rates | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_POST_pool_3.3.mzML; LC_method=C30, 34 min; MS_method=QEx_DDA_neg; Scan_range=200-1200; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_01	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_01.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_BQC1	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_BQC1.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_BQC2	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_BQC2.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_BQC3	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_BQC3.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_BQC4	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_BQC4.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_BQC5	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_BQC5.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_BQC6	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_BQC6.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.1	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.1.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.2	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.2.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.3	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.3.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.4	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.4.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.5	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.5.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.6	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.6.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_1.7	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_1.7.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_02	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_02.mzML; LC_method=C30, 47 min; MS_method=Exploris_DDA_pos; Scan_range=200-1200; Injection_Volume=2.5
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_03	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_03.mzML; LC_method=C30, 47 min; MS_method=Exploris_DDA_neg; Scan_range=200-1400; Injection_Volume=5
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_04	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_04.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M03	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M03.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F08	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F08.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F28	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F28.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C35	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C35.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C27	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C27.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F19	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F19.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M08	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M08.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_05	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_05.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C17	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C17.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M20	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M20.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F18	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F18.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C28	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C28.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F26	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F26.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C13	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C13.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_06	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_06.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C08	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C08.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F11	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F11.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F24	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F24.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F29	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F29.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F34	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F34.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M14	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M14.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F13	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F13.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F37	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F37.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C07	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C07.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_07	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_07.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F35	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F35.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C16	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C16.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C05	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C05.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C12	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C12.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C02	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C02.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C15	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C15.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M09	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M09.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_08	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_08.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F32	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F32.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F25	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F25.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C18	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C18.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C19	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C19.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F20	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F20.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F31	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F31.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C33	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C33.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_09	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_09.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C21	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C21.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C34	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C34.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M13	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M13.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M01	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M01.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_10	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_10.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C09	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C09.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F05	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F05.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C25	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C25.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F16	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F16.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F15	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F15.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C23	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C23.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M06	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M06.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C30	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C30.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C01	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C01.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_11	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_11.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F06	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F06.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F17	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F17.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M17	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M17.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M18	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M18.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M21	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M21.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C29	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C29.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F21	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F21.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_12	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_12.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F12	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F12.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C26	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C26.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C24	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C24.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C20	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C20.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F36	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F36.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F14	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F14.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_13	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_13.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M15	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M15.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C11	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C11.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C31	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C31.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M05	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M05.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M19	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M19.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M10	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M10.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_14	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_14.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F03	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F03.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F23	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F23.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C03	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C03.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M16	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M16.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F04	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F04.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F30	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F30.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F09	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F09.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F27	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F27.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F07	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F07.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C14	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C14.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_15	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_15.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F10	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F10.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F01	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F01.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C10	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C10.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C22	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C22.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M04	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M04.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M02	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M02.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M11	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M11.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_16	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_16.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C06	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C06.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C04	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C04.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F33	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F33.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_C32	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_Ex_C32.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M07	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M07.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F02	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F02.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_17	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_17.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M22	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M22.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_F22	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_Ex_F22.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_M12	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_Ex_M12.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	F_Ex_tQC_18	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_Ex_tQC_18.mzML; LC_method=C30, 47 min; MS_method=Exploris_MS1_pos; Scan_range=200-1200; Injection_Volume=2
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_01	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_01.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_02	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_02.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_03	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_03.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_04	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_04.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_05	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_05.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_BQC07	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_BQC07.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_BQC08	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_BQC08.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_BQC09	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_BQC09.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F49	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F49.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C40	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C40.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F38	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F38.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C36	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C36.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F39	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F39.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M32	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M32.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F46	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F46.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M27	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M27.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C45	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C45.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M36	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M36.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M34	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M34.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_06	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_06.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F50	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F50.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F43	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F43.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M35	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M35.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M30	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M30.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F47	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F47.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F48	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F48.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F51	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F51.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C47	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C47.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C37	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C37.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M33	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M33.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C41	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C41.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M29	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M29.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C46	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C46.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F41	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F41.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F42	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F42.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_07	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_07.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M31	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M31.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M37	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M37.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F45	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F45.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C44	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C44.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M26	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M26.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_M28	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=A_TSQ_M28.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C43	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C43.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F40	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F40.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C38	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C38.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C42	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C42.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_F44	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=A_TSQ_F44.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C39	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C39.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_C48	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=A_TSQ_C48.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_BQC01	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_TSQ_BQC01.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_BQC02	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_TSQ_BQC02.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_08	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_08.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_BQC03	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_TSQ_BQC03.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_BQC04	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_TSQ_BQC04.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_BQC05	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_TSQ_BQC05.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_BQC06	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=F_TSQ_BQC06.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M03	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M03.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F08	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F08.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F28	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F28.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C35	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C35.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C27	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C27.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C10	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C10.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M08	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M08.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_09	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_09.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C17	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C17.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M20	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M20.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F19	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F19.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C28	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C28.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F26	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F26.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C13	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C13.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C08	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C08.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F12	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F12.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F24	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F24.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F29	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F29.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F34	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F34.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_10	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_10.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F11	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F11.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F14	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F14.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F37	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F37.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C07	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C07.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F35	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F35.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C16	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C16.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C05	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C05.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M12	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M12.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C12	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C12.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C02	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C02.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C15	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C15.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M09	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M09.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_11	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_11.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F32	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F32.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F25	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F25.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C18	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C18.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C19	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C19.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F20	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F20.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F31	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F31.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C33	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C33.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C21	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C21.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C34	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C34.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_12	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_12.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M01	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M01.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C09	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C09.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F05	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F05.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C25	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C25.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F16	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F16.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C23	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C23.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M06	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M06.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C30	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C30.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C01	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C01.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_13	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_13.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F06	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F06.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F18	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F18.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M17	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M17.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M18	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M18.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M21	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M21.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C29	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C29.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F21	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F21.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F13	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F13.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F17	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F17.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C26	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C26.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C24	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C24.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_14	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_14.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M11	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M11.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C20	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C20.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F36	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F36.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F15	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F15.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M15	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M15.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C11	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C11.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C31	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C31.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M05	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M05.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M19	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M19.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M10	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M10.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_15	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_15.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F03	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F03.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F23	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F23.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C03	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C03.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M16	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M16.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F04	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F04.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F30	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F30.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F09	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F09.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F27	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F27.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F07	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F07.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C14	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C14.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F10	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F10.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F01	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F01.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_16	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_16.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C22	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C22.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M04	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M04.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M02	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M02.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C06	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C06.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C04	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C04.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F33	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F33.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_C32	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	RAW_FILE_NAME(Raw_file_names)=F_TSQ_C32.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M07	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M07.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F02	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F02.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M14	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M14.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_17	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_17.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M22	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M22.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_F22	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	RAW_FILE_NAME(Raw_file_names)=F_TSQ_F22.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	F_TSQ_M13	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	RAW_FILE_NAME(Raw_file_names)=F_TSQ_M13.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
SUBJECT_SAMPLE_FACTORS           	-	A_TSQ_tQC_18	Sample source:Aortic valve tissue | Analysis method:Targeted lipidomics for human AV lipids quantification | Extraction method:acidified MeOH/CHCl3 | Morphology:mixed | Sex:mixed | Pathology:mixed	RAW_FILE_NAME(Raw_file_names)=A_TSQ_tQC_18.mzML; LC_method=C18, 15 min; MS_method=TSQ_SRM_neg; Scan_range=SRM; Injection_Volume=3
#COLLECTION
CO:COLLECTION_SUMMARY            	CAVD tissues were obtained from 55 patients undergoing aortic valve replacement
CO:COLLECTION_SUMMARY            	for severe aortic stenosis. For all human tissue samples used in this study,
CO:COLLECTION_SUMMARY            	tissue collection was approved by the local Ethical Committee (Medical Faculty,
CO:COLLECTION_SUMMARY            	University Leipzig, registration number 128/19-ek) and all patients gave written
CO:COLLECTION_SUMMARY            	informed consent in accordance with the Declaration of Helsinki. All samples
CO:COLLECTION_SUMMARY            	showed macroscopic calcification as a sign of progressed FCAVD. Tissue samples
CO:COLLECTION_SUMMARY            	were dissected into mildly diseased, fibrotic and calcific pieces on-site and
CO:COLLECTION_SUMMARY            	flash frozen in liquid nitrogen. The deep frozen tissue sections were crushed
CO:COLLECTION_SUMMARY            	into a thin powder in a percussion mortar in liquid nitrogen and stored at
CO:COLLECTION_SUMMARY            	-80°C until further analysis.
CO:SAMPLE_TYPE                   	Aortic valve tissue
CO:COLLECTION_LOCATION           	Leipzig, Germany
CO:STORAGE_CONDITIONS            	-80?
CO:STORAGE_VIALS                 	Plastic tubes
CO:ADDITIVES                     	none
#TREATMENT
TR:TREATMENT_SUMMARY             	NA
#SAMPLEPREP
SP:SAMPLEPREP_SUMMARY            	Aortic valve tissue was spiked with tailored mixtures of internal standards and
SP:SAMPLEPREP_SUMMARY            	lipids were extracted either using the Folch method or by acidified MeOH/CHCl3
SP:SAMPLEPREP_SUMMARY            	lipid extraction.
SP:PROCESSING_STORAGE_CONDITIONS 	4?
SP:EXTRACTION_METHOD             	Folch lipid extraction or acidified MeOH/CHCl3 lipid extraction
SP:EXTRACT_STORAGE               	-80?
SP:SAMPLE_DERIVATIZATION         	none
SP:SAMPLE_SPIKING                	aortic valve tissue specific internal standard mix
#CHROMATOGRAPHY
CH:CHROMATOGRAPHY_SUMMARY        	Four liquid chromatography methods were employed to allow optimal lipidome
CH:CHROMATOGRAPHY_SUMMARY        	separation to enhance coverage of lipid species identifications and fast
CH:CHROMATOGRAPHY_SUMMARY        	quantification. All details on the respective methods are provided in the
CH:CHROMATOGRAPHY_SUMMARY        	attached methods document
CH:CHROMATOGRAPHY_TYPE           	Reversed phase
CH:INSTRUMENT_NAME               	Thermo Vanquish
CH:COLUMN_NAME                   	Thermo Accucore C30 (150 x 2.1mm,2.6um)
CH:SOLVENT_A                     	50% acetonitrile/50% water; containing 5 mM ammonium formate and 0.1% (v/v) formic acid
CH:SOLVENT_B                     	85% isopropanol/10% acetonitrile/5% water; 5 mM ammonium formate; 0.1% formic
CH:SOLVENT_B                     	acid
CH:FLOW_GRADIENT                 	0-10 min – 30 to 80% B, 10-27 min – 80 to 95% B, 27-31 min – 95% to 100%
CH:FLOW_GRADIENT                 	B, 31-39 min – 100% B, 39-39.1 100% to 10% B, followed by 7.9 min
CH:FLOW_GRADIENT                 	re-equilibration at 10% B.
CH:FLOW_RATE                     	0.3 mL/min
CH:COLUMN_TEMPERATURE            	50 °C
CH:METHODS_FILENAME              	FCAVD_methods.pdf
#ANALYSIS
AN:ANALYSIS_TYPE                 	MS
#MS
MS:INSTRUMENT_NAME               	Thermo Exploris 240 Orbitrap
MS:INSTRUMENT_TYPE               	Orbitrap
MS:MS_TYPE                       	ESI
MS:ION_MODE                      	POSITIVE
MS:MS_COMMENTS                   	Untargeted lipidomics for human AV lipids quantification in MS1 positive ion
MS:MS_COMMENTS                   	mode
#MS_METABOLITE_DATA
MS_METABOLITE_DATA:UNITS	pmol/mg wet tissue weight
MS_METABOLITE_DATA_START
Samples	F_Ex_M01	F_Ex_M02	F_Ex_M03	F_Ex_M04	F_Ex_M05	F_Ex_M06	F_Ex_M07	F_Ex_M08	F_Ex_M09	F_Ex_M10	F_Ex_M11	F_Ex_M12	F_Ex_M13	F_Ex_M14	F_Ex_F01	F_Ex_F02	F_Ex_F03	F_Ex_F04	F_Ex_F05	F_Ex_F06	F_Ex_F07	F_Ex_F08	F_Ex_F09	F_Ex_F10	F_Ex_F11	F_Ex_F12	F_Ex_F13	F_Ex_F14	F_Ex_F15	F_Ex_F16	F_Ex_F17	F_Ex_F18	F_Ex_F19	F_Ex_C01	F_Ex_C02	F_Ex_C03	F_Ex_C04	F_Ex_C05	F_Ex_C06	F_Ex_C07	F_Ex_C08	F_Ex_C09	F_Ex_C10	F_Ex_C11	F_Ex_C12	F_Ex_C13	F_Ex_C14	F_Ex_C15	F_Ex_C16	F_Ex_C17	F_Ex_C18	F_Ex_M15	F_Ex_M16	F_Ex_M17	F_Ex_M18	F_Ex_M19	F_Ex_M20	F_Ex_M21	F_Ex_M22	F_Ex_F20	F_Ex_F21	F_Ex_F22	F_Ex_F23	F_Ex_F24	F_Ex_F25	F_Ex_F26	F_Ex_F27	F_Ex_F28	F_Ex_F29	F_Ex_F30	F_Ex_F31	F_Ex_F32	F_Ex_F33	F_Ex_F34	F_Ex_F35	F_Ex_F36	F_Ex_F37	F_Ex_C19	F_Ex_C20	F_Ex_C21	F_Ex_C22	F_Ex_C23	F_Ex_C24	F_Ex_C25	F_Ex_C26	F_Ex_C27	F_Ex_C28	F_Ex_C29	F_Ex_C30	F_Ex_C31	F_Ex_C32	F_Ex_C33	F_Ex_C34	F_Ex_C35	F_Ex_BQC1	F_Ex_BQC2	F_Ex_BQC3	F_Ex_BQC4	F_Ex_BQC5	F_Ex_BQC6
Factors	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:TAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:mildly diseased	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:fibrotic	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:male | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:BAV | Sex:female | Pathology:calcific	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed	Sample source:Aortic valve tissue | Analysis method:Untargeted lipidomics for human AV lipids quantification | Extraction method:Folch | Morphology:mixed | Sex:mixed | Pathology:mixed
CE 16:0	76.89781	248.24879	77.54066	223.78758	163.06255	109.25142	144.27042	176.55957	102.43556	170.31734	134.79344	113.2032	44.99802	86.97428	305.77844	189.67994	369.65713	132.58514	158.34725	444.16439	449.44806	369.47601	127.27192	260.02108	463.43493	440.59696	285.0319	426.39942	368.15313	84.27076	290.84659	1125.11436	157.80967	515.99843	375.36044	412.65094	159.26006	183.87324	409.35763	353.17831	218.92527	441.85653	458.85353	432.48957	372.60142	469.58833	241.85936	480.12203	443.32799	531.394	272.79315	135.83385	56.60602	42.50083	67.618	52.8184	121.32298	28.92495	51.58202	190.92273	335.70776	250.61427	23.36694	312.16244	210.24609	401.40744	149.05432	360.64165	155.85023	247.93317	440.62594	120.01488	187.28646	601.73788	143.15158	122.92897	153.80556	258.08376	102.25132	567.77356	235.40079	100.93956	206.88942	421.76766	385.86551	327.89054	192.01993	275.57374	340.01233	321.11048	498.97265	278.25446	326.14859	323.9324	466.09405	567.192	769.75578	669.50546	518.03611	483.70461
CE 16:1	30.07678	131.73158	35.80595	149.66382	67.57159	43.60164	23.69564	130.14932	59.71407	118.41709	92.28474	79.00609	18.16136	29.81672	114.55392	84.89603	118.42231	57.66679	77.56788	222.34525	283.81521	371.82236	165.73929	346.44439	878.62417	574.85217	183.99956	454.82695	358.08463	68.5979	1288.89073	566.75359	51.33033	155.73861	383.66956	258.28451	78.09635	83.07532	236.77909	247.93574	168.53212	416.81036	303.23638	398.00659	271.08373	626.90621	237.83584	353.96349	346.4196	1256.76578	165.05226	80.80996	21.06571	34.11119	22.81367	21.90409	54.02113	12.12107	24.42222	100.37264	434.06622	177.56988	7.50262	202.90605	122.33469	876.70535	83.58334	199.43695	135.53432	157.37514	597.30285	175.07226	125.73679	523.76414	91.50138	61.72215	75.81727	149.58324	66.23609	430.53605	99.44582	35.69558	122.22394	463.04665	490.72981	234.0718	116.98963	258.6467	206.95869	203.84561	530.49797	225.87023	328.26143	131.10332	506.73551	475.56072	253.95123	338.25129	424.83875	311.46137
CE 17:1	3.03234	13.08532	2.3016	13.49773	5.10193	4.4192	4.08374	8.47118	2.38359	12.45873	4.74631	10.13286	0.80924	1.47417	15.26112	8.87273	23.05619	4.58681	7.96343	35.85252	43.08128	27.35411	7.80544	14.21364	131.08709	56.09604	17.90668	51.46786	33.79357	3.70626	78.74614	66.86545	6.29534	24.01788	29.57048	28.20194	5.68778	7.9153	31.3923	20.03795	9.54745	42.1623	37.82903	41.76634	27.16446	69.41431	17.83133	65.01035	33.91087	91.51081	16.28586	4.30817	1.6301	0.81782	0.83732	1.48105	3.60317	NA	0.94758	7.37081	42.88909	17.64383	0.49455	17.9522	9.76649	44.25673	6.70369	18.07646	11.74319	17.1516	82.85465	8.16977	7.8087	82.76957	8.15376	6.33123	9.25008	14.38108	3.97739	63.93219	11.62055	2.95499	15.61286	27.2674	23.11517	25.06059	8.97613	19.45055	6.02885	18.6708	77.79585	20.37409	27.01274	18.63149	36.74675	45.41855	26.4253	42.57655	38.31028	29.3733
CE 18:0	6.34884	19.91307	9.19094	31.66378	11.15016	9.28725	13.14816	30.83197	5.38255	19.596	7.75464	9.78915	2.3046	5.86983	28.71407	16.24595	42.32682	18.81556	17.19134	83.32923	106.39173	84.30992	14.05512	35.57829	191.05908	95.00554	51.06574	78.72053	56.9794	7.5662	79.42596	173.38626	20.39708	47.0967	63.7956	50.83594	24.36297	15.96539	52.33658	50.00202	29.70256	69.60462	65.38193	59.60298	43.67648	91.46718	40.98188	57.23461	73.60858	103.16381	41.27869	12.4615	5.86754	2.00276	3.30598	3.4695	12.15449	0	2.71982	26.17528	78.4555	43.35236	1.61569	73.79623	33.60977	95.29294	15.90123	31.90124	19.8894	41.93658	127.35095	17.77819	21.8338	145.38404	19.00934	18.64565	28.77223	46.12048	9.1407	97.71081	30.40279	11.09305	25.14815	51.61314	52.25229	62.91035	16.66218	34.07979	16.4829	46.97371	123.63773	45.00081	34.22769	65.13907	107.38518	129.79213	101.4498	120.04379	105.58054	72.33627
CE 18:1	753.3291	2131.14643	841.1836	2206.06079	1993.85114	1074.62269	1230.50194	1956.49154	1102.6416	1669.16605	1548.05556	1050.91317	532.41255	945.76888	3283.17898	1589.38334	3256.71599	1341.41445	1556.56537	4086.96735	5048.67884	3650.39345	1376.3205	2564.53925	8449.19726	5105.67316	2678.86213	4267.46547	3145.09743	873.04397	6779.97724	7878.35605	1567.63573	4802.49848	3199.59674	3375.46537	1591.75631	1507.86676	3233.73371	2765.28401	2059.66767	4561.56284	3547.59147	3523.23242	3158.91682	5223.03566	2358.01061	3457.76759	3505.9096	7622.3388	2252.30703	1606.80558	698.94519	500.06558	718.28634	573.99845	1406.67452	360.55755	534.07668	1455.86288	4322.8753	2640.3529	260.90299	3628.96371	2103.88731	7280.38072	1376.52304	2974.4141	1581.81769	2543.99366	6194.04176	1528.6951	1938.99626	6569.51572	1443.91976	1414.83317	1813.68068	1947.3977	975.30599	4852.86836	1959.47602	1143.81821	2069.71888	4154.90144	4545.59872	3312.52244	1359.39375	2546.12341	2140.64857	3231.01559	5816.72561	2333.61046	2486.65429	2887.74145	4799.28802	5973.39408	5290.91837	6228.06323	5680.82333	4558.53782
CE 18:2	3769.9698	9022.82815	4329.66467	7798.26046	7673.81354	5616.3195	5755.19326	8216.77309	4627.87329	7774.77745	7487.64997	4129.68012	2101.72621	4359.51835	10647.37937	8270.98341	13637.44488	6467.65261	6460.621	19325.52434	20330.66046	13365.03839	5573.25152	8275.95251	32834.55926	18567.5181	10059.48427	19103.72649	11776.6683	3742.8895	19565.38188	25556.75716	6791.55712	13025.89257	11064.01606	10979.96934	7959.04855	6509.84595	14913.56141	11574.32837	7670.01376	15824.63103	12833.65302	14037.84846	12515.11522	19816.67078	8874.54669	12921.7641	12224.22211	17202.59953	8844.32966	5638.47848	3102.14375	1785.46092	3453.21383	2905.60116	6582.4983	1510.95386	3167.04993	6180.39431	15100.31158	8360.4074	1354.6194	13237.61077	6258.53763	20063.79722	6224.4813	13244.39587	6147.58592	11378.85917	23898.3517	5643.19371	9495.1385	25656.21142	7348.30357	6224.29092	7729.64085	8238.29197	3477.909	17583.82764	7562.612	4260.23095	8168.78865	12350.27117	13069.40933	11856.13642	5350.71488	9040.28862	8349.73833	12854.34231	19228.26939	7616.55473	9585.23441	11346.08264	16369.99907	19013.83977	15851.3548	20232.99927	16502.03725	13432.66914
CE 18:3	61.66596	155.46229	66.5457	95.65426	105.25081	46.3424	27.49206	224.66166	115.69202	175.92908	150.50081	72.16706	68.80019	90.34132	214.57121	198.21707	109.71406	118.31321	100.97168	220.08297	372.39361	524.00091	206.4413	428.62604	2586.56518	841.14356	319.5703	1402.07533	453.23383	92.4328	1550.76576	887.09618	100.65208	165.93767	295.22273	124.35642	127.10318	124.91243	273.31065	454.67054	225.35184	473.74273	393.8946	835.89484	670.84983	827.62323	318.90704	418.31667	807.86264	849.47294	313.57285	150.26732	81.26717	61.48362	35.43483	55.51816	116.97107	29.12097	82.0438	199.20598	619.44834	277.30248	21.47712	588.02742	149.07043	1707.48927	136.13107	421.85241	256.94683	436.55708	1133.21397	218.58662	365.41245	837.04202	317.99333	108.83583	150.57464	273.45808	74.08528	409.77604	155.45531	118.72094	126.55488	559.40162	639.39019	235.09262	173.93352	339.62785	187.262	417.64123	582.89004	207.06999	413.92361	200.45696	387.89667	446.31574	125.18784	209.87222	155.95631	179.95255
CE 20:3	108.78159	358.04486	122.73554	430.78307	242.86209	126.37523	146.27022	438.53456	180.22062	366.69908	230.82371	129.17486	82.46916	114.03178	609.61852	335.11593	553.76342	207.1019	309.51869	932.76362	1339.51571	1018.28846	292.10366	588.26985	4276.80615	2017.68564	612.48226	1072.39217	927.96199	155.01343	2494.63691	2619.39599	258.1002	673.37044	720.18241	458.29129	246.79021	288.76811	588.64048	637.00783	418.77499	1101.69535	762.40712	1372.00479	478.75655	1895.17296	613.00144	629.51546	1363.9345	1720.57082	537.58934	237.16957	70.56268	63.54595	66.94219	93.0127	189.60899	44.62336	61.41588	395.75778	1802.57329	766.74956	32.58191	726.96555	469.96273	1819.5583	247.4973	748.87903	379.07897	879.00307	2710.72066	381.45493	349.86009	1995.57627	325.96588	265.43389	373.09162	616.91051	196.43333	1176.08836	322.26964	104.96741	408.43116	923.05735	834.09326	640.66472	288.79191	566.36703	267.89813	482.03929	1405.14289	415.22456	666.70074	570.82643	1149.36413	1518.03081	867.14473	1287.05201	1046.13223	811.99125
CE 20:4	1388.35511	4089.46923	1162.91638	3500.83364	4097.51394	1396.22066	1846.30456	3049.08089	1314.14061	2881.57439	2455.72838	937.69352	643.62914	1642.73086	6566.34053	3228.17436	5855.83051	1859.08499	3716.96914	5751.26973	8433.75117	6204.20254	2016.39915	4396.6081	15082.09812	8279.59646	4928.71776	6379.2496	4638.41362	1274.71492	11438.2594	10996.4661	3082.25903	7111.99677	4878.44216	4911.8265	2250.94821	2523.27831	4133.26993	4794.00452	2851.91812	6276.77005	6268.91476	6625.04825	3851.16876	8968.8515	3929.26048	3435.55577	5861.13333	8339.20102	4628.98542	3008.68223	670.80312	729.47021	899.4535	735.10659	1749.71008	460.79108	773.19118	3074.50552	6900.8411	5772.78678	322.00141	4304.9199	3865.35477	10405.1795	2512.42603	5960.1493	2255.36229	4554.25669	11188.41047	2114.12276	2681.73277	9927.78952	2395.26329	2383.44605	2995.40746	4111.86559	1150.15702	7110.04884	2444.27216	860.75234	3043.87132	5862.29298	5910.62229	4316.70037	2071.52246	3150.07051	1815.55404	3637.32121	6887.69812	1912.10536	3037.25512	4347.74781	7638.96396	9897.43305	6276.76	8376.60309	6344.86567	6053.32388
CE 20:5	329.95271	543.98343	116.45765	423.0632	389.63394	351.05014	258.83422	534.20153	220.44393	455.07346	196.69843	149.24674	174.79172	430.60928	1181.88851	952.34403	596.55653	192.56067	363.71766	1643.05986	1863.00211	1162.39919	374.8669	462.19611	3923.7681	1343.01452	884.61318	2994.0583	605.31541	179.23031	3147.8262	2807.90872	845.92408	1005.0622	696.15105	467.13026	213.4635	533.06315	1205.84546	1236.89326	503.12531	1080.04219	1038.59809	1275.18636	1411.1708	1270.96295	600.99413	637.79477	1802.5165	1970.78002	1443.22149	207.93108	103.10436	57.78301	85.14143	111.41045	269.569	91.07422	104.77855	418.48708	1142.02726	541.48025	44.28162	712.27831	274.10016	2052.13045	275.94615	1282.38999	475.03433	874.78811	2402.57046	323.89204	483.17915	2307.27921	468.37581	278.57786	398.14114	713.38223	156.29621	2324.70247	323.63907	133.86916	831.2509	659.62313	941.77998	459.86453	367.34105	627.13908	221.50553	549.94515	1405.35878	496.67989	459.12965	568.46677	1319.85467	1323.04703	733.87615	999.58813	781.40729	821.21124
CE 22:4	6.7595	23.40112	14.2426	35.27507	19.58034	10.17144	43.62028	21.6285	18.2789	16.52452	12.60923	20.52228	1.94277	29.47109	57.08495	12.8692	39.32238	67.11536	34.76062	175.36084	622.7655	179.00809	33.95248	305.41673	639.44638	266.88962	196.0559	274.884	209.63584	20.68008	162.82625	391.78651	90.19258	181.17785	66.54028	101.85166	71.63272	60.72873	90.71263	223.86641	53.86387	134.69812	128.95206	193.03674	139.80125	184.75594	141.53114	91.60892	179.32665	357.70587	180.72208	33.22823	17.6936	9.97549	8.063	15.96909	11.27886	0.6391	5.04534	144.38692	179.49184	93.77993	7.33512	325.71917	153.87139	244.3328	37.88804	26.71399	46.5234	220.65691	473.12259	115.88258	26.75807	91.1409	12.42716	21.89026	41.07803	154.86837	22.51622	82.12957	76.91068	26.47612	22.79742	306.71737	104.60507	183.47434	21.23725	125.99755	78.32349	34.33801	345.46691	16.15624	165.77701	55.02176	160.10731	375.78757	193.25875	179.81584	217.25436	133.70636
CE 22:5	24.84512	59.50369	28.40567	60.95975	50.1452	26.38608	38.64348	63.17991	39.82078	48.40242	48.64351	38.77836	12.05947	47.65135	77.90874	64.11549	68.44107	64.16399	54.16176	204.4305	462.73845	198.18321	62.65298	205.60643	883.6143	323.40334	160.9731	417.63153	245.70998	32.20689	423.3117	439.6812	108.71257	112.94885	109.53543	93.46985	77.76436	81.70465	116.75672	243.46439	72.5652	140.25009	132.39777	276.38269	191.22371	283.9087	140.92189	136.7777	262.83888	381.79894	205.71924	68.17118	25.9494	15.8743	18.35202	24.96029	35.35527	4.75143	12.94801	158.02041	242.36437	134.03425	8.53488	289.03513	117.28576	358.03238	61.18622	94.17884	66.91078	259.42671	557.5534	190.59724	69.13967	207.60521	45.45083	50.60638	72.75078	174.20034	30.70478	175.89077	63.899	32.47648	66.96061	178.46205	148.73104	141.84163	44.29772	107.87119	95.11891	85.50274	295.10316	47.76799	159.55796	88.06036	216.22443	251.19109	143.09189	184.30379	159.22866	165.41538
CE 22:6	392.01315	631.97202	151.56735	328.65964	565.06083	408.78481	239.04402	811.25033	268.93187	435.23127	459.88407	237.6259	119.49757	546.99957	964.43933	1027.84253	557.58383	261.45639	440.72497	1546.65174	1882.93274	1527.00317	612.13701	571.2241	4009.94371	2231.47682	1161.90535	3100.33192	1065.67828	306.40079	2673.77334	1697.19403	816.71717	767.5351	613.59158	546.69888	280.09008	668.8201	1163.25658	1659.66693	665.465	1185.2448	1296.03881	1416.61625	1400.62376	1714.59691	862.79574	920.20881	1410.78717	1847.78857	1551.78917	295.48166	106.63541	75.66892	119.69982	179.67548	382.31057	101.53866	115.62072	861.87698	1819.41551	611.31672	33.65153	693.13017	376.15871	1884.4485	371.48152	1702.38479	510.14258	1133.29753	2059.60356	713.32861	763.48805	2253.54248	479.88704	470.67847	608.58101	1260.31301	295.95137	2272.87796	181.70615	127.17106	996.29478	577.39391	864.78935	517.83253	588.94655	731.61085	481.30127	937.39987	1454.6744	456.64445	719.11131	755.90304	1244.84479	1118.33711	490.63677	886.23641	639.17944	741.43872
CE 24:4	2.27903	5.2138	21.47817	24.57485	8.69488	11.84346	43.94413	3.30729	10.25633	2.3269	5.87982	40.33647	0.19883	22.20428	17.42806	0.79344	14.30502	171.74987	33.82974	315.52402	663.47038	92.98579	14.46647	241.50207	382.6963	120.64002	123.81177	212.67802	257.46113	18.81183	56.9467	304.7853	83.72846	68.59075	24.14031	64.18211	155.37958	41.63279	38.64254	130.78117	18.60045	26.88572	44.53247	66.32536	77.36297	71.18928	83.26248	37.86424	83.23116	150.7912	103.08346	23.1522	10.2548	2.83273	12.20292	31.40047	3.07043	NA	3.10035	91.08132	76.62047	28.19354	3.11119	176.65902	84.40681	127.32266	7.6237	4.01944	19.64811	280.22509	285.61986	358.77223	11.56777	30.15961	1.30435	6.11407	20.33509	74.31475	5.19196	25.90875	24.21089	7.22715	6.54656	148.5929	23.34927	93.89816	6.49112	37.35807	51.71713	7.53013	174.07534	2.22867	71.67116	18.48597	85.41431	268.90584	201.31181	139.83395	166.25794	98.72107
CE 24:5	1.56364	4.16543	13.90096	21.04883	3.86675	16.69238	46.09293	2.39731	8.30071	2.46719	3.7882	45.44737	NA	32.11311	8.81935	0.80228	7.85444	116.46809	20.86741	469.48305	681.90617	59.80934	7.1388	102.53968	351.90277	81.50469	85.36048	411.71036	177.25723	13.39566	48.06446	295.15838	100.32961	24.1353	14.34678	37.41496	116.68822	41.30886	44.22032	84.11276	8.88265	12.28576	21.80258	48.26184	100.61345	39.69457	46.0673	28.13259	52.91748	105.34399	91.00328	11.01904	11.16619	0.42712	9.10284	31.23603	2.33512	NA	1.69036	70.43663	52.29605	11.35483	1.71772	117.26691	27.4655	78.56672	5.26653	3.17376	14.60975	190.94254	243.23582	253.5649	11.01546	27.32061	0.94059	3.98328	14.62673	40.18536	2.50781	19.59246	11.76797	3.50621	5.51421	48.94439	10.88485	45.85068	4.84579	19.9515	23.63065	5.77357	161.93589	1.01782	52.09977	9.20381	38.97339	89.50491	88.13489	57.2945	66.01485	45.55213
Cholesterol	32.50244	72.02916	50.36028	101.6385	76.61581	41.9371	59.95707	63.25552	78.76018	79.55564	82.13815	58.39137	51.02182	67.72449	87.36686	37.57889	86.56659	74.95705	65.26176	100.94225	182.25742	291.18278	48.87912	202.42942	453.53877	344.03154	114.12113	142.72326	287.36176	39.44378	158.26466	407.09594	64.97632	345.17592	164.28697	200.82864	77.2278	74.15552	125.43995	124.4248	91.24612	191.08287	191.24627	232.69599	226.36419	306.84815	147.55317	198.17705	205.04736	458.54605	122.47263	90.73863	51.19489	37.10469	70.01395	59.48335	75.78014	63.42214	42.82808	91.46373	313.42723	56.96557	23.61372	184.04499	106.81728	275.33504	63.38434	137.42774	63.93738	76.15585	262.4478	64.7346	75.3914	224.0262	61.25155	56.97738	64.71223	112.33172	52.2267	174.38557	107.88041	67.3575	61.17731	290.75852	140.68932	262.60224	71.05626	123.56954	179.86656	148.13468	344.23005	116.10726	136.85724	163.95308	141.06215	199.91011	256.92817	220.63386	216.54192	172.93893
TG 8:0_8:0_8:0	0.04443	0.05974	0.03387	0.05547	0.21484	0.04109	0.0797	0.05793	0.08829	0.0475	0.12995	0.04209	0.07717	0.08412	0.0436	0.08851	0.05731	0.05204	0.05286	0.03735	0.04555	0.039	0.04251	0.04312	0.03445	0.16125	0.05439	0.03711	0.06218	0.0565	0.02917	0.05915	0.06853	0.03214	0.02827	0.02869	0.03661	0.03611	0.03508	0.03828	0.03451	0.04363	0.03456	0.03374	0.02942	0.04721	0.03928	0.0422	0.03218	0.02787	0.02358	0.08454	0.04213	0.04666	0.09704	0.06369	0.03577	0.13197	0.05142	0.10903	0.12755	0.06255	0.03519	0.05151	0.12782	0.04467	0.05489	0.08048	0.03764	0.0654	0.03469	0.03755	0.03308	0.04542	0.04254	0.10835	0.11762	0.0999	0.16245	0.02952	0.05184	0.06975	0.04904	0.03911	0.04593	0.03026	0.05184	0.0614	0.13482	0.03683	0.0373	0.03157	0.05471	0.0383	0.039	0.05022	0.03361	0.03923	0.02981	0.0455
TG 10:0_8:0_8:0	0.06554	0.08978	0.05155	0.07266	0.22413	0.06109	0.09054	0.08415	0.14344	0.08332	0.19503	0.07666	0.11625	0.1327	0.06117	0.11257	0.08151	0.06157	0.07404	0.06257	0.07139	0.06089	0.06141	0.06615	0.05493	0.32227	0.09139	0.05935	0.11381	0.07152	0.04758	0.11019	0.07452	0.0572	0.04752	0.04934	0.06214	0.06172	0.0579	0.06542	0.05697	0.07689	0.06359	0.06128	0.0507	0.1039	0.07588	0.07449	0.06005	0.05202	0.04198	0.13279	0.075	0.06456	0.17378	0.09534	0.0573	0.2262	0.08419	0.2244	0.2579	0.0878	0.04567	0.08541	0.19071	0.06731	0.09664	0.13308	0.06053	0.10973	0.06571	0.06329	0.05846	0.07842	0.06646	0.11771	0.13402	0.19219	0.32915	0.05841	0.07115	0.11684	0.07002	0.06668	0.07112	0.05462	0.08876	0.07498	0.22949	0.06115	0.06338	0.06404	0.10695	0.05932	0.05937	0.07963	0.05243	0.06481	0.05441	0.0766
TG 10:0_10:0_8:0	0.01844	0.02176	0.01368	0.01713	0.08374	0.01823	0.01665	0.01879	0.07031	0.01722	0.11171	0.01969	0.03743	0.04271	0.00688	0.02795	0.01103	0.01613	0.00995	0.00536	0.01068	0.00675	0.00988	0.01042	0.00351	0.10034	0.01506	0.00853	0.03099	0.01355	0.00612	0.01867	0.00984	0.0134	0.00695	0.00318	0.00955	0.00957	0.01778	0.01122	0.00617	0.01712	0.00949	0.00852	0.00479	0.03164	0.01896	0.01671	0.00754	0.00412	0.00689	0.06845	0.01503	0.01103	0.07933	0.03115	0.00826	0.14809	0.03525	0.0624	0.08214	0.02084	0.01821	0.0191	0.03254	0.00822	0.02021	0.02943	0.01245	0.0224	0.0053	0.01159	0.00458	0.01483	0.01225	0.03145	0.03178	0.05925	0.15558	0.01282	0.01925	0.03416	0.01097	0.00773	0.01435	0.00988	0.0407	0.01097	0.16287	0.01163	0.01016	0.02789	0.02855	0.01423	0.00701	0.01355	0.0102	0.00788	0.01164	0.01178
TG 34:0	0.07421	0.13962	0.06828	0.10248	0.57212	0.0663	0.17567	0.06322	0.16601	0.1223	0.19394	0.2071	0.1268	0.14269	0.10204	0.14582	0.16068	0.23155	0.09432	0.09855	0.10316	0.03959	0.05368	0.03261	0.06813	0.05368	0.03889	0.03707	0.03437	0.05514	0.05139	0.28458	0.17763	0.61632	0.05177	0.07114	0.09231	0.06101	0.04127	0.0415	0.04744	0.11883	0.04109	0.06796	0.03104	0.05284	0.04217	0.30702	0.06187	0.03501	0.03532	0.12577	0.0437	0.05511	0.17855	0.09293	0.07881	0.18985	0.08579	0.04827	0.05127	0.06151	0.05788	0.04129	0.04133	0.04287	0.07139	0.11449	0.06514	0.08039	0.09199	0.09133	0.05763	0.06692	0.05452	0.21419	0.26825	0.05179	0.08961	0.05665	0.19737	0.06225	0.05838	0.04423	0.05277	0.04814	0.04767	0.06813	0.2279	0.03306	0.03972	0.05373	0.05826	0.18179	0.07161	0.08105	0.10032	0.08889	0.08264	0.08745
TG 36:0	0.11977	0.23717	0.11129	0.17886	1.36497	0.08495	0.29331	0.09243	0.20678	0.19125	0.25566	0.31491	0.18874	0.20048	0.18232	0.23056	0.31941	0.62799	0.17192	0.18032	0.2061	0.07726	0.07554	0.04591	0.13669	0.08335	0.06088	0.05413	0.0513	0.08662	0.131	0.73223	0.46399	1.13691	0.09774	0.14809	0.13505	0.10023	0.06037	0.05852	0.08945	0.3879	0.05997	0.10151	0.04333	0.09826	0.08311	0.8391	0.13645	0.06465	0.06589	0.14368	0.05498	0.05829	0.21903	0.1069	0.15026	0.28952	0.09978	0.07536	0.08148	0.09038	0.08175	0.06946	0.064	0.07431	0.16989	0.14922	0.08698	0.14558	0.17971	0.15619	0.09739	0.14816	0.0683	0.47622	0.63792	0.08017	0.18253	0.11582	0.35936	0.09045	0.09656	0.08901	0.10009	0.13778	0.06018	0.12666	0.2619	0.07959	0.08642	0.10054	0.10752	0.45339	0.15983	0.21023	0.28237	0.20946	0.19459	0.19753
TG 38:0	0.147	0.33306	0.14452	0.25025	2.12916	0.07426	0.49085	0.0876	0.15537	0.31753	0.25824	0.4716	0.19937	0.18575	0.2355	0.24734	0.57427	1.03726	0.23964	0.30927	0.34289	0.08947	0.05463	0.04843	0.20184	0.10337	0.07194	0.05313	0.06091	0.10308	0.15073	1.59369	0.70478	1.60074	0.14794	0.28187	0.15975	0.14643	0.09825	0.06224	0.11876	0.49257	0.05742	0.09221	0.05091	0.1701	0.13041	1.54402	0.22366	0.10032	0.09422	0.0888	0.04426	0.03463	0.19552	0.08935	0.15112	0.15656	0.06326	0.0749	0.10155	0.08531	0.09227	0.08272	0.07154	0.07275	0.17873	0.10232	0.06796	0.21697	0.29778	0.19228	0.08905	0.24569	0.0504	0.70491	0.97423	0.10138	0.20971	0.19348	0.47218	0.09562	0.12229	0.11741	0.12526	0.20564	0.05295	0.22368	0.18504	0.0964	0.14231	0.13093	0.16959	0.83582	0.23293	0.36083	0.6756	0.4641	0.42943	0.39204
TG 40:0	0.31635	0.83812	0.32947	0.73399	4.62286	0.18792	1.31641	0.15819	0.25923	0.80745	0.45303	1.16413	0.38488	0.28062	0.64541	0.6212	1.68331	2.41791	0.54617	0.76412	0.83651	0.17386	0.11662	0.09359	0.468	0.18359	0.13276	0.09427	0.12126	0.23494	0.39539	3.72074	1.3399	3.32167	0.34953	0.77303	0.32701	0.35213	0.22198	0.10875	0.20561	1.22347	0.08573	0.17478	0.10995	0.38581	0.27465	3.17098	0.49429	0.1785	0.17051	0.13261	0.08976	0.0436	0.32222	0.17433	0.3097	0.28408	0.07953	0.1479	0.23816	0.17253	0.18526	0.14986	0.17224	0.13702	0.29682	0.21274	0.12432	0.52413	0.71457	0.37316	0.15792	0.46989	0.08388	1.60563	2.14476	0.19534	0.40106	0.39528	0.88853	0.16489	0.28086	0.29927	0.29404	0.38296	0.07787	0.52611	0.281	0.18214	0.32199	0.50797	0.33154	1.91739	0.63305	1.03427	2.20057	1.46915	1.23799	1.11057
TG 40:1	0.12437	0.57857	0.17804	0.82781	1.55703	0.15108	2.49463	0.05233	0.15666	0.92845	0.04385	1.43483	0.12401	0.04511	0.71386	0.22451	1.70964	0.55468	0.29951	1.16762	1.66464	0.1082	0.05432	0.10837	0.56164	0.22215	0.09105	0.11332	0.1275	0.05515	0.45918	3.80756	0.49019	4.57774	0.3869	0.75962	0.28368	0.23428	0.22042	0.09106	0.11224	1.18403	0.14142	0.14784	0.13898	0.2857	0.20695	1.34072	0.42214	0.31146	0.14177	0.032	0.03495	0.0132	0.33989	0.07831	0.33309	0.08913	0.01891	0.07434	0.25473	0.08538	0.12693	0.13599	0.19879	0.20362	0.07836	0.09605	0.1193	0.21275	0.91108	0.13097	0.0503	0.47244	0.02646	0.63464	0.86411	0.14479	0.13498	0.39738	1.28175	0.0691	0.24817	0.35848	0.32344	0.23075	0.08551	0.32646	0.08926	0.1041	0.34968	0.32946	0.22244	1.14634	0.77919	1.04575	2.50295	2.0257	2.0397	1.50822
TG 40:2	0.04517	0.24562	0.09111	0.38703	0.46889	0.08991	1.61457	0.01493	0.05049	0.38495	0.00221	0.64402	0.02493	0.00215	0.30615	0.07372	0.84151	0.16838	0.12319	0.64437	1.14498	0.01601	0.01703	0.01937	0.16233	0.05828	0.01856	0.01334	0.01722	0.00671	0.1756	1.34541	0.17144	1.24483	0.12144	0.29579	0.15105	0.09282	0.07815	0.01434	0.01778	0.27193	0.01395	0.03025	0.01476	0.05148	0.04704	0.25822	0.15588	0.0727	0.04091	0.00472	0.00923	0.00229	0.22509	0.01741	0.20975	0.04215	0.00107	0.01443	0.07162	0.02879	0.05781	0.01701	0.07136	0.05043	0.02048	0.01717	0.05836	0.04758	0.29244	0.03287	0.00979	0.06244	0.00473	0.17847	0.22567	0.03597	0.03007	0.09749	0.43874	0.00878	0.12147	0.06985	0.09116	0.038	0.00561	0.05556	0.00618	0.01458	0.03962	0.07351	0.03169	0.19323	0.36737	0.3857	0.99762	0.80007	0.8879	0.67549
TG 41:0	0.05982	0.14667	0.03433	0.12096	0.63104	0.0393	0.24737	0.01506	0.04619	0.14506	0.08274	0.25378	0.05343	0.03988	0.0965	0.11598	0.32176	0.19765	0.08956	0.18002	0.19458	0.02009	0.01949	0.01867	0.11858	0.05839	0.02825	0.03774	0.0347	0.03526	0.0561	0.85985	0.18788	0.40826	0.05724	0.19456	0.04293	0.08845	0.06933	0.03542	0.02869	0.23494	0.03161	0.03669	0.04426	0.09019	0.05454	0.60237	0.11811	0.05576	0.04792	0.02179	0.01638	0.00671	0.04614	0.03399	0.02794	0.0256	0.01726	0.0363	0.05773	0.02776	0.02733	0.02919	0.03453	0.03005	0.03425	0.03691	0.02113	0.10591	0.16222	0.05345	0.01602	0.10638	0.01559	0.25307	0.30658	0.0546	0.04558	0.10195	0.15929	0.03525	0.04807	0.06329	0.04115	0.05388	0.02246	0.11238	0.05171	0.02443	0.07534	0.07451	0.08634	0.30975	0.13418	0.22372	0.48473	0.38186	0.33887	0.26383
TG 41:1	0.01808	0.06453	0.01424	0.1038	0.15006	0.03174	0.37805	0.01754	0.06662	0.15842	0.07743	0.21463	0.02476	0.04908	0.10903	0.03511	0.21246	0.04714	0.04043	0.2106	0.26529	0.05477	0.01504	0.03919	0.08176	0.05943	0.03035	0.06653	0.06203	0.01844	0.05203	0.54626	0.06126	0.58824	0.08427	0.1397	0.06473	0.02896	0.09683	0.06717	0.06998	0.26555	0.0663	0.04089	0.07264	0.08238	0.05001	0.23064	0.07112	0.06798	0.0567	0.05404	0.01446	0.02046	0.03606	0.01375	0.01957	0.09941	0.03919	0.02763	0.05714	0.03164	0.0181	0.05565	0.05406	0.07736	0.0132	0.05336	0.04811	0.0249	0.11062	0.02249	0.03159	0.07128	0.02073	0.06808	0.10755	0.04524	0.02952	0.10701	0.1905	0.06835	0.06093	0.05721	0.1235	0.08116	0.06393	0.07802	0.18165	0.07115	0.0865	0.20441	0.05164	0.27054	0.10844	0.15403	0.43424	0.31627	0.3517	0.27005
TG 42:0	0.64839	2.25137	0.68349	2.29627	8.94484	0.58367	3.05253	0.30536	0.7452	2.01608	0.89077	2.72509	0.81695	0.47085	1.83501	1.24816	5.55516	4.10707	1.34689	2.07878	2.16766	0.41622	0.26426	0.30047	1.84198	0.61729	0.35083	0.26672	0.45299	0.49189	1.14354	11.7219	2.48971	8.48584	1.34226	3.2799	0.74665	0.9495	0.75384	0.32464	0.55869	3.88094	0.30897	0.57843	0.3326	1.36018	0.79703	7.58603	1.53449	0.86152	0.44328	0.30009	0.21764	0.08767	0.607	0.47004	0.58989	0.40094	0.15774	0.42974	0.71236	0.39124	0.3602	0.4055	0.47271	0.37567	0.47623	0.46508	0.31038	1.28031	2.81757	0.73921	0.27558	1.5636	0.17653	3.13907	4.357	0.72367	0.72576	1.38941	2.13849	0.41858	0.7165	1.02192	0.70899	0.82073	0.20843	1.45874	0.60848	0.46584	1.17768	1.31865	0.99377	4.72375	2.18726	3.80821	7.60206	5.48015	5.11991	3.77977
TG 42:1	0.39656	1.73296	0.64147	3.02324	4.71542	0.72033	7.21766	0.23577	0.71572	3.14816	0.20626	4.15876	0.51706	0.21432	2.38959	0.6222	5.37743	1.86318	1.09027	3.30211	4.20796	0.23538	0.25679	0.29334	1.43936	0.60955	0.31413	0.20088	0.32565	0.27529	1.47034	9.8357	1.59807	9.5566	1.1986	2.04294	0.87372	0.73522	0.64516	0.22887	0.29997	2.84617	0.24399	0.37213	0.25835	0.87875	0.56531	3.25495	1.18978	0.76381	0.4042	0.2126	0.1479	0.04519	0.99164	0.33789	1.17341	0.28165	0.07732	0.24033	0.74501	0.34326	0.34233	0.27557	0.62544	0.34525	0.33962	0.41114	0.45119	0.77255	2.36642	0.45394	0.19482	1.18745	0.14377	1.91615	2.46816	0.44267	0.44346	1.06166	2.74653	0.18417	0.87345	0.93293	0.67237	0.6116	0.1423	0.81096	0.26223	0.25926	0.84454	1.0975	0.44165	2.79553	2.39081	3.05644	7.91809	6.01581	5.78309	4.7561
TG 42:2	0.17248	0.79882	0.3506	1.40809	1.56747	0.4224	5.49177	0.10498	0.35135	1.55783	0.03395	2.09245	0.14591	0.04578	1.12763	0.23985	2.86887	0.71312	0.52676	2.46221	3.72676	0.27938	0.09458	0.18695	0.96682	0.50689	0.18835	0.21668	0.2424	0.06074	0.74679	5.61711	0.69438	4.93586	0.66362	1.46897	0.6208	0.45561	0.51806	0.23272	0.21728	1.15095	0.22086	0.30747	0.27107	0.50828	0.32586	1.09756	0.71362	0.56354	0.2953	0.06954	0.06613	0.01121	0.76895	0.11992	0.7692	0.06463	0.02955	0.18724	0.55184	0.14725	0.17019	0.29558	0.41231	0.37748	0.12633	0.38622	0.31037	0.26821	1.38134	0.15466	0.11308	0.72081	0.07397	0.58221	0.79274	0.2697	0.21767	0.66654	1.58632	0.10666	0.50019	0.46432	0.39546	0.35386	0.26562	0.36147	0.17049	0.21113	0.52334	0.41739	0.31872	0.99381	1.75184	1.92594	4.75894	4.32438	4.5916	3.35447
TG 43:0	0.1565	0.38368	0.11331	0.35481	1.42001	0.14542	0.4993	0.07	0.23473	0.34491	0.33625	0.53191	0.20748	0.18044	0.25601	0.25475	0.82895	0.48763	0.24536	0.3759	0.37463	0.0799	0.07692	0.069	0.29366	0.1255	0.09782	0.08454	0.1207	0.11183	0.1448	1.968	0.43215	0.82974	0.20613	0.56283	0.13646	0.20851	0.17507	0.09656	0.09682	0.52995	0.09216	0.14092	0.09912	0.28651	0.1532	1.46192	0.27932	0.14039	0.10559	0.15099	0.07091	0.05279	0.18606	0.14264	0.09385	0.20969	0.089	0.11648	0.14018	0.08929	0.07016	0.09388	0.11139	0.07297	0.10225	0.17699	0.07908	0.26761	0.43169	0.14971	0.06641	0.27711	0.07302	0.49436	0.71336	0.1645	0.12838	0.30471	0.31222	0.11417	0.16828	0.1604	0.1172	0.15645	0.07786	0.2736	0.31795	0.08582	0.2078	0.25404	0.23085	0.76429	0.40334	0.59603	1.40103	1.07349	0.99557	0.75219
TG 43:1	0.07476	0.25072	0.05797	0.43567	0.51089	0.14059	1.09905	0.05055	0.15803	0.35877	0.07259	0.70241	0.09718	0.08526	0.31648	0.11601	0.79898	0.1447	0.19068	0.65801	0.83771	0.03338	0.05397	0.06776	0.27198	0.09419	0.07931	0.06364	0.1026	0.05677	0.18597	1.87951	0.2598	1.24683	0.24547	0.40955	0.10725	0.15759	0.14432	0.04327	0.05655	0.50044	0.06709	0.0776	0.09459	0.23329	0.10432	0.80808	0.27541	0.17401	0.09438	0.07145	0.03347	0.02597	0.11214	0.04312	0.06752	0.10456	0.01797	0.07435	0.14572	0.04063	0.04585	0.07005	0.13877	0.07434	0.03529	0.0612	0.063	0.13313	0.44678	0.08305	0.03932	0.26487	0.02717	0.25974	0.34447	0.11953	0.04712	0.29128	0.38973	0.02396	0.18252	0.17446	0.0952	0.1037	0.059	0.17073	0.10198	0.06017	0.22133	0.21226	0.11023	0.49402	0.4647	0.61591	1.70845	1.39472	1.39511	1.01751
TG 44:0	1.141	5.27061	1.29076	5.79704	15.75666	1.50868	5.57626	0.60163	1.68522	3.35977	1.70848	3.98916	1.58351	0.8373	3.96564	2.2303	12.75205	6.95993	2.7026	4.34874	4.0338	0.92071	0.59277	0.71967	4.17944	1.33555	0.83995	0.63336	1.18304	0.93602	2.84659	19.61636	3.89453	13.67321	3.1735	8.20378	1.51083	1.87051	1.80207	0.74968	1.15381	8.05383	0.79491	1.58537	0.80534	3.54389	1.62502	13.63461	2.97169	2.40414	0.86964	0.75839	0.44839	0.21774	1.03936	1.15706	1.02134	1.12859	0.35934	0.95841	1.58011	0.90536	0.63397	0.89907	1.12184	1.0688	0.79877	1.08731	0.68862	2.52502	6.14283	1.36541	0.51008	3.89667	0.3716	5.48946	7.373	1.7297	1.34436	3.48338	3.58555	0.8288	1.7415	2.27107	1.85099	1.59574	0.47865	2.91095	1.38263	0.86219	2.75726	2.67332	1.99729	8.55957	5.67317	9.55091	17.60039	13.39776	12.41286	9.5892
TG 44:1	1.16589	6.32399	1.84496	11.35317	11.26575	2.98766	19.4639	0.71225	2.96008	8.29784	0.98868	10.88087	1.67901	0.60934	9.12973	1.69569	21.98635	4.21218	3.93253	11.28531	13.37698	0.93231	0.93821	1.14683	6.90688	2.78573	1.31342	0.85892	1.74912	0.85208	5.69121	35.94783	4.72284	29.08677	5.16328	10.59367	2.89329	2.69641	2.79771	0.98779	1.03137	10.63109	1.27838	1.83898	1.00483	4.29957	2.33339	11.78534	4.62553	4.23912	1.61247	0.88337	0.53932	0.19512	2.65613	1.38732	2.9926	0.56931	0.34566	0.98563	3.47213	1.25412	0.87859	1.22118	2.21546	1.31064	0.805	1.61648	1.68463	2.74868	11.26891	1.40273	0.56774	6.59202	0.5909	4.60286	6.19387	1.95732	1.41257	4.89648	6.85265	0.65265	3.27544	3.4789	2.23694	1.99551	0.54985	2.84197	1.07885	0.9592	4.74489	3.66396	1.90873	8.99431	9.67328	13.04675	35.13751	26.80659	26.41802	19.35696
TG 44:2	0.69798	3.09298	1.19483	6.15993	4.46274	2.1549	18.58463	0.3211	1.64474	5.06678	0.31585	7.03096	0.6318	0.21191	4.64635	0.7674	12.62777	1.78883	2.18311	9.59761	13.46529	0.46679	0.43111	0.49703	3.28789	1.44665	0.64799	0.43541	0.71838	0.28639	2.58218	20.08404	2.64505	15.02673	2.6131	6.56003	2.13027	1.8663	2.0823	0.48891	0.41299	4.11513	0.51552	0.73856	0.50165	1.61875	0.97166	3.72297	2.56899	1.61901	0.93147	0.41997	0.2938	0.07668	2.40192	0.62976	2.40607	0.21024	0.15834	0.47508	1.81839	0.59211	0.55612	0.6445	1.46513	0.58192	0.34157	0.69392	1.11609	1.12298	5.68316	0.57505	0.2483	2.4401	0.2739	1.77162	2.38749	0.96745	0.52659	2.37126	4.46611	0.26899	2.09852	1.31125	1.02962	0.8018	0.21231	1.03849	0.39411	0.35005	1.62684	1.22729	0.77135	2.82558	6.03104	6.78299	19.22453	16.12078	17.26349	12.75918
TG 44:3	0.18395	0.68914	0.30266	1.42531	1.06523	0.61956	6.62852	0.06188	0.37627	1.18009	0.02005	1.56128	0.11226	0.02042	1.03375	0.18055	3.06519	0.39373	0.52214	3.11774	5.07878	0.07143	0.06608	0.07181	0.66017	0.26865	0.12538	0.08407	0.11203	0.04459	0.49494	4.63261	0.64518	3.20507	0.53074	1.33877	0.58405	0.4436	0.49757	0.09107	0.06109	0.74364	0.07801	0.12632	0.08665	0.26731	0.18409	0.66609	0.59669	0.26364	0.2146	0.04151	0.05223	0.00455	0.82482	0.1127	0.72084	0.00692	0.01759	0.08508	0.34947	0.11642	0.15482	0.12215	0.32795	0.09654	0.07099	0.10112	0.23878	0.23156	1.21824	0.10597	0.03766	0.39877	0.04233	0.39652	0.55179	0.17592	0.09824	0.51029	1.18423	0.03087	0.54812	0.20997	0.21954	0.11124	0.02006	0.19362	0.01839	0.05146	0.21763	0.21522	0.14436	0.52512	1.57861	1.63782	4.69198	4.08515	4.68843	3.29329
TG 44:4	0.02177	0.12155	0.04752	0.22125	0.23147	0.08459	1.2066	0.00536	0.03435	0.21307	0	0.19024	0.00455	0.00075	0.20464	0.03066	0.60701	0.06683	0.09306	0.59255	1.00648	0.01221	0.0054	0.00674	0.14683	0.05589	0.0174	0.01863	0.01202	0.004	0.07961	0.95021	0.13573	0.69842	0.11388	0.26081	0.0983	0.08432	0.08769	0.01268	0.00792	0.12625	0.00219	0.01378	0.01653	0.04819	0.0327	0.11539	0.16435	0.03785	0.04014	0.001	0.00361	0.00007	0.14135	0.00406	0.11818	0.00099	0.00049	0.01297	0.06477	0.01969	0.01969	0.01926	0.05174	0.01587	0.00911	0.01351	0.01871	0.03644	0.24464	0.01097	0.00635	0.0789	0.00345	0.08075	0.11568	0.02885	0.01665	0.08374	0.26026	0.00224	0.08473	0.03111	0.03992	0.02224	0.00072	0.03223	0.00052	0.00978	0.04049	0.02718	0.02134	0.09115	0.24774	0.24366	0.69436	0.55091	0.59738	0.50433
TG 45:0	0.36209	1.04663	0.27513	0.92328	2.94513	0.44372	0.99336	0.20324	0.69023	0.7486	0.87026	0.94472	0.53638	0.48333	0.61084	0.6629	1.86247	0.88485	0.52418	0.84824	0.74947	0.23506	0.22891	0.22152	0.79577	0.34812	0.28679	0.26111	0.39534	0.29454	0.42618	3.74631	0.74887	1.48436	0.59258	1.44976	0.33972	0.51393	0.45767	0.29128	0.26696	1.35104	0.29516	0.43982	0.30571	0.86655	0.38077	3.40237	0.67771	0.49805	0.27571	0.45661	0.19988	0.16037	0.49601	0.40945	0.24461	0.76674	0.27308	0.33602	0.37052	0.25612	0.21012	0.26536	0.34414	0.25048	0.22215	0.55384	0.24784	0.66155	1.04007	0.32924	0.18961	0.75666	0.21315	1.12797	1.3684	0.48369	0.32348	0.87808	0.64717	0.29972	0.475	0.45525	0.3364	0.38547	0.24989	0.70713	0.90161	0.2255	0.63888	0.72476	0.61319	1.71304	1.22359	1.6255	3.45484	2.88864	2.64512	2.08212
TG 45:1	0.16986	0.82239	0.16819	1.34593	1.40372	0.46948	2.58276	0.07419	0.38601	1.07631	0.21395	1.72558	0.22552	0.1059	0.93091	0.29733	2.76972	0.44069	0.53294	1.73086	1.86623	0.1143	0.11307	0.13745	0.93472	0.36082	0.21743	0.16287	0.32807	0.12392	0.44593	5.06027	0.68269	2.29934	0.6029	1.50874	0.29316	0.41162	0.50664	0.16195	0.10803	1.21827	0.25716	0.31979	0.1854	0.72944	0.33238	2.31345	0.60939	0.53121	0.24909	0.08585	0.07344	0.02475	0.30012	0.23144	0.23588	0.12511	0.05775	0.16614	0.46325	0.16876	0.10112	0.17752	0.30917	0.12172	0.11895	0.25616	0.22971	0.43722	1.42673	0.18048	0.06001	1.06853	0.0915	0.6115	0.85319	0.30961	0.18058	0.90405	0.73729	0.105	0.55045	0.37567	0.21846	0.31415	0.09857	0.41991	0.19519	0.13522	0.89586	0.59442	0.34565	1.2625	1.56604	1.89222	6.20136	4.90723	4.86609	3.4739
TG 45:2	0.09464	0.43774	0.1054	0.78998	0.53906	0.32102	2.37713	0.02217	0.17297	0.65743	0.03327	1.05171	0.08002	0.01149	0.56894	0.13637	1.65975	0.16755	0.31214	1.50631	1.88948	0.05553	0.06121	0.07464	0.49364	0.22619	0.10223	0.13947	0.16829	0.03052	0.3603	2.99142	0.37082	1.70073	0.40686	0.9685	0.21219	0.31163	0.35969	0.09812	0.04159	0.73149	0.10787	0.15782	0.15614	0.40151	0.15924	0.80248	0.44417	0.34028	0.15253	0.03083	0.02358	0.00343	0.22411	0.08188	0.19062	0.02189	0.01493	0.0837	0.27337	0.08106	0.05035	0.09443	0.23339	0.07344	0.03899	0.11366	0.16984	0.19222	0.78425	0.06868	0.01875	0.51307	0.03899	0.23912	0.33551	0.18555	0.06865	0.59452	0.53634	0.02995	0.38747	0.22971	0.13478	0.11589	0.04823	0.22332	0.02226	0.05375	0.38964	0.25977	0.12242	0.49959	0.99635	1.08336	3.0718	2.69022	3.02761	2.08358
TG 46:0	2.30326	13.68986	2.3501	16.70481	26.10601	4.3131	11.64195	1.35745	3.98492	6.05187	3.73112	6.47365	3.32294	1.5766	10.45407	4.3052	32.77408	9.58727	5.88235	11.6045	10.2206	2.54407	2.11046	2.71853	11.05902	3.32747	2.24428	2.30782	3.993	1.86744	8.67063	37.85522	6.66789	28.9495	10.77235	24.82921	3.03526	4.76633	5.98562	2.17706	2.68036	24.81435	2.37487	4.75557	3.07259	10.59832	3.58141	25.55436	7.31174	9.64531	2.01433	2.15905	1.11618	0.69337	1.9747	2.78375	1.84662	5.28828	0.89826	2.63793	3.93919	2.50044	1.21518	2.24486	3.64782	4.17223	1.40579	3.59938	2.25214	5.44625	15.16036	2.75355	1.06538	10.46824	1.07312	9.38025	12.49999	5.05676	2.61953	11.51144	7.35357	1.72732	4.81432	8.41831	6.22157	3.60198	1.59721	7.33739	2.90863	1.85993	7.93643	6.69904	4.56484	17.19084	16.67377	25.92453	37.04781	32.05077	30.50523	23.67285
TG 46:1	2.81588	21.31239	5.03713	36.26969	27.107	10.51999	43.14619	2.51921	9.47299	20.88717	3.7474	23.55813	5.26949	1.73531	26.90953	4.15293	61.39865	10.58847	11.30678	30.19634	29.95375	3.71424	3.39518	4.48499	24.49348	10.37277	5.46872	3.4877	7.55883	2.78021	20.36902	89.11841	11.93694	66.40977	17.67689	35.02046	8.56796	7.35931	9.83947	3.5396	3.81974	32.6142	6.00733	8.84313	3.88166	17.76096	7.96814	34.11579	13.30016	19.04694	5.00763	3.65004	1.75194	0.76218	5.96613	4.79377	7.81635	2.61154	1.20061	3.46471	12.34051	5.26433	2.08166	4.85391	7.79151	6.75659	2.40005	6.25201	5.61929	8.74416	36.41336	4.38409	1.95539	28.07087	2.21315	10.66036	14.36728	7.353	4.76357	19.08758	18.11714	2.05035	11.55278	11.86219	9.72089	7.50089	2.23152	8.12407	3.4936	3.55814	21.2921	12.08329	6.26553	24.04604	31.02614	43.03939	99.40605	79.90877	78.25261	57.31544
TG 46:2	1.83482	10.80768	3.70622	24.2937	12.22295	8.73153	51.01138	1.30972	6.53023	16.36903	1.5489	19.24849	2.48264	0.7972	17.49337	2.00256	44.66345	5.04289	7.36087	30.93791	35.43365	1.75584	1.54457	1.6553	13.71719	5.93715	2.8306	1.46792	2.97198	1.18628	10.92952	60.85552	8.37257	41.59799	8.70152	23.31832	7.14313	4.71653	6.48092	1.7166	1.55625	13.48131	2.54278	3.51073	1.56422	6.66395	3.83751	12.15477	6.36552	7.64813	3.04898	1.8745	1.02278	0.31654	6.86475	2.6744	8.06688	0.73782	0.64127	1.57485	7.69869	2.47339	1.27178	2.56037	4.40964	2.64191	1.21996	2.83	3.95322	4.04543	23.37224	2.04038	0.91356	11.89812	1.05131	4.51735	6.16517	3.3605	2.05493	9.79078	9.85463	0.84274	8.11913	4.27298	4.38516	3.25839	0.87961	3.05879	1.66909	1.4167	7.52485	4.8878	2.73399	8.73294	24.56176	27.35165	80.16678	67.39904	70.57143	52.73759
TG 46:3	0.64819	2.61009	1.24731	6.00409	3.28075	2.96277	20.66401	0.34638	1.93855	4.71104	0.26537	5.74448	0.58552	0.18898	4.23755	0.63679	12.16601	1.41143	2.14237	11.85459	16.12809	0.48498	0.3461	0.34473	3.64188	1.6639	0.76361	0.44407	0.65367	0.25825	2.17675	16.82983	2.87752	9.39055	2.19285	5.88496	2.64269	1.58228	2.22729	0.48715	0.38306	2.81447	0.62974	0.88443	0.44592	1.40732	0.95208	2.67837	1.75551	1.5252	0.99593	0.42079	0.29816	0.04929	3.11835	0.62958	3.31781	0.06479	0.14868	0.44143	2.13809	0.64246	0.38915	0.79804	1.24997	0.58286	0.36402	0.68996	1.04671	1.07099	6.4158	0.48996	0.2394	2.664	0.25897	1.25986	1.69871	0.83539	0.48435	2.56574	2.84718	0.22388	2.44092	0.85255	1.12199	0.78244	0.19513	0.78036	0.2898	0.33248	1.53159	1.03185	0.75338	1.92102	7.24544	7.4416	21.9384	19.72393	22.5048	15.91041
TG 46:4	0.16479	0.56938	0.26247	1.1511	0.9061	0.57556	4.69426	0.06015	0.33728	0.80855	0.02281	0.92057	0.0872	0.02202	0.8808	0.19036	2.56083	0.27847	0.42235	2.52015	3.99721	0.05003	0.07283	0.05643	0.65946	0.27498	0.14002	0.10933	0.09837	0.04403	0.4335	3.64026	0.67781	1.79626	0.4875	1.15526	0.52308	0.37775	0.46495	0.09452	0.06007	0.55728	0.10292	0.16941	0.09682	0.27294	0.16904	0.44565	0.53615	0.19936	0.19281	0.03733	0.04687	0.00396	0.69365	0.08941	0.65151	0.00286	0.01696	0.09401	0.33191	0.14847	0.09482	0.13212	0.23604	0.10191	0.07051	0.13727	0.11514	0.24651	1.04773	0.09049	0.04899	0.37883	0.0485	0.33481	0.45575	0.16547	0.07967	0.42359	0.6401	0.02886	0.49284	0.15384	0.19555	0.12473	0.03063	0.15819	0.0155	0.0516	0.18837	0.14614	0.12962	0.39159	1.10992	1.20394	3.28858	2.8684	3.23067	2.27574
TG 47:0	0.5975	2.38099	0.43761	2.51806	4.79871	0.90523	1.91443	0.364	1.00813	1.29607	1.38983	1.59694	0.97593	0.65865	1.73479	1.12662	5.18251	1.45131	1.3477	2.13661	1.84675	0.56644	0.52319	0.52538	2.03487	0.77712	0.64153	0.58671	1.0411	0.53741	1.09297	7.17916	1.3297	3.14892	1.82893	4.38438	0.6424	1.24609	1.39317	0.63717	0.53838	3.70794	0.69821	1.17329	0.7062	2.32951	0.81111	6.71878	1.75537	1.3816	0.51686	0.70813	0.37279	0.20473	0.58078	0.67191	0.39395	1.74814	0.4286	0.6803	0.84095	0.53545	0.30839	0.54298	0.84142	0.60593	0.40689	1.24227	0.60184	1.40955	2.57714	0.69268	0.29931	2.05646	0.42178	2.17756	2.69632	1.13591	0.6247	2.56753	1.22428	0.49035	1.15715	1.20449	0.80584	0.84829	0.4661	1.68671	1.27615	0.36958	1.67196	1.61123	1.23278	3.63182	3.05054	3.94209	6.3623	5.74323	5.21739	4.17769
TG 47:1	0.57404	3.09761	0.52109	4.6561	3.95033	1.69667	6.19963	0.29384	1.40852	3.11052	0.87566	4.51512	0.83643	0.37588	3.33995	0.95875	7.87906	1.05413	1.75986	4.66889	4.659	0.47177	0.57092	0.59015	3.56585	1.44617	0.94638	0.90231	1.56244	0.4677	2.08799	13.39364	1.9604	6.32234	2.40385	4.91507	0.88014	1.325	1.96529	0.7324	0.43874	4.65443	1.26103	1.55962	0.92008	3.37549	1.19786	8.27872	2.19737	2.51469	0.91707	0.5982	0.27831	0.12881	0.81261	0.94426	0.61015	0.66305	0.2477	0.71991	1.71502	0.86129	0.27711	0.73144	1.37314	0.6606	0.41022	1.29304	1.08107	1.81949	4.87046	0.67046	0.22096	4.17735	0.44179	1.83693	2.21155	1.35534	0.67104	3.78729	2.09327	0.36193	2.31878	1.46348	0.9028	1.12558	0.51735	1.54252	0.70802	0.4226	3.60533	2.36743	1.35273	4.1194	5.80182	7.04294	19.73045	16.58153	16.30647	11.91279
TG 47:2	0.29163	1.40172	0.30353	2.9941	1.53211	1.38825	6.88766	0.13156	0.81007	2.08018	0.30969	2.8177	0.33741	0.1288	1.8871	0.38679	5.63809	0.41907	0.9804	5.02721	5.37168	0.19909	0.24138	0.22786	1.80641	0.78642	0.51087	0.36588	0.53492	0.18223	1.04943	7.47211	1.24494	3.61768	1.1589	3.03092	0.58156	0.71263	1.25631	0.32953	0.17462	1.98787	0.53513	0.6214	0.33619	1.28129	0.5061	2.40715	0.87289	1.02565	0.50744	0.26032	0.12402	0.0413	0.68124	0.40338	0.53191	0.13482	0.10503	0.29434	0.9838	0.36581	0.13712	0.36006	0.70723	0.27116	0.18321	0.50806	0.62876	0.70741	2.85969	0.28457	0.09065	2.00083	0.18808	0.59994	0.90003	0.59203	0.27317	1.94151	1.03661	0.13036	1.48888	0.56834	0.43237	0.491	0.18621	0.53973	0.25623	0.18144	1.47702	0.88661	0.53635	1.32855	4.02858	4.12623	13.61388	11.73729	12.77756	9.15991
TG 47:3	0.07992	0.35605	0.08572	0.76829	0.35366	0.40842	2.3344	0.01964	0.15867	0.54365	0.02068	0.7482	0.05382	0.00706	0.51622	0.1024	1.6137	0.09984	0.29536	1.7949	2.16186	0.03897	0.04064	0.03523	0.46994	0.19748	0.11492	0.12529	0.11018	0.02561	0.29908	2.19987	0.37152	1.01178	0.32391	0.8305	0.1992	0.2632	0.37282	0.08264	0.03171	0.48155	0.10475	0.135	0.1203	0.30086	0.12598	0.50637	0.30496	0.22698	0.13832	0.02315	0.01949	0.00146	0.21962	0.06839	0.19666	0.0081	0.00911	0.06801	0.25378	0.0765	0.02691	0.09046	0.19282	0.05667	0.0316	0.09064	0.15049	0.19019	0.74142	0.04938	0.01347	0.4584	0.03744	0.16454	0.23746	0.14184	0.04967	0.51046	0.28184	0.01692	0.42171	0.12382	0.10048	0.08611	0.02717	0.13983	0.00823	0.02873	0.27952	0.19269	0.10325	0.28698	1.04689	1.04296	3.10571	2.80191	3.20265	2.25711
TG 48:0	4.64712	26.59346	4.89615	30.74413	45.45455	7.53988	14.57897	3.61323	7.93013	7.7862	8.65216	8.65754	6.86804	2.81187	20.7315	8.5328	49.80811	15.43646	12.64656	17.98685	16.04288	7.43489	6.79218	8.10152	16.2572	6.46299	5.68087	6.2099	9.37005	3.77394	15.29088	52.64584	9.82668	43.15854	26.47121	47.61351	6.91595	10.95257	14.42225	5.69167	7.49135	55.82085	6.42673	11.02951	8.34663	22.47813	6.69022	37.85364	16.43192	19.55679	4.13369	5.46806	2.6433	2.13403	3.319	4.79462	3.64256	36.65772	2.26656	6.28296	7.20377	6.59745	2.17866	5.11376	8.73275	11.7054	3.06053	11.28859	5.47227	10.13023	21.6558	6.04264	2.75921	18.72534	3.08651	17.7586	23.61735	10.73603	5.74358	24.32959	13.8449	4.2123	9.2858	20.63561	16.9392	8.06993	4.75123	17.23271	6.66194	4.50713	15.42894	16.66297	9.8691	31.88614	31.04087	44.50461	44.17385	40.07451	38.52845	31.56372
TG 48:1	10.97537	74.03146	13.49793	106.56328	74.33776	37.38879	98.91798	10.5981	32.8728	49.3572	19.78465	49.68602	19.03016	6.28556	82.32291	15.5838	168.99268	21.97339	36.1695	88.32271	85.64783	17.3751	18.95095	23.64611	83.26789	36.38265	24.03337	22.11069	35.32487	10.1476	70.36966	212.41957	34.833	162.98538	68.81468	116.18161	23.60807	27.42282	43.9561	17.61989	16.38345	121.11088	28.71687	38.35747	22.92266	74.05704	26.40118	102.36995	47.0903	82.04254	17.84402	19.56511	7.01062	4.6577	15.62181	17.02455	18.1757	20.29757	5.28515	15.98518	40.57513	26.26642	6.31662	19.75707	34.08769	37.15598	8.11939	31.37517	23.73211	34.66994	105.51745	16.02153	7.08287	95.6419	11.17874	30.86131	42.32455	30.9582	16.37484	80.27466	50.95895	8.06032	43.6603	55.21194	45.07313	26.70445	12.15334	34.21447	16.1533	12.99726	76.36246	42.19425	24.13992	74.30123	97.76508	138.15517	225.80556	207.23943	201.49479	156.765
TG 48:2	7.98117	55.24843	11.71593	116.4515	46.63998	44.4048	170.21807	6.90649	28.45058	59.35564	10.1102	59.14763	11.14808	4.00384	80.9017	9.01479	182.12867	14.40076	30.82687	130.80027	129.35804	10.11089	11.02647	13.18277	67.41318	32.81157	19.28584	11.65093	20.46043	6.5157	63.83974	193.55228	35.31301	160.95511	49.00999	105.99433	23.86863	21.19527	40.10174	10.98344	8.94192	82.64993	21.00185	24.73642	11.52877	45.59959	20.80048	58.9747	27.55018	59.55946	15.19407	12.32779	4.78785	2.35603	21.61708	12.57032	25.48967	5.03568	3.19549	9.58951	39.82447	19.23346	4.46942	15.28864	27.34082	23.03736	6.32442	17.75908	24.22154	24.73694	102.58555	11.12004	4.72745	76.12281	6.51726	18.45744	25.24453	20.22754	11.23183	62.5935	41.06802	4.31858	46.90415	32.4634	33.61724	20.71976	6.0784	17.39616	9.5421	8.509	55.56432	27.14012	16.28451	44.33831	111.3456	127.55592	299.93815	259.01436	267.23744	205.84795
TG 48:3	2.65726	14.13079	4.59395	36.66306	13.2024	17.02036	87.65074	2.01732	9.10148	19.83063	2.37772	20.20419	3.04433	1.24292	23.8657	2.75533	64.2573	5.26765	9.61139	64.40884	67.19093	2.61858	2.51106	2.46024	21.26653	9.51981	5.4151	2.95865	4.28307	1.70381	14.54047	65.77846	13.27642	46.24926	11.65541	29.45162	10.08772	6.56408	12.08691	2.96492	2.30414	18.41325	5.17598	6.42762	2.66149	9.79316	5.77463	12.54083	7.41249	10.77428	5.04668	3.1634	1.53373	0.48294	10.84796	3.50935	12.25167	0.77344	0.96878	2.80232	11.83766	4.48785	1.53407	4.94779	6.33137	4.57488	2.33454	4.87871	5.79303	7.0805	34.09903	2.80097	1.55935	20.99219	1.80573	4.97779	6.82899	5.25668	2.98201	16.90652	11.90911	1.25593	14.86512	5.87213	7.86441	6.10124	1.44399	3.86364	2.24649	2.53326	12.42058	6.66302	4.20498	9.9904	41.831	43.4362	124.03683	112.36219	121.3916	90.04514
TG 48:4	0.68518	2.75791	1.24082	6.19822	3.32286	3.48343	17.77369	0.47894	2.10821	3.78613	0.42587	3.67516	0.70073	0.28295	4.45224	0.75256	13.70631	1.42892	2.20613	12.53133	15.9382	0.64039	0.51485	0.45583	4.54224	1.92541	1.15268	0.7092	0.79517	0.39604	2.36851	16.99701	3.18129	8.25768	2.56353	6.48106	2.70142	1.70483	2.39219	0.64337	0.55006	3.10073	1.04256	1.44146	0.60331	1.80946	1.25575	2.26209	2.15792	1.53535	1.18844	0.61577	0.36253	0.08937	2.79609	0.65755	3.03759	0.06467	0.21308	0.67799	2.27078	0.9536	0.38846	1.09854	1.27723	0.84162	0.65014	1.22699	0.68327	1.50175	7.25149	0.62936	0.418	3.97157	0.43783	1.26272	1.60786	1.20695	0.68112	2.82893	2.58091	0.26399	2.61979	1.06435	1.44333	1.16595	0.32612	0.82535	0.33368	0.56975	2.17128	1.22528	0.90666	1.82927	6.17856	6.78079	18.53991	16.35225	18.15382	13.05614
TG 49:1	2.2991	11.71505	2.04737	16.49027	13.13804	6.07509	16.62209	1.57547	4.53368	8.19284	4.24213	10.22442	3.53594	1.52065	13.43612	3.50595	30.49204	3.4257	7.56568	17.11717	16.56714	2.6621	2.77473	2.66643	14.50683	6.22108	5.30376	4.1919	7.11058	1.9972	7.31636	39.95414	6.96771	20.7694	10.63243	20.9788	3.75658	5.95167	8.94445	3.52434	2.32755	19.10071	6.46723	7.13679	4.24655	14.96048	4.69287	29.70288	9.73753	10.27893	3.57884	3.07744	1.32435	0.60602	2.15757	2.73434	2.12065	3.53954	1.04434	3.15896	6.91327	4.59678	0.97962	3.57049	6.19255	3.2339	1.73965	6.54281	4.16611	8.00842	18.0749	2.57408	1.08508	18.40017	2.19875	6.54145	8.89873	5.84811	2.79472	16.97226	7.51872	1.5588	9.33172	6.73788	4.23798	5.40577	2.47069	6.64969	2.59619	1.8894	15.05786	8.93867	5.6138	16.59125	18.33473	23.9684	50.23504	45.84067	44.08475	32.50444
TG 49:2	1.4556	6.745	1.29247	14.36013	6.53323	6.31205	22.39814	0.90166	3.45528	8.04534	2.02829	8.43552	1.68189	0.82624	10.06069	1.87449	23.74189	1.53473	4.99911	20.14293	19.87682	1.34827	1.51024	1.40445	9.32167	4.31795	3.44302	2.26309	3.39734	1.02107	5.60316	28.30607	5.84171	15.46545	6.71768	14.20521	2.74344	4.03679	7.41353	1.89383	1.09602	10.77813	3.86304	3.62496	2.09946	7.59024	2.99232	12.20128	4.32919	6.11554	2.65469	1.68925	0.64015	0.32431	2.40581	1.97668	2.22735	1.02693	0.56659	1.74042	5.1182	2.7539	0.5532	2.13451	4.10315	1.97645	1.00771	3.25297	3.65283	4.2541	13.81408	1.48563	0.5805	10.81605	1.10326	2.84727	4.12849	3.22178	1.49218	10.87799	4.2198	0.71044	8.2551	3.38971	2.64635	2.93603	1.1111	2.75675	1.2181	0.97085	8.39515	4.39194	3.02345	7.05256	18.05031	19.16157	52.746	46.71297	49.45293	36.40955
TG 49:3	0.39093	1.68748	0.31858	4.07306	1.60698	2.31232	10.49741	0.21631	1.0218	2.3544	0.38711	2.37332	0.39018	0.1752	2.49599	0.47718	7.047	0.391	1.3327	8.96405	9.24283	0.32259	0.36657	0.30236	2.4798	1.11099	0.88334	0.64236	0.70365	0.24387	1.28107	7.45398	1.88077	3.7573	1.56464	3.62857	0.82727	1.08825	2.17496	0.53448	0.25612	2.55153	0.87067	0.95389	0.52094	1.53643	0.71804	2.3118	1.04162	1.24201	0.8089	0.37545	0.1715	0.04696	0.98037	0.47457	0.78721	0.09427	0.11347	0.49092	1.37256	0.58993	0.14197	0.61186	1.05613	0.46851	0.27361	0.79489	0.84245	1.08473	3.70443	0.35874	0.13674	2.84646	0.29058	0.68633	0.99607	0.90075	0.36342	2.74346	1.07357	0.15868	2.22326	0.72396	0.66905	0.72071	0.26762	0.61828	0.2367	0.2697	1.83379	1.07282	0.78392	1.55602	5.42456	5.32161	16.49504	15.19808	17.07839	12.10374
TG 50:1	30.2145	157.32429	36.48746	184.74483	194.72065	69.58055	127.77318	41.58592	75.61173	75.9637	74.35894	69.80306	51.82536	20.22285	155.99685	49.51275	257.84128	59.10716	89.08348	139.12862	137.00556	63.73987	58.65118	65.53807	139.47224	79.7498	67.17776	62.99958	85.46734	28.674	123.93152	323.88788	62.89437	235.76193	151.05944	223.32553	61.28254	68.98724	102.74877	54.38244	58.59702	244.0803	79.39396	91.37829	66.97932	158.32884	61.09671	175.27848	111.15369	154.45716	38.48459	67.51477	23.90134	19.16764	35.76591	36.01438	39.20447	106.04625	18.64151	44.22327	82.4625	74.73352	16.26259	54.43829	81.70136	99.204	29.13615	98.49632	51.69763	78.83953	166.86494	41.58995	27.04097	172.10515	34.93452	78.95083	101.48703	71.54826	45.45461	158.35378	100.3308	30.93664	86.83862	129.26697	117.3243	69.74247	38.66904	95.6794	48.56513	41.98677	147.09627	91.30326	58.89589	153.57376	176.03605	241.4672	285.97048	269.89899	262.05439	217.96209
TG 50:2	40.95337	204.52842	46.20573	342.28365	202.2012	153.11265	369.34188	47.78667	112.74727	163.80987	65.36292	134.53702	51.7471	21.62763	283.17166	47.92189	471.28169	51.12068	131.8118	340.75112	333.55977	69.43263	66.5938	75.03724	234.91541	138.96188	102.82575	73.32801	97.82814	33.80495	223.7819	514.89834	125.24844	433.92732	205.40752	325.00375	91.87458	89.7928	169.24611	62.98049	59.09315	328.48909	112.87496	111.02955	69.09168	193.94376	89.58321	198.93169	119.60301	240.80336	64.12037	81.26407	25.30945	17.77461	72.66872	49.53807	82.37645	36.05576	16.47596	46.59049	152.49483	106.55821	17.92501	75.77721	128.08369	136.97162	35.25749	98.28948	100.2628	104.02243	302.7988	51.8456	28.34723	271.49903	35.36308	76.44068	106.51078	85.0663	55.54596	245.04294	133.01062	25.6683	170.79279	164.91677	165.41914	97.91555	35.46344	92.06585	51.69258	46.32512	211.81696	99.10193	74.4833	173.6844	313.96009	371.26666	603.04656	563.08834	538.95749	462.59391
TG 50:3	16.49478	79.52833	18.1687	197.06744	68.27055	93.24978	331.75806	14.88762	46.65816	86.8631	17.48708	68.69902	15.14944	7.98354	138.12208	17.23775	269.67328	17.96087	54.49065	291.90655	269.56891	20.90517	19.87281	19.72513	105.4738	56.31611	41.31458	23.7329	28.37062	10.69096	89.13305	238.92573	69.71339	214.10235	75.50972	142.15547	42.86018	37.12044	82.91409	22.55243	17.067	123.02934	41.6771	41.06748	21.07645	63.85038	33.71205	61.4679	36.4114	81.08623	28.72907	23.7028	8.82808	4.28116	43.82469	18.83842	49.49212	5.44203	5.17376	17.90882	67.73579	37.90644	6.15976	31.16894	45.18312	41.60566	13.66299	31.5644	40.70112	41.40423	157.54137	16.8456	8.9107	114.13724	11.43606	25.62976	36.83604	32.23186	17.76937	107.07244	50.15987	7.68296	91.62008	47.13315	62.18417	37.32897	10.104	25.66338	13.78743	15.17658	73.8637	33.22467	25.77456	58.57991	199.72707	208.20602	473.56891	450.71556	480.23511	377.46053
TG 50:4	3.69096	16.33779	4.02206	44.04806	15.2583	21.81387	95.22657	2.85216	10.56412	17.15334	3.68209	12.99369	3.61212	2.14629	26.99109	4.34769	76.71054	4.03658	11.50469	89.86897	84.41762	3.89534	3.9959	3.83248	27.17971	11.35325	9.13405	5.74246	5.25751	2.3961	16.96805	62.56612	17.31228	44.41275	16.50242	35.59956	8.83643	8.76984	17.49172	5.01447	3.31016	25.40895	8.4147	9.80039	4.7596	13.32279	7.10913	11.83451	9.79373	12.07868	6.83248	4.95723	2.0066	0.90191	11.06038	3.75465	11.00243	0.94191	1.30106	4.94863	13.7851	7.61797	1.46448	6.96174	8.76548	7.48172	3.22863	7.9755	4.80171	10.22277	40.37302	3.53587	2.05184	25.88647	2.82665	5.96391	8.45073	8.09438	3.71896	21.65493	10.47144	1.87654	18.07307	8.56046	10.92801	7.21041	2.31381	5.57059	2.8946	3.00437	13.62616	6.80404	5.82386	11.91336	42.33869	45.48282	117.61928	109.42201	120.11829	86.62162
TG 50:5	0.96344	3.41365	1.00591	8.12848	3.72721	3.94835	17.25295	0.54392	2.23323	3.42766	0.65372	2.73472	0.90459	0.45865	6.03337	1.17103	18.23557	0.97372	2.68805	14.48012	17.26076	0.82456	0.85095	0.72703	5.60572	2.26963	1.90076	1.30246	1.00441	0.52144	3.511	18.94483	3.71674	9.20907	3.8515	8.09019	1.94742	2.30942	3.02738	1.02452	0.66464	4.694	1.64671	2.05154	1.03069	2.59696	1.54428	2.1921	2.94542	2.22918	1.61445	1.00503	0.4085	0.14023	2.31697	0.68911	2.21199	0.12999	0.25748	1.12758	2.58256	1.55567	0.3444	1.37548	1.97229	1.44395	0.70492	1.95115	0.62286	2.25354	8.36945	0.75415	0.43651	4.98145	0.61543	1.40709	1.95647	1.79908	0.76563	4.0219	2.26741	0.37677	3.69146	1.56261	2.06146	1.263	0.53761	1.17954	0.4004	0.56599	2.34867	1.3924	1.23817	2.22911	6.70754	8.02022	18.70229	16.99087	18.6127	13.74761
TG 50:6	0.31286	0.85342	0.34172	2.2383	1.0201	0.9757	4.12323	0.09682	0.45839	0.85452	0.01136	0.99077	0.17293	0.08022	1.82964	0.34848	4.82247	0.27461	0.87126	3.58418	4.7425	0.21451	0.1728	0.10264	1.44383	0.50965	0.36574	0.34053	0.1984	0.08565	0.73855	9.45384	1.1545	3.31246	1.2149	3.40071	0.61235	0.9555	0.97831	0.23598	0.13858	1.03146	0.31966	0.39778	0.24397	0.50178	0.38104	0.58635	1.2061	0.45339	0.45999	0.11479	0.06041	0.01354	0.50309	0.09784	0.60876	0.0363	0.04	0.24447	0.55453	0.25924	0.07283	0.23715	0.4041	0.23168	0.13546	0.43323	0.09327	0.41836	2.12467	0.1532	0.07612	1.04139	0.11726	0.34623	0.49494	0.51772	0.14682	1.07756	0.54169	0.05216	1.04012	0.19274	0.37364	0.20487	0.10852	0.26746	0.06162	0.09451	0.44953	0.26113	0.25853	0.44766	1.3823	1.71504	3.85555	3.33221	3.48504	2.58336
TG 50:7	0.06888	0.10775	0.05178	0.43759	0.12965	0.17313	1.15056	0.00742	0.02676	0.12518	0	0.25219	0.00676	0.00158	0.41439	0.05821	0.83241	0.02551	0.14568	1.05671	1.48891	0.02194	0.01061	0.00779	0.19582	0.06224	0.04589	0.05562	0.01741	0.00428	0.10513	2.20252	0.2557	0.56732	0.22185	0.56044	0.10545	0.22347	0.23746	0.02606	0.01051	0.14858	0.03643	0.0397	0.03564	0.04438	0.05296	0.06766	0.24102	0.08336	0.0905	0.00342	0.00371	0.00047	0.08002	0.00371	0.1179	0.00247	0.00068	0.02109	0.0786	0.02169	0.00414	0.02041	0.04953	0.02104	0.00848	0.03158	0.00403	0.04339	0.27804	0.00938	0.00598	0.12596	0.00645	0.03908	0.06462	0.06746	0.00881	0.156	0.07277	0.00161	0.24726	0.02543	0.05287	0.03317	0.00638	0.03765	0.00221	0.02168	0.0798	0.03568	0.02353	0.07733	0.27933	0.36381	0.87632	0.76977	0.78771	0.54854
TG 51:2	5.62759	23.75121	4.6891	39.96369	27.19716	18.32839	54.4903	4.7469	10.49944	20.6333	9.40778	21.01718	6.56089	3.45774	34.68848	6.97859	68.94565	6.06664	17.91073	52.24044	50.6928	6.73261	6.04166	6.14575	26.12421	16.52702	14.62227	9.63851	12.6905	4.16787	16.0457	68.572	19.35829	48.37436	20.642	42.47128	10.07238	12.71516	24.15162	7.84086	5.92682	35.00964	16.90567	13.43556	8.79873	24.6681	10.54373	38.18364	15.75118	20.69369	9.33007	9.06176	3.06293	1.64828	6.62908	5.73826	7.41236	4.33956	2.16905	5.6232	18.14529	13.33884	2.03982	9.15619	16.61463	8.55009	4.53576	12.97379	11.16821	16.49056	36.32093	5.42741	2.87424	40.5039	4.71799	11.75717	15.83292	10.31842	6.70061	36.97336	16.46862	3.23221	26.9594	14.14867	11.65401	13.34962	4.67511	11.12958	5.62113	5.51677	33.19678	14.8723	10.54774	27.45907	42.83538	49.88505	120.14724	105.8834	108.94269	82.38254
TG 51:3	2.89471	10.24369	2.27411	22.01487	10.15571	12.69051	39.00429	1.97945	4.76961	10.63412	3.08347	9.38219	2.19753	1.6038	16.09257	3.60729	38.31556	2.5919	8.5216	42.40499	40.43289	2.83247	2.47755	2.11838	14.66163	7.74666	7.28577	4.26196	4.46623	1.54911	6.6918	34.03755	12.16226	19.47793	8.71516	20.83107	5.55154	7.03209	15.02226	3.75367	2.20602	14.18523	7.88362	5.98445	3.51738	9.78849	4.65823	11.74598	6.05177	6.92723	5.16576	3.19748	1.30408	0.51914	4.29571	2.51946	4.40472	0.8965	0.91983	3.02403	8.82765	5.58516	0.87305	4.81373	6.42094	3.28234	2.32232	5.92484	4.56965	7.92683	20.66392	2.14564	1.37732	19.16657	2.12182	4.32528	6.10031	5.28056	2.56307	17.74597	6.57132	1.30144	14.41299	4.6896	4.48945	6.0881	1.73	4.00607	1.79606	2.35685	12.91759	5.51458	4.20596	9.53256	24.89948	25.19129	67.52981	62.66849	66.79422	50.10146
TG 51:4	0.59633	1.9358	0.48013	3.77731	2.12313	2.65055	8.53924	0.40037	0.94661	1.93982	0.58719	1.46841	0.47744	0.39094	2.6287	0.87845	6.99696	0.54715	1.61415	10.18557	9.53443	0.52123	0.47615	0.34594	3.06478	1.43415	1.5679	1.11138	0.8079	0.32148	1.17301	7.42665	2.73865	3.20718	1.67242	4.36341	1.03182	1.68958	3.19544	0.90788	0.40092	2.64437	1.49107	1.34204	0.83871	1.90427	0.9374	2.30944	1.43983	1.04073	1.1663	0.55354	0.26798	0.08374	0.9104	0.47406	0.8797	0.10481	0.19521	0.79777	1.57767	0.97829	0.20509	1.03805	1.11475	0.61861	0.52545	1.40104	0.54864	1.80518	4.0321	0.40912	0.3022	3.74912	0.4698	0.92188	1.28993	1.30507	0.50163	3.41128	1.25405	0.29906	2.61083	0.69314	0.77168	1.23737	0.42279	0.81582	0.25603	0.4689	2.16799	1.05779	0.95069	1.81019	3.91249	4.02311	10.11513	9.87545	10.81716	7.80078
TG 51:5	0.17423	0.45079	0.07994	0.95465	0.59775	0.54847	2.02725	0.06559	0.18527	0.44615	0.07616	0.35891	0.08906	0.0671	0.75495	0.27203	1.91704	0.11851	0.34906	2.2921	2.52978	0.10128	0.11925	0.07263	0.84116	0.33999	0.39515	0.39628	0.1622	0.07408	0.33964	2.58553	0.68242	1.00422	0.50557	0.9816	0.17297	0.39587	0.71494	0.24572	0.08659	0.75307	0.36806	0.35047	0.26877	0.4592	0.23773	0.49387	0.49173	0.22177	0.32717	0.11137	0.04878	0.00942	0.15174	0.07696	0.18044	0.01755	0.02825	0.21744	0.37625	0.21024	0.03711	0.21083	0.29759	0.13917	0.11856	0.35093	0.08849	0.45628	0.97322	0.08889	0.06305	0.97589	0.10359	0.24441	0.35085	0.35015	0.10439	0.85761	0.27305	0.0506	0.65884	0.18989	0.1895	0.23906	0.10288	0.23379	0.02788	0.10492	0.44787	0.257	0.22748	0.42276	0.91143	1.02714	2.42569	2.11394	2.39628	1.75301
TG 52:2	97.43258	353.52485	102.64502	435.81432	498.21102	235.40429	428.8162	146.93571	207.02492	253.41242	216.73725	186.61042	133.0373	81.94105	460.09181	144.50282	595.35046	130.8181	257.5784	430.75942	444.98558	186.20352	137.97251	172.3252	349.24783	280.96804	241.53089	188.23294	201.39103	87.59155	293.10671	738.76502	235.38898	605.34234	314.0628	468.42539	192.80751	186.86694	303.26397	161.77151	168.91644	453.14236	290.1898	223.80366	172.18664	334.0697	185.47926	324.82671	249.28632	354.4304	150.60622	260.83804	81.40671	59.24901	136.63677	101.68749	164.32618	105.44808	57.93043	106.72006	280.56119	263.85696	49.23919	196.88987	275.97531	282.68474	111.2803	266.72411	163.79293	247.27541	423.57973	117.85261	105.70099	478.68056	107.77395	186.49311	241.02523	169.30614	141.61381	398.99354	283.22773	97.30266	289.63614	306.2653	320.56521	236.98458	100.85707	204.34416	143.50921	156.99154	399.71028	203.20686	154.04271	341.27703	413.35881	496.67974	701.60922	650.92877	607.7123	527.40963
TG 52:3	98.27137	326.66954	96.45117	521.65835	366.65487	302.93785	686.70729	115.68314	184.01952	275.07261	133.22094	179.33013	85.05411	62.49427	500.59084	130.96559	735.69422	102.3608	244.34202	697.15884	662.22693	147.89477	109.81738	117.41858	377.85621	272.1203	227.50084	162.42544	146.12113	62.75365	284.25357	753.97462	274.93139	601.17742	274.00154	497.03641	203.47606	184.25874	360.00529	136.50007	122.34105	414.72643	245.46596	197.13484	130.3636	277.88479	163.57757	226.67874	188.61488	286.3588	146.78271	176.12605	65.38493	34.88077	162.75958	87.55512	192.15723	31.33448	40.85714	98.92346	286.03341	232.02015	39.69436	184.12345	220.74824	218.99538	99.78618	211.01734	153.75189	221.8976	474.63989	85.79521	84.68789	472.24613	82.30319	138.14292	182.7481	157.29332	104.14783	400.69668	234.61038	65.74158	341.82016	225.52142	278.61838	206.24838	68.08529	146.56796	78.6388	123.50277	342.43011	141.54836	119.10053	259.70938	518.82251	546.3633	929.5157	913.40179	876.00403	757.51307
TG 52:4	34.84668	127.92073	32.09617	251.23126	125.74585	150.3397	390.8494	33.93695	62.30753	94.86967	33.98683	58.3396	24.28435	20.04606	199.89953	47.47446	426.53036	34.02513	92.32418	451.98312	409.95	47.33942	34.51668	34.43275	175.99791	94.54614	85.48356	61.93465	43.14719	19.14818	98.21137	325.0972	132.90229	261.00262	113.11119	264.5456	80.44506	82.27242	176.84238	48.49521	37.58182	174.05812	87.25728	80.62972	46.85713	99.5917	60.70487	69.3599	70.30739	82.87816	57.62013	45.6389	21.2509	8.86853	62.88299	27.15214	75.9711	6.98674	11.52715	43.12975	106.11472	77.79321	12.05596	73.92642	68.6915	65.35441	35.17732	70.18336	36.33881	84.85908	228.75181	26.04002	25.48654	204.5566	26.50209	46.24033	64.25309	67.67297	32.50414	171.28382	83.15995	20.20746	134.00577	73.13288	89.5502	74.98492	20.77952	47.49291	19.83212	39.56913	122.74705	46.2942	40.77728	94.27754	208.45097	241.92174	486.55428	446.44	447.69303	362.50979
TG 52:5	7.33453	26.11555	6.26257	60.7704	26.95281	31.86639	104.6962	6.22922	14.88465	20.17771	6.89051	11.71938	6.26649	4.88288	43.83352	9.65282	118.74715	6.21944	20.72508	119.57574	116.63279	8.79547	7.36408	7.22484	45.52192	19.44239	19.10728	13.75181	8.68622	4.43924	23.25198	92.29072	31.20669	61.4749	27.07676	57.81901	13.72145	17.4049	30.99361	10.11734	7.34044	39.7669	17.53723	18.96613	10.39562	21.67201	13.27586	13.58781	18.23634	17.83274	13.28354	9.52108	4.13307	1.88553	13.41233	5.34604	15.68343	1.74781	2.45947	10.13336	21.63677	15.98828	2.46116	15.08973	16.54083	14.59418	6.88952	16.87074	5.44663	18.59256	61.31568	5.78085	4.74453	44.96162	5.54937	9.7064	14.22073	15.78658	6.58991	35.20588	16.51311	4.10831	28.09745	15.6455	18.48969	13.82895	4.74307	10.47955	4.39908	6.76815	22.79219	9.79431	9.46323	19.57426	45.95419	55.9263	116.99153	109.92442	114.45407	86.68831
TG 52:6	2.00169	5.4203	1.33969	13.92255	6.04608	6.33846	23.95496	1.04285	2.95927	4.58641	1.21655	3.46133	1.45883	1.10755	11.10943	2.43928	28.7766	1.2053	4.32566	24.49013	28.29056	1.63923	1.6992	1.30408	9.21699	3.68408	3.66513	3.15877	1.65274	0.87947	5.50663	33.76234	6.71164	15.16991	6.71086	16.21589	2.50528	5.0177	6.5078	2.23179	1.33847	8.93316	3.26627	3.58679	2.37113	3.93763	2.76477	2.97425	4.96765	3.95607	3.15494	1.65815	0.69258	0.29336	2.60966	1.00978	2.96492	0.40836	0.49782	2.24626	4.12495	2.71866	0.4655	2.44168	3.00244	2.63855	1.22868	4.15125	1.00085	3.57373	12.6515	1.22022	0.83348	8.44383	1.12235	2.09343	2.98139	3.61274	1.27907	8.11835	2.86486	0.66972	7.05145	2.66149	3.54109	2.08693	1.1731	2.33298	0.75955	1.06868	3.99589	1.95455	2.10335	3.58235	9.78586	12.77293	26.87767	24.4284	25.99043	18.69613
TG 52:7	0.5059	0.9435	0.29565	2.70988	1.14739	1.27032	5.75038	0.14972	0.49914	0.92323	0.09131	1.118	0.21121	0.15471	2.48452	0.56668	5.3029	0.21283	0.89248	5.92098	7.32205	0.29899	0.28988	0.17451	1.62783	0.73204	0.6512	0.64814	0.26849	0.13906	0.98747	10.5167	1.5963	3.29152	1.4165	3.33069	0.55448	1.3055	1.40782	0.45974	0.22077	1.57223	0.59327	0.55611	0.45544	0.66717	0.53439	0.61068	1.15953	0.7551	0.72628	0.1689	0.07629	0.0132	0.49843	0.1349	0.62387	0.03659	0.04821	0.38637	0.78048	0.37499	0.06545	0.34121	0.53797	0.39578	0.19636	0.77122	0.14842	0.60754	2.34936	0.19993	0.12257	1.4268	0.17596	0.38393	0.54768	0.68547	0.21578	1.6021	0.49674	0.07518	1.7872	0.36853	0.54348	0.30221	0.21069	0.44303	0.03193	0.15232	0.68122	0.33795	0.38151	0.58914	2.07599	2.62568	5.46804	5.27632	5.43974	3.91207
TG 52:8	0.0936	0.11647	0.05528	0.3982	0.16336	0.20636	1.16479	0.01101	0.0367	0.10459	0.00262	0.18157	0.00991	0.00822	0.40934	0.09748	0.8113	0.02487	0.15397	1.14559	1.43399	0.02634	0.01856	0.00507	0.17946	0.07574	0.06849	0.10072	0.01092	0.00542	0.09818	1.7891	0.30402	0.36149	0.20598	0.58032	0.10202	0.29372	0.23531	0.0434	0.01379	0.14024	0.05389	0.04139	0.04868	0.05783	0.04613	0.03408	0.22637	0.04221	0.10392	0.00403	0.00237	0.00038	0.07874	0.00466	0.11482	0.00363	0.00161	0.02775	0.07802	0.03523	0.004	0.01901	0.054	0.02115	0.01317	0.06097	0.00677	0.05276	0.26612	0.0095	0.00539	0.13585	0.01302	0.03744	0.05953	0.06858	0.01044	0.17845	0.04061	0.00075	0.31066	0.02339	0.05208	0.01945	0.01154	0.03854	0.00165	0.00485	0.04523	0.02746	0.02095	0.05457	0.27998	0.35526	0.77196	0.70086	0.72733	0.52795
TG 53:3	3.66652	12.97372	2.87183	24.77651	13.59341	13.42231	40.89458	3.09308	5.05715	11.15918	4.06739	9.73446	2.70433	2.20978	20.78268	4.37647	42.07782	3.3471	10.36338	47.55666	38.51275	4.2179	2.63968	2.70889	13.93905	9.28779	8.71987	5.65606	5.14057	1.97199	7.51065	33.76527	14.33835	23.2874	9.93221	25.31366	7.24634	7.81131	18.52997	4.52699	3.4043	15.16748	9.29116	6.037	4.55072	10.58459	5.23678	12.38646	7.27693	9.41431	6.32879	4.7579	1.84301	0.77962	4.90782	3.00973	6.29071	1.39861	1.19288	3.19933	10.26164	7.6466	1.20488	6.19321	8.13726	4.8645	2.93694	6.63016	6.08354	9.60051	19.58139	2.67739	2.00155	22.9143	2.64708	5.41028	7.7022	5.6109	3.27311	21.20207	8.37014	1.96565	17.84797	6.04199	6.94907	8.03093	2.14215	5.24908	2.29097	3.74805	15.34152	6.00035	4.85551	11.71112	27.59445	28.46087	75.73691	71.52994	74.97614	56.44606
TG 53:4	1.37196	3.63384	1.01471	8.68752	3.78099	6.24304	16.32579	0.88348	1.68411	3.66806	1.12084	2.77384	0.74005	0.77332	6.41873	1.61259	14.42272	1.00706	3.58383	22.1356	18.93228	1.24682	0.79174	0.69906	4.66169	2.79951	2.61211	1.68659	1.25368	0.54719	2.07645	11.43789	5.89466	6.84579	3.2878	8.67033	2.72751	2.91201	7.07196	1.56198	0.92797	4.3745	2.65647	1.70448	1.30698	2.83369	1.53593	2.69846	2.04649	2.29547	2.16596	1.23482	0.53866	0.17212	1.99891	0.91914	2.2842	0.21336	0.38637	1.0894	3.17889	2.24498	0.35573	1.95271	2.21403	1.25777	0.94344	1.99136	1.32037	2.65869	7.08639	0.73466	0.68891	6.44842	0.7605	1.442	2.05501	1.78918	0.87968	6.24923	2.41843	0.51272	5.64677	1.49872	1.94891	2.24794	0.60328	1.32799	0.52413	1.0649	4.05198	1.49984	1.47039	2.7619	8.7322	8.66823	22.40665	22.35705	22.6466	17.8703
TG 53:5	0.8277	1.95019	0.49934	3.94823	2.6699	2.40882	5.89557	0.43394	0.91151	1.74489	0.66636	1.29565	0.51663	0.44008	3.27542	0.98369	7.6399	0.5546	2.10469	7.8637	7.14387	0.6941	0.59613	0.51533	3.02239	1.47376	1.709	1.31252	0.86543	0.3635	1.4459	8.20115	2.73274	3.78828	2.31668	5.12212	1.05758	2.01133	3.06889	1.03523	0.53425	2.9839	1.65403	1.33763	0.97737	2.07202	0.98868	1.69734	1.99917	1.29436	1.30487	0.81955	0.27799	0.13152	0.79767	0.45455	0.89073	0	0.22944	0.82616	1.55681	1.34194	0.19573	1.0057	1.69282	0.86148	0.54749	1.64226	0.50487	1.73567	3.81921	0.47499	0.32251	3.66519	0.54422	1.00929	1.40933	1.35411	0.49721	3.20876	1.22911	0.28246	2.54223	1.06533	1.03657	1.09872	0.47864	1.08146	0.30044	0.50326	1.94617	0.94823	0.97706	1.69849	3.50619	3.96444	7.77249	7.54873	7.68278	5.95476
TG 53:6	0.27256	0.48138	0.09887	1.15276	0.68343	0.61141	1.96377	0.0727	0.18385	0.41204	0.1032	0.37145	0.09658	0.09187	1.05805	0.36026	2.69148	0.10389	0.52687	2.6652	3.01873	0.14565	0.1616	0.08472	0.79972	0.32353	0.44581	0.45639	0.17824	0.0751	0.36162	3.88756	0.89385	1.2448	0.70618	1.60266	0.18598	0.81108	0.98623	0.30278	0.11115	0.96334	0.42511	0.31299	0.30887	0.48185	0.24343	0.51274	0.65044	0.30965	0.40337	0.18702	0.04699	0.02362	0.10613	0.07439	0.1533	0	0.04146	0.23269	0.34158	0.21903	0.03931	0.17415	0.33997	0.14431	0.09905	0.47473	0.10024	0.38657	1.0225	0.09567	0.04736	0.99455	0.11015	0.26702	0.36891	0.43083	0.10196	1.098	0.23616	0.04029	0.89751	0.18221	0.21682	0.19103	0.14887	0.30137	0.02366	0.08625	0.44848	0.24989	0.22901	0.43501	0.94526	1.20774	2.63423	2.45882	2.56469	1.80322
TG 54:3	53.04679	164.02501	55.48126	286.00945	233.12427	158.01633	383.31628	64.95585	88.72096	133.85966	63.94959	94.38835	45.49949	36.29531	320.08822	59.9128	380.79264	65.33879	143.18983	402.23441	336.16563	80.34456	43.11621	61.61733	134.86087	122.60926	102.72101	61.3334	64.49623	31.76462	134.36748	368.71067	169.22927	303.78484	143.4444	288.92347	116.61038	93.12032	196.43675	58.15639	70.68839	174.76125	103.54929	65.30753	56.60058	110.17885	75.89065	99.7455	86.27637	167.61349	81.49591	102.44863	39.93806	22.75039	100.26896	50.47074	139.66251	30.51018	19.80444	36.90058	138.18206	127.31467	22.55526	106.38574	123.92549	129.03715	49.89649	83.84204	94.29762	103.37894	206.70852	44.96495	47.13439	200.30822	36.7662	80.76994	105.02123	63.64136	53.47525	200.52112	124.65485	47.75002	196.70582	119.33923	175.14973	106.62624	28.23173	78.92558	45.31726	69.34053	145.5641	69.70561	56.3066	137.34497	305.53023	300.84553	549.82057	550.42798	528.78904	462.38981
TG 54:4	46.8862	121.89731	46.49711	253.30903	166.69931	159.82794	366.72656	45.1767	70.45643	108.75962	39.8764	68.21234	29.40923	26.5922	248.57391	52.15298	342.43702	49.14026	113.79263	442.52704	362.16054	58.17453	32.69595	41.64197	134.55056	97.89296	82.62566	49.53635	42.1229	21.02154	99.16686	323.35723	162.27672	243.43953	111.86447	240.90836	109.17459	80.72855	187.26648	47.26117	48.7415	148.05642	81.38608	54.67258	41.01806	84.67551	56.25579	63.50324	65.15626	115.21653	66.2006	66.75676	29.07661	13.90534	88.61538	37.1766	119.18637	7.03837	14.46335	33.6003	110.02077	97.86217	16.43768	87.8838	81.28826	85.76909	41.49824	66.49527	51.31424	85.60863	198.70952	31.80008	37.27148	173.04112	27.49912	54.2299	73.40526	53.78565	36.68947	157.82366	94.60868	32.28822	153.94126	85.37106	123.35811	83.95916	19.58765	56.35564	25.29447	51.43775	112.95788	44.91152	42.14808	93.85724	246.05607	253.84477	475.08889	476.7072	459.35869	403.43351
TG 54:5	27.68638	71.32645	23.38959	154.3057	100.06655	95.92285	217.23351	22.90525	35.49038	52.12857	23.55869	28.67321	16.66216	15.62656	139.73673	35.52011	272.851	25.11194	69.88057	294.20025	257.45199	32.75778	21.97271	25.0234	96.2393	53.51052	52.66336	34.68218	24.06887	12.26327	59.60727	208.89224	99.20495	147.47388	76.0706	173.48421	56.16698	53.74072	109.56917	28.74927	26.31631	96.5333	50.83006	40.31665	25.7158	55.4923	34.53278	30.6374	45.91559	55.24606	37.99748	37.53861	15.0321	8.58455	40.34479	18.16704	53.63756	5.16676	8.0998	25.00241	58.17957	61.12391	8.55359	50.07402	54.43407	48.30309	24.76407	45.0551	16.8431	51.25847	128.00056	17.55108	18.53378	110.56032	16.94244	31.11727	42.3457	37.23801	20.07814	92.12659	50.94659	15.92222	80.57051	49.80873	63.80858	45.56822	12.64277	34.56521	13.30111	25.80684	61.47982	22.37904	24.89548	51.32313	115.37449	140.75357	257.93243	246.00254	237.36492	195.58972
TG 54:6	14.27061	34.08432	9.69421	74.633	43.28381	40.15227	97.55691	8.75909	15.08965	22.49067	9.33965	12.86806	7.97072	7.71442	67.56058	19.03262	153.97049	8.9413	32.09354	128.4239	132.9419	14.4778	10.77574	10.03384	46.48495	22.12101	25.52284	19.6487	10.7897	5.39667	29.6746	124.45564	43.90403	75.24889	41.64159	104.99481	20.07725	33.20002	49.91638	15.5878	11.16785	53.82338	24.49224	19.45974	14.24345	25.41749	15.82182	14.47217	26.66682	26.15608	19.38126	14.06933	5.35797	2.93627	13.94245	6.31068	18.61272	2.7913	3.51373	13.79907	23.45577	23.0633	3.20651	18.83885	24.27699	20.1902	9.77857	24.68666	6.99195	21.6936	61.68936	7.66132	6.70095	51.22082	7.53052	13.34916	18.56412	20.9542	8.18309	52.16567	19.21295	5.81588	41.81601	20.33061	27.41414	17.14656	7.07819	17.16769	5.75805	8.9631	26.474	10.46195	11.95073	23.16924	51.20634	68.85299	112.06592	105.61069	106.00814	82.83981
TG 54:7	4.36879	7.80982	2.05677	21.6615	10.27715	10.73044	36.20597	1.96516	3.94155	6.17362	2.15655	4.62406	2.14376	2.38246	20.97123	5.37801	42.06615	1.9385	7.29486	42.95685	48.85837	3.23342	2.921	2.01275	12.28428	5.71524	6.73436	6.08713	2.39826	1.45728	8.11914	46.03764	12.87856	23.91401	10.60951	22.96175	3.89602	9.50323	12.61633	4.54829	2.59735	15.45635	5.95889	4.83893	4.19625	5.75907	4.27832	3.98148	7.08445	6.72962	5.86863	2.73925	1.14207	0.55271	3.29531	1.4637	4.52019	0.73577	0.88088	3.65604	6.19322	4.37137	0.74981	3.89623	4.78118	4.2868	2.22764	7.05168	1.62891	5.49687	16.35555	1.83108	1.48681	13.36489	1.91735	3.24951	4.48609	5.51674	2.01504	15.06847	4.17448	1.22521	14.23579	3.94591	5.76173	3.2885	2.033	4.36192	1.30817	1.96595	6.11213	2.72734	3.1978	5.34139	14.69644	20.25419	38.02674	34.40147	35.66191	26.40541
TG 54:8	0.8043	1.16602	0.30874	3.09124	1.78486	1.84929	7.45977	0.28945	0.54941	1.00665	0.21667	0.90291	0.30338	0.41755	3.26797	1.10761	6.10187	0.28517	1.13275	9.21558	10.05904	0.48007	0.44565	0.30978	1.98166	0.94429	1.18532	1.27438	0.34459	0.22179	1.20408	8.82945	2.41466	3.07933	1.6104	3.81362	0.60174	1.87628	2.25862	0.86642	0.40103	2.14604	1.08544	0.81366	0.83588	0.88145	0.68669	0.56922	1.34155	0.85635	1.15567	0.31827	0.14939	0.05586	0.54041	0.19388	0.77197	0.06245	0.12346	0.65447	1.0105	0.61115	0.09909	0.56751	0.65066	0.67164	0.3465	1.37107	0.24465	0.95351	2.45949	0.27914	0.25178	2.25579	0.32922	0.51861	0.70034	0.99239	0.31936	2.49487	0.5822	0.16315	2.62776	0.58435	0.8164	0.45228	0.3898	0.72668	0.09352	0.29083	1.01451	0.40948	0.64551	0.78321	2.73715	3.41261	6.69234	6.49659	7.08167	5.01105
TG 55:4	0.37771	0.73243	0.27446	1.90127	0.96918	1.31827	3.54789	0.21196	0.34139	0.80098	0.14486	0.65544	0.15841	0.08982	1.65678	0.29731	3.15478	0.28333	0.8712	5.23103	4.14149	0.32201	0.1404	0.20177	0.96511	0.60907	0.49509	0.27953	0.25052	0.10385	0.53796	2.59199	1.32319	1.62017	0.72037	1.90789	0.68421	0.63074	1.49277	0.26803	0.24211	0.89128	0.47221	0.2971	0.24936	0.52273	0.30377	0.51736	0.44768	0.7189	0.42015	0.26987	0.12236	0.0613	0.45915	0.20356	0.57511	0.02509	0.07198	0.15862	0.70574	0.44631	0.08155	0.38321	0.56465	0.39325	0.18664	0.3619	0.3698	0.47365	1.5916	0.16077	0.12829	1.13229	0.13016	0.3405	0.45606	0.31031	0.16076	1.23494	0.59415	0.10941	1.33596	0.42419	0.54989	0.49683	0.10347	0.3364	0.05593	0.19568	0.69363	0.2611	0.26099	0.57035	2.35672	2.39541	6.13274	5.89496	5.9095	4.77858
TG 55:5	0.80237	1.50889	0.49243	2.89286	2.5932	1.64253	3.18222	0.4359	0.59191	1.38144	0.73533	0.99265	0.5283	0.4228	2.71486	1.01913	5.19279	0.54806	1.89726	4.57561	4.44763	0.7025	0.59786	0.51582	1.82113	1.14544	1.43938	0.96514	0.7794	0.33854	1.15477	5.94004	1.9628	2.75575	1.8932	4.38688	0.99195	1.70854	2.37483	0.85285	0.54648	2.36129	1.42442	0.89088	0.72977	1.64852	0.73187	1.34848	1.73066	1.23333	0.98028	0.94793	0.25396	0.20952	0.53416	0.39655	0.65299	0.16307	0.21031	0.59659	1.14976	1.31768	0.1821	0.69943	1.52896	0.80907	0.54821	1.47557	0.46921	1.41483	2.3072	0.45432	0.32256	2.43893	0.50153	1.00097	1.34155	1.00449	0.43671	2.19805	0.99821	0.25254	1.81608	0.94193	1.00382	0.89744	0.43858	1.10079	0.29471	0.4217	1.32778	0.67893	0.83481	1.39662	2.60741	2.9812	5.12617	5.00432	4.77708	3.89818
TG 55:6	0.49423	0.98422	0.26436	1.97123	0.91378	1.22163	2.0129	0.21184	0.32819	0.71316	0.30897	0.39603	0.27718	0.2843	1.97375	0.76579	3.62231	0.27133	0.7596	3.26077	3.13523	0.36262	0.31779	0.27803	1.17051	0.77821	0.84235	0.72783	0.36566	0.1442	0.7013	3.84934	1.14707	1.5756	0.95489	2.51165	0.43102	0.86118	1.17782	0.49231	0.36182	1.44157	0.86375	0.51892	0.51631	0.83019	0.36677	0.59471	0.7989	0.82487	0.61471	0.46935	0.11526	0.06982	0.26166	0.22139	0.40524	0.97303	0.10754	0.33137	0.60808	0.66908	0.08308	0.33344	0.67644	0.4772	0.29631	1.25159	0.30072	0.74518	1.15859	0.25159	0.13231	1.80793	0.29419	0.44021	0.57864	0.48933	0.24547	1.46319	0.39114	0.10888	1.16858	0.55476	0.65665	0.51412	0.29396	0.59061	0.09502	0.19188	1.03255	0.45063	0.51395	1.03248	1.49652	1.87357	4.34313	3.37209	3.67761	2.59172
TG 55:7	0.46419	0.54796	0.10807	1.25706	0.79193	0.77151	2.04023	0.11675	0.12948	0.47767	0.1049	0.43266	0.099	0.16486	1.30139	0.63579	1.9644	0.10069	0.60119	2.93573	3.02776	0.25997	0.23288	0.10009	0.73793	0.42117	0.54139	0.74355	0.21232	0.08188	0.409	3.09898	0.94603	1.37383	0.68235	1.60423	0.22541	0.95475	1.29933	0.42839	0.17741	0.97904	0.58528	0.2876	0.38435	0.38445	0.29066	0.47425	0.61151	0.34469	0.53143	0.1761	0.03559	0.0155	0.0846	0.07339	0.19132	0.00091	0.03724	0.28951	0.4438	0.25441	0.02721	0.15167	0.36076	0.21117	0.12122	0.77054	0.16391	0.48677	0.73778	0.11895	0.0767	1.19044	0.13613	0.29884	0.32813	0.43578	0.13447	1.43106	0.22689	0.02862	1.25603	0.23048	0.29209	0.24343	0.25946	0.45258	0.0267	0.11927	0.50001	0.28587	0.19531	0.69985	1.06806	1.30074	2.4621	2.02522	2.27696	1.77335
TG 56:5	12.05224	23.23127	9.21569	54.51811	35.51425	25.42208	49.42702	10.14593	10.48191	18.85889	11.04288	9.926	8.18654	7.63997	60.70197	13.21157	84.10806	9.2865	30.52411	67.441	66.03657	14.65367	9.68387	10.65837	28.23914	18.62281	21.77855	10.81722	10.7408	5.24467	22.99536	79.41314	29.01151	65.66717	31.6324	67.8744	18.87401	21.83351	32.77021	11.56096	11.69509	38.14557	21.40685	11.50637	8.88603	21.0278	11.74573	11.55529	21.43596	29.0602	13.60288	18.20197	5.26603	5.35356	9.74065	6.106	15.63615	2.65357	3.69871	7.974	19.69078	23.9703	2.97917	12.29484	29.10613	20.7192	9.78885	19.88902	6.71552	18.29353	41.53235	7.87475	8.26464	29.02261	7.36176	12.78805	17.64811	13.07449	7.55302	28.0316	16.86528	5.46341	25.362	19.83806	27.48953	14.7467	5.57127	16.29278	6.00686	8.51957	16.93012	7.25318	11.0557	19.28776	42.33728	52.93035	91.28362	87.91059	80.98787	67.59216
TG 56:6	16.37735	29.38941	10.92838	59.21368	45.66603	29.56238	47.62387	12.6126	13.57806	22.08898	13.94858	11.82658	10.10549	9.75224	64.63789	20.94258	95.48848	10.90792	35.38451	67.59263	75.7589	19.13734	13.01535	12.65244	37.88822	22.58902	31.20437	17.95311	13.21751	6.6507	30.65633	105.62605	36.22524	58.97659	40.30464	80.64152	21.25289	31.72135	41.99208	17.34899	14.78672	48.23048	29.87897	17.81374	13.53137	28.35619	16.24522	16.31939	29.6295	31.8667	19.70134	22.86777	6.54114	5.36277	11.79163	7.63664	17.45187	3.6691	4.56032	11.58468	22.5248	31.07107	3.64299	17.32003	30.67614	25.23221	11.96565	27.88824	7.62324	26.94612	46.81558	9.20508	9.73685	43.50408	9.46263	16.78268	22.90756	18.55711	8.66048	39.52421	18.75737	6.54288	33.4512	21.64361	31.89565	18.04775	8.26186	21.22624	7.30756	10.8276	22.0377	9.72411	13.06284	25.23869	43.8355	54.99941	70.98813	68.02897	62.60763	56.56055
TG 56:7	17.35454	26.97958	8.19686	63.25593	36.46529	32.57783	72.23916	9.39301	11.09889	18.65791	9.12962	12.11299	6.71949	8.46472	78.62455	21.42107	111.18751	6.91719	29.77562	100.98034	113.01272	15.80071	11.69518	7.75875	33.67431	19.91815	27.24695	21.89237	9.72159	5.00164	24.56843	129.28347	41.35659	79.2448	39.405	87.43792	16.677	36.6147	49.19942	18.0106	11.80418	54.55578	25.09557	14.01986	15.993	21.72615	14.17051	14.16832	25.30851	26.6604	20.23982	11.98617	4.02244	2.8184	9.19944	5.20867	14.61784	2.82335	3.27688	10.84998	20.4741	18.48982	2.3455	11.84267	20.27237	17.50492	7.64012	28.54925	6.94068	19.38643	45.26377	7.08195	6.27403	42.97651	6.89196	12.30747	17.73991	19.34816	7.23353	55.34074	12.98292	3.73103	46.79202	14.67728	23.30026	12.10963	8.11416	18.23418	5.3567	7.61281	21.01569	7.58621	9.75389	21.29966	42.79204	58.53064	92.50595	85.79402	82.60073	66.44902
TG 56:8	7.86503	10.3353	3.13713	24.57299	13.69649	15.4041	41.6148	3.23207	4.00689	6.92286	3.00517	4.65287	2.39639	3.60595	29.66513	9.90088	49.58316	2.56332	10.89631	65.48584	68.33547	5.8378	4.40887	2.77294	13.35632	7.3218	10.64987	9.55763	3.32009	1.82743	8.4613	56.78978	19.71378	25.81548	14.51605	42.83989	6.34272	19.49047	25.91488	8.24369	4.28948	21.90497	9.76395	5.35751	6.84567	7.78757	5.44011	4.62172	10.42584	7.57151	9.6145	3.7079	1.32472	1.0285	3.52717	1.77629	5.62181	1.00407	1.30721	5.26714	7.80117	5.71419	0.83704	4.11276	6.66452	5.67565	2.853	12.05482	2.46792	6.9111	17.14868	2.62451	2.19799	17.0848	2.70411	4.28292	6.06579	8.80028	2.6	24.29218	4.32745	1.41125	22.51217	5.15741	7.60061	4.13826	3.45122	6.99906	1.91638	2.57237	8.14007	3.00027	4.12988	7.36228	18.01274	24.39235	41.02229	39.29976	39.41488	29.44118
TG 56:9	1.43946	1.62073	0.43262	3.81055	2.93038	2.60542	7.48995	0.57651	0.66018	1.23278	0.45368	0.65871	0.50623	0.82964	4.91975	2.27172	7.96136	0.42246	1.78339	12.54733	12.6953	0.94832	0.72555	0.56738	2.50359	1.26986	2.16979	2.32102	0.54113	0.34358	1.53947	9.15433	3.54436	4.30034	2.0668	5.14555	0.87425	2.96761	3.65468	1.5902	0.77699	3.47193	2.00319	1.12772	1.49682	1.33016	1.00481	0.67443	1.99488	1.01176	2.02191	0.61293	0.2148	0.1499	0.60217	0.29019	0.95308	0.1166	0.2569	0.99407	1.31289	1.00241	0.16611	0.75619	0.93379	1.16094	0.52857	2.48406	0.4412	1.39161	2.98982	0.43012	0.39086	3.50516	0.60237	0.78249	1.09454	1.53105	0.43575	3.49785	0.86471	0.24578	3.56691	1.00848	1.35933	0.67582	0.73858	1.37113	0.1888	0.43983	1.50662	0.58094	0.87076	1.18088	2.84011	3.95442	5.95722	5.72356	5.75417	4.44164
TG 57:6	0.30406	0.41922	0.13892	1.04493	0.65363	0.53768	1.04619	0.12024	0.11553	0.4275	0.1274	0.32915	0.12681	0.11295	0.91781	0.35637	1.73078	0.13662	0.59395	1.3936	1.58406	0.21302	0.17894	0.12278	0.54178	0.31384	0.45077	0.30141	0.19981	0.08521	0.37301	2.14509	0.7222	0.91361	0.61461	1.6283	0.29361	0.64302	0.93356	0.27519	0.17821	0.8482	0.42601	0.24356	0.23502	0.41693	0.21636	0.4422	0.53126	0.47675	0.36373	0.21294	0.07517	0.04915	0.101	0.10948	0.19491	0.07355	0.03724	0.17127	0.33118	0.3233	0.03844	0.19826	0.41088	0.20312	0.15267	0.40126	0.11243	0.49719	0.74877	0.13428	0.0941	0.76177	0.12467	0.29351	0.38938	0.32441	0.11902	0.50291	0.28693	0.07123	0.68722	0.22414	0.32537	0.25157	0.12014	0.38648	0.03773	0.12315	0.36513	0.20297	0.24675	0.44429	0.9921	1.1134	2.28926	2.17813	2.08179	1.63418
TG 57:7	0.16078	0.27458	0.07388	0.48588	0.40263	0.46668	1.01252	0.08508	0.06626	0.2719	0.05573	0.1005	0.05558	0.07986	0.61834	0.26487	1.14915	0.07138	0.22026	1.58225	1.195	0.16158	0.11969	0.06521	0.34706	0.22876	0.30319	0.30734	0.10338	0.04467	0.23923	1.15448	0.40993	0.70738	0.27087	0.68954	0.17795	0.50681	0.69057	0.23772	0.12535	0.4503	0.30096	0.13776	0.21312	0.24385	0.05808	0.21355	0.24458	0.26228	0.17206	0.07985	0.02939	0.0152	0.05332	0.05373	0.14449	0	0.01696	0.12618	0.24155	0.16204	0.01597	0.10309	0.20502	0.12474	0.08312	0.30965	0.07039	0.272	0.49304	0.07124	0.06077	0.554	0.07375	0.15153	0.20863	0.16798	0.08072	0.52133	0.14271	0.02584	0.42778	0.12205	0.11946	0.13941	0.09551	0.25626	0.0142	0.0804	0.27112	0.11087	0.14387	0.27617	0.64515	0.75259	1.53644	1.51884	1.44924	1.13081
TG 57:9	0.05934	0.04041	0.00492	0.13695	0.07588	0.08083	0.23323	0.0113	0.00178	0.03411	0.00346	0.02274	0.00272	0.00774	0.18237	0.09155	0.20214	0.00261	0.08202	0.52965	0.42212	0.03017	0.01583	0.01603	0.06538	0.04476	0.08713	0.11618	0.01651	0.00258	0.03174	0.43303	0.14521	0.18803	0.10961	0.29912	0.01589	0.1595	0.22715	0.0786	0.01947	0.15425	0.08419	0.02285	0.07694	0.04754	0.02327	0.02424	0.09621	0.0365	0.08896	0.01027	0.00289	0.00222	0.00363	0.00139	0.01195	0	0.00102	0.02286	0.04765	0.03051	0.00049	0.01635	0.05622	0.03086	0.00868	0.07577	0.01756	0.03923	0.07226	0.0067	0.0082	0.14309	0.00677	0.01701	0.02834	0.05739	0.00976	0.20108	0.02137	0.00349	0.17217	0.04336	0.04175	0.02522	0.02392	0.06192	0.00035	0.01373	0.06833	0.02753	0.02607	0.05619	0.09741	0.14078	0.21485	0.22626	0.22874	0.15116
TG 58:6	3.77554	5.8066	2.54295	15.79609	9.02269	7.68271	15.88065	2.08778	2.72377	4.84693	2.25244	3.29129	2.06742	1.70633	19.93995	2.75144	26.40403	2.20554	9.38388	21.01152	20.97369	3.70065	2.71744	2.17138	7.00114	4.44139	3.83782	2.56829	2.17711	1.16461	6.32417	24.11671	9.33891	13.89016	8.66029	23.5142	5.24741	7.00062	9.68821	2.7829	3.13968	10.32696	3.45302	2.54632	2.40619	4.17486	2.83128	3.42505	5.79927	11.22314	3.71137	3.67409	1.48032	1.59833	2.70598	1.89115	4.63641	0.44916	0.88936	1.85487	5.02028	3.54138	0.61167	2.75725	5.8682	4.82952	2.39359	4.21525	1.77087	3.44508	11.91924	2.34288	1.71214	5.78823	1.3989	3.27373	4.19358	3.21083	2.05187	7.74501	3.01974	1.63721	8.86694	3.8021	8.08421	3.06371	1.28625	5.0902	1.62852	1.71504	3.28383	1.81432	2.94823	4.82641	15.37388	17.97564	35.73707	35.33895	34.47073	27.56727
TG 58:7	5.69316	7.47804	3.19067	19.60341	11.74906	11.07618	21.83424	2.88743	3.35067	6.35242	2.89126	4.43205	2.3305	2.35315	24.48048	4.97353	27.83004	2.67791	10.29781	34.98694	32.06723	5.30717	3.98702	2.83432	9.28014	6.31696	6.29226	4.80313	3.10292	1.48197	8.36924	38.66308	13.71684	17.00264	11.73436	30.64471	7.04803	11.42815	18.89118	4.74204	4.29965	15.70894	6.37871	3.67857	4.08315	5.79144	4.24268	4.73555	8.78015	11.83007	6.12753	4.35293	1.69928	1.69463	3.40722	2.30131	5.85716	0.71972	1.17409	2.91158	6.92554	5.0415	0.73372	3.79257	6.32231	6.10619	3.13968	6.53812	2.42203	5.67259	13.38298	3.05263	2.5088	9.88977	1.94977	4.45881	5.5569	5.12398	2.79686	13.50493	3.77324	1.74868	12.97525	4.66225	9.73771	3.8872	2.33981	7.25622	2.2086	2.43288	5.62861	2.20024	3.99408	7.08837	17.44623	20.87294	34.50054	33.21262	30.391	26.2802
TG 58:8	6.84964	7.32974	2.83455	19.88936	11.4202	12.73013	33.36176	2.95864	3.07834	5.86517	2.68945	4.79316	2.20888	2.83727	31.6325	6.97863	30.31049	2.38466	9.80623	48.53575	46.4309	5.49726	4.28878	2.6723	8.75081	6.67479	7.71109	6.30912	2.6508	1.63591	7.214	42.79358	17.07674	20.94748	11.23221	29.33513	6.57155	12.87739	21.36243	6.20104	4.31998	17.59878	7.94596	3.43164	5.10951	5.90444	4.31302	4.12463	7.97629	9.66596	7.69804	3.71895	1.28298	1.53903	3.16696	1.83128	6.05915	0.78777	1.24594	3.2786	7.07668	4.91339	0.6253	3.17244	5.6419	5.46488	2.9713	8.58981	2.36922	4.90953	12.77548	2.63952	2.43302	10.75266	2.17846	3.97434	5.62669	5.6537	2.80139	15.57068	3.34685	1.60015	18.92454	4.95952	9.1712	3.91806	2.66034	7.9302	2.1559	2.52665	6.21264	2.47489	3.80074	6.75128	16.88191	22.27729	41.0213	39.77985	38.64327	30.10674
TG 58:9	4.11416	4.19083	1.54428	9.39802	7.1912	7.91428	16.78938	1.65698	1.57502	3.07322	1.43762	1.9099	1.14217	1.81963	15.38938	4.87366	19.44311	1.27303	5.89957	34.01185	30.74763	3.17881	2.24316	1.77282	5.45135	3.37768	5.29913	4.4336	1.6135	0.87695	3.93897	22.21727	10.02668	10.51169	6.16448	18.59323	3.6488	8.51795	13.7819	4.04547	2.45741	10.53646	5.24064	2.36631	3.23701	3.7849	2.52084	1.96965	4.89428	4.01646	5.06594	2.15872	0.61922	0.76933	1.67195	0.88279	2.9416	0.44083	0.69207	2.10058	3.49833	3.14798	0.36357	1.71576	3.39971	3.46888	1.62664	5.46056	1.34984	2.99956	6.57705	1.43924	1.17688	7.15976	1.3214	2.14078	2.90917	3.55858	1.40292	9.29046	1.94756	0.78322	10.90131	3.10682	5.0645	2.06108	1.79575	4.63696	0.97287	1.198	3.86534	1.4872	2.33085	3.58967	8.15395	10.94531	15.80047	15.25643	14.16859	11.30559
TG 59:7	0.04938	0.0416	0.0098	0.14657	0.08298	0.09434	0.17868	0.01073	0.00212	0.04844	0.00279	0.03567	0.00283	0.00323	0.15388	0.04207	0.22418	0.00972	0.08541	0.3865	0.292	0.03047	0.02632	0.01247	0.05852	0.0412	0.04733	0.04531	0.01696	0.006	0.04842	0.32081	0.13389	0.13618	0.10239	0.26093	0.03669	0.11822	0.17429	0.03855	0.02089	0.17609	0.04261	0.02282	0.03882	0.05204	0.03063	0.05048	0.08128	0.07986	0.05665	0.00582	0.00282	0.00267	0.00418	0.00598	0.02391	0.00432	0	0.02333	0.04949	0.02194	0.00048	0.01557	0.0457	0.02675	0.01756	0.04315	0.0142	0.05687	0.09767	0.0188	0.00691	0.09208	0.00902	0.03349	0.05046	0.05037	0.0169	0.12722	0.01666	0.00393	0.11432	0.02935	0.05876	0.02755	0.01321	0.07703	0.00009	0.01087	0.03643	0.01859	0.03156	0.06447	0.14565	0.18772	0.36383	0.34533	0.33726	0.26796
TG 60:7	0.31137	0.25586	0.23505	0.63294	0.60698	0.75101	0.79022	0.13687	0.22635	0.27197	0.09448	0.27906	0.21608	0.21918	0.62057	0.20946	0.95777	0.17768	0.57443	1.87119	1.21305	0.2277	0.33705	0.18039	0.30439	0.28195	0.27459	0.22118	0.13577	0.14305	0.24492	1.43823	1.01102	0.58549	0.47838	1.18974	0.43457	0.56353	0.70342	0.20267	0.37971	0.81548	0.22325	0.15888	0.2837	0.24711	0.22309	0.23015	0.45655	0.67724	0.41464	0.21843	0.15176	0.1865	0.3325	0.19678	0.30192	0.00977	0.11136	0.1882	0.26944	0.05564	0.03515	0.17453	0.2542	0.21451	0.23767	0.39793	0.14746	0.26927	0.49837	0.35205	0.14641	0.29803	0.09741	0.1957	0.29137	0.26939	0.27785	0.40786	0.14154	0.1921	0.57394	0.27829	0.53081	0.21407	0.14528	0.58345	0.24076	0.17459	0.25344	0.27543	0.34551	0.46354	0.7773	0.77517	1.49996	1.37725	1.19363	1.10537
TG 60:8	0.47418	0.68159	0.26051	0.96402	1.2655	0.53414	1.01501	0.36864	0.22002	0.42943	0.35742	0.29061	0.40831	0.34472	1.59252	0.54487	1.7055	0.32176	0.97364	1.41104	1.83867	0.6937	1.34452	0.5118	0.69027	0.69319	0.76812	0.61029	0.26343	0.26466	0.71482	1.92608	0.9657	1.41122	0.86974	1.82263	0.66486	0.87451	1.01277	0.47591	0.74911	2.72204	0.91782	0.55219	0.56631	0.95242	0.58313	0.75614	0.70418	0.84387	0.8913	0.37943	0.2636	0.46939	0.21648	0.23574	0.39769	0.10432	0.23294	0.45179	0.55422	0.42741	0.06163	0.42624	0.90227	0.92121	0.6835	1.26505	0.44173	0.51062	0.81145	0.47648	0.42447	1.08361	0.32988	0.72071	0.67832	0.65318	0.56265	1.1055	0.32624	0.41726	0.99341	0.83566	1.41296	0.67551	0.39993	1.52927	0.49238	0.32985	0.67053	0.12237	0.77528	1.12172	1.2099	1.39498	1.72333	1.72114	1.58293	1.54807
TG 60:9	0.18241	0.10337	0.0724	0.22218	0.20631	0.32248	0.32366	0.07323	0.05024	0.08032	0.02738	0.03437	0.02144	0.0663	0.36509	0.16416	0.39179	0.03119	0.21332	0.80556	0.73388	0.14352	0.06729	0.05739	0.15717	0.1029	0.20111	0.16127	0.05346	0.02486	0.09461	0.7214	0.44388	0.20417	0.20727	0.5208	0.13886	0.36954	0.4549	0.18497	0.10607	0.35807	0.15793	0.06943	0.13625	0.13658	0.07741	0.0468	0.18605	0.15056	0.20945	0.05624	0.01557	0.02185	0.05814	0.02184	0.14806	0.00437	0.01408	0.07427	0.10926	0.08601	0.00762	0.07153	0.11579	0.13558	0.04897	0.23623	0.04012	0.0926	0.18164	0.04811	0.03297	0.22437	0.05051	0.06031	0.09414	0.13691	0.04264	0.29273	0.04737	0.02596	0.3584	0.11521	0.17458	0.08458	0.07927	0.17888	0.00087	0.04518	0.11063	0.0682	0.09454	0.1337	0.5936	0.70396	0.71126	0.79867	0.7224	0.71429
TG 62:9	0.11648	0.17616	0.0664	0.25797	0.18718	0.19236	0.2163	0.08692	0.03576	0.09729	0	0.07486	0.09235	0.0713	0.3663	0.09203	0.52116	0.07079	0.29119	0.4917	0.49048	0.19967	0.45186	0.16834	0.18763	0.18829	0.20223	0.1729	0.10133	0.06178	0.24771	0.49131	0.25994	0.55894	0.30468	0.75891	0.23362	0.31468	0.28075	0.16531	0.32994	1.39867	0.24153	0.1935	0.20425	0.25345	0.19826	0.27043	0.34597	0.35658	0.33504	0.11196	0.08762	0.15058	0.04837	0.06253	0.10411	0.00207	0.05128	0.13051	0.18018	0.06586	0.00914	0.13521	0.27286	0.30343	0.23381	0.36686	0.13549	0.11469	0.24208	0.11548	0.13494	0.26037	0.0746	0.17966	0.19811	0.19821	0.20403	0.30519	0.09833	0.19957	0.30045	0.34524	0.64093	0.21572	0.11122	0.66475	0.09831	0.10919	0.18567	0.12497	0.31303	0.47894	0.43106	0.42408	0.47183	0.49954	0.46267	0.51636
DG 16:0_16:0	0.28497	0.72231	0.22044	0.47076	1.49061	0.47058	0.3944	0.37928	1.59343	0.2783	2.11105	0.56496	1.25634	0.77621	0.4258	0.47614	0.63391	0.34006	0.32271	0.33901	0.24061	0.28044	0.37717	0.31098	0.56969	0.15526	0.27183	0.28552	0.3161	0.40166	0.61262	0.36	0.32081	0.92285	0.76025	0.62358	0.35935	0.61705	0.51759	0.4043	0.5404	1.98399	0.53383	0.56311	0.44144	0.75485	0.35373	1.26247	0.50642	0.78255	0.20734	0.7217	0.26354	0.41376	0.77239	0.17685	0.14737	3.35973	0.81684	0.34122	0.13805	0.37239	0.31276	0.26536	0.44111	0.18152	0.23719	0.52599	0.20487	0.32172	0.57426	0.68548	0.18846	0.83554	0.2754	0.56923	0.56427	0.50958	0.45105	0.93861	0.73339	0.62986	0.6131	1.40788	0.85688	0.38325	0.50453	0.80844	2.3716	0.15442	0.78189	1.96837	0.55217	1.53763	0.69525	0.86229	1.23014	0.79844	0.81268	0.56891
DG 32:1	0.02335	0.43573	0.01308	0.33263	0.80637	0.26971	0.29562	0.11584	0.52875	0.14867	0.34619	0.29375	0.24504	0.09783	0.41422	0.13995	0.66633	0.06324	0.13812	0.33925	0.3831	0.1386	0.11611	0.18711	0.73245	0.21017	0.30733	0.11567	0.17165	0.1808	0.84373	0.45851	0.12215	1.42457	0.87088	1.01833	0.10775	0.21362	0.54226	0.26613	0.30037	2.13872	0.57714	0.66511	0.32012	0.75595	0.36651	1.33733	0.47603	1.54711	0.18737	0.21859	0.02873	0.0934	0.18155	0.09588	0.04249	1.89321	0.16264	0.09383	0.19581	0.17344	0.05644	0.09973	0.26491	0.25132	0.09078	0.31521	0.12456	0.35959	0.52548	0.20295	0.02091	1.76724	0.08191	0.16653	0.23629	0.39252	0.32528	1.31085	0.71105	0.16901	0.64946	1.5238	0.83477	0.50127	0.4532	0.60679	1.36237	0.19712	1.8883	4.03194	0.54625	1.5938	0.74275	0.91383	1.47463	1.33788	1.39465	0.85145
DG 33:1	0.06273	0.16065	0.02884	0.13935	0.18267	0.07129	0.11089	0.07087	0.03773	0.09908	0.11849	0.16086	0.10385	0.06072	0.16081	0.12166	0.24701	0.05583	0.12239	0.15269	0.20073	0.12154	0.11193	0.07912	0.23767	0.09951	0.18405	0.11556	0.14796	0.12774	0.1866	0.2005	0.10315	0.26114	0.22131	0.22562	0.07208	0.18809	0.27847	0.14845	0.12963	0.48282	0.32713	0.26073	0.15742	0.33778	0.18595	0.61557	0.20621	0.237	0.12968	0.01371	0.06205	0.06384	0.03077	0.06227	0.03129	0.14239	0.0511	0.1236	0.1079	0.16172	0.0277	0.09766	0.19124	0.09761	0.12079	0.23793	0.08868	0.23948	0.20241	0.15639	0.06828	0.54573	0.08393	0.17251	0.19669	0.19763	0.16015	0.46806	0.24548	0.10463	0.27811	0.28203	0.14039	0.25947	0.12456	0.18241	0.09069	0.07738	0.50849	0.74285	0.22963	0.53425	0.22038	0.2478	0.30321	0.32776	0.28898	0.26399
DG 16:0_18:0	0.23479	0.40023	0.1738	0.27356	1.45009	0.35607	0.23712	0.37942	1.00586	0.11947	1.11123	0.32997	0.88904	0.64766	0.47766	0.44388	0.40422	0.30998	0.26706	0.32341	0.22409	0.24234	0.26526	0.20361	0.51597	0.06896	0.2518	0.20242	0.21234	0.25559	0.49218	0.23211	0.2673	0.97269	0.51607	0.37585	0.29219	0.42535	0.49219	0.42878	0.44353	1.52376	0.44155	0.42188	0.24544	0.63417	0.22303	0.72183	0.38683	0.34493	0.23053	0.69571	0.17549	0.24683	0.61256	0.17012	0.10246	1.26807	0.58442	0.22182	0.12369	0.3453	0.24463	0.25131	0.29732	0.216	0.20736	0.29108	0.14341	0.35622	0.40098	0.4562	0.13775	0.75792	0.25277	0.44727	0.49426	0.43602	0.30433	0.66255	0.57462	0.50522	0.34269	1.20029	0.74194	0.37195	0.32731	0.67346	1.63609	0.12789	0.43003	1.57154	0.39978	1.22058	0.65498	0.88302	0.96387	0.64045	0.58048	0.51234
DG 34:1	3.3393	9.89314	3.018	8.78564	13.5412	5.0963	5.48527	8.45203	7.4921	5.49042	11.01988	5.72937	9.02202	6.04514	12.50126	6.12018	14.11316	4.2678	7.78493	8.48897	9.93606	9.58062	5.98991	8.56355	19.11615	8.83438	9.97638	9.46454	9.51854	6.63873	17.84945	13.417	5.42108	29.18376	16.29719	16.03808	5.07107	9.69034	15.14095	9.36718	12.99634	35.2845	19.35216	15.34094	11.35594	19.37265	10.58587	19.90972	11.12645	20.33335	7.31539	5.94691	4.81816	7.05469	4.50153	4.16106	4.35107	15.29153	4.63774	6.41906	7.84313	11.36145	2.26682	8.42872	12.11463	10.37662	5.63318	11.0119	4.79209	10.46572	15.86274	9.45622	5.09304	30.99956	5.2257	8.08934	8.89488	11.14065	9.11638	26.11026	16.41692	9.16814	12.99783	32.56447	22.49099	16.13317	8.17212	13.84038	11.69599	7.94007	29.56667	32.4201	11.28947	32.60973	16.77714	18.0451	21.53773	20.49142	18.58702	15.16845
DG 34:2	2.63592	8.4711	2.6684	8.06914	10.02275	6.63848	5.46147	6.81581	5.98001	4.96958	7.43649	4.83528	6.31603	4.91405	8.49889	4.69861	14.50007	3.60243	5.32864	11.54731	10.79112	9.36987	4.45895	5.83011	17.79123	6.90049	8.45285	10.09354	7.60032	4.06703	10.31222	12.14419	4.74664	18.32312	11.94428	14.01214	4.79932	9.41214	17.05843	8.49374	9.29729	32.61046	15.90757	14.86371	11.06767	14.60489	8.8977	12.34116	9.3045	11.75339	8.0202	4.23819	4.86891	4.18786	4.53355	3.61712	3.41715	5.1017	4.76715	6.61253	6.0749	5.59372	1.87104	7.30252	7.74491	7.26872	3.72727	7.30514	4.56086	8.30232	14.82642	7.62877	3.89107	25.28817	4.13628	5.16666	5.63227	11.14332	6.53691	24.85211	12.01731	7.4879	13.66903	21.01484	14.13851	14.1784	6.5903	9.99115	7.78646	6.48239	22.9676	21.30508	10.68137	18.83048	10.6582	14.0947	16.39868	17.09171	15.2426	11.86697
DG 34:3	0.31222	1.19213	0.16914	0.9748	2.31088	0.8079	0.5435	0.46915	1.63931	0.44275	0.89315	0.34447	0.90702	0.85907	1.24699	0.7519	1.93381	0.32157	0.43967	1.71265	1.85495	0.80484	0.64395	0.77155	4.13722	1.06258	1.51055	0.94112	0.8312	0.38999	1.98501	2.28727	0.75615	3.33494	2.07724	1.9011	0.35159	1.10609	3.28158	1.6749	0.82929	6.12071	3.06323	3.13101	2.19687	2.40803	1.43911	2.44491	2.0327	3.02408	1.67218	0.92129	0.25747	0.23101	1.01358	0.37857	0.26178	1.41095	0.47068	0.62932	1.1131	0.89764	0.31047	0.94624	0.9386	1.01904	0.33268	1.94977	0.54313	1.32471	2.9062	0.70633	0.17467	4.89208	0.47353	0.51548	0.60984	1.91114	1.06977	5.30642	2.25556	0.66548	2.20912	3.89385	2.62915	3.0782	1.58843	1.84925	3.07732	1.30562	5.59584	4.55161	1.91128	3.3405	1.89152	2.40503	3.04203	3.1416	3.15749	2.08216
DG 36:1	1.23457	2.62843	1.18522	2.49402	4.18553	1.40729	1.5519	3.50823	1.88119	1.7344	3.01757	1.56376	3.02423	1.99218	4.41	1.7079	3.85794	1.53811	3.19625	2.73898	3.40479	5.22658	2.21145	3.42615	7.66571	3.21799	2.99574	4.18677	3.84707	2.35878	4.4874	5.82406	1.75415	8.73338	4.4264	4.38627	1.88266	3.55808	3.94534	2.78221	4.62905	9.09252	5.29263	5.18064	4.09914	6.52894	4.26477	5.52001	4.84062	4.77377	3.07433	1.86284	1.84137	2.97846	1.42825	1.37637	1.88581	3.48047	1.51658	2.74567	2.84929	2.78232	0.81994	3.06252	3.90768	4.19409	2.60693	2.92103	1.74513	3.05164	5.54417	3.11667	2.44164	7.88337	2.23053	3.50184	3.76136	3.49751	2.40633	5.64732	4.24622	3.3351	3.35807	9.59935	7.22301	5.14019	2.15891	5.02456	3.12769	3.04201	7.89961	8.39083	4.25239	10.44646	4.94808	6.18855	5.10878	5.45871	4.51052	4.07278
DG 36:2	4.23165	15.96669	4.51156	13.70697	21.79123	8.69249	7.78298	13.18824	9.19038	7.94298	11.51469	6.68921	9.16868	7.80679	26.77794	8.41532	26.697	6.75862	11.87874	18.40177	23.75244	19.3153	8.97122	15.10827	38.19	19.0048	20.62552	19.15054	14.32557	8.32785	33.53138	24.22032	9.61391	48.54767	22.89203	26.67633	8.80204	16.79683	29.39442	17.33331	21.40383	55.18029	36.75285	31.35047	20.46434	30.31114	21.64217	33.28968	22.22995	32.29801	19.68698	9.85496	8.05767	8.14236	6.08526	5.4646	8.82634	13.4874	6.58191	9.78247	17.16273	18.3324	3.04844	16.75556	22.12692	23.09856	9.2821	14.74839	10.87147	20.42527	29.08555	11.78242	9.08424	48.11868	9.21237	12.44548	14.70297	17.60888	14.5209	44.29633	26.22809	15.54243	28.31279	54.89249	46.20218	33.01036	12.42072	22.63019	15.5803	17.42586	48.80638	43.44089	20.74535	47.4146	28.6074	37.52953	35.1936	37.55811	34.74976	27.35986
DG 36:3	3.75816	12.9126	3.52248	10.02276	16.76032	9.00891	5.86623	8.91309	7.47885	5.84368	8.79488	4.69923	6.6767	6.32145	14.24871	7.76022	21.30476	5.56332	7.0293	19.38843	18.83959	12.57196	6.84567	9.23089	33.00604	13.81811	17.38822	13.9519	9.12014	5.4205	16.50159	16.24949	8.31808	27.10664	15.7861	16.95595	6.6607	13.78453	26.19133	15.3229	13.75927	47.70454	29.49271	26.9424	15.84345	21.92061	14.52856	20.90119	16.96083	13.9066	17.01857	6.9337	5.50183	4.48254	4.98158	4.33893	6.41673	3.86486	4.92342	8.85481	12.45545	11.62197	2.17812	12.06106	13.5027	13.77106	6.41042	11.68877	5.89233	17.57615	23.09247	8.49248	5.90733	37.35799	6.16	8.19683	10.05041	17.81588	10.04971	36.86053	17.59629	10.63458	20.87157	34.8309	27.91112	28.25286	9.94574	15.57233	10.26601	12.11948	30.83547	28.97314	15.21748	30.92077	18.10624	24.1498	20.10202	24.19879	20.94729	16.97054
DG 36:4	1.67311	3.44795	1.87551	4.13129	5.66701	2.87854	3.26589	4.93799	4.14212	4.97039	7.76933	4.12455	6.44654	4.07252	4.21095	1.47082	5.12573	2.03485	4.99729	3.32484	3.68036	6.9285	2.61429	4.24172	7.00411	2.50565	2.92929	5.75175	5.86723	3.83835	2.46863	6.34417	2.27133	4.18677	4.50529	4.55818	2.42865	5.04525	2.84415	2.4624	6.98353	5.83838	4.49181	4.45319	3.66775	6.26473	3.98504	3.43526	4.35133	2.54474	2.50895	4.47472	3.52737	5.51621	3.56264	2.50247	2.15397	8.38809	3.78518	4.72828	2.16957	2.5235	1.42778	3.2088	4.55958	3.18051	3.128	3.48362	2.54205	2.20784	5.84448	5.64622	2.36701	4.25352	2.89354	4.10006	3.76097	3.70218	1.95504	3.8413	2.79942	4.48976	4.95229	4.50719	3.89703	2.54783	2.53381	3.19736	5.05566	1.41508	3.47948	1.57555	5.67016	5.23936	4.3401	5.33539	3.92789	4.83551	4.16431	3.66676
DG 36:5	0.1843	0.21907	0.02997	0.21017	0.373	0.15886	0.10168	0.1176	0.15941	0.09627	0.1162	0.11885	0.28184	0.12809	0.29076	0.47065	0.35264	0.03838	0.11742	0.36088	0.317	0.19603	0.13702	0.098	0.80148	0.11654	0.291	0.70684	0.142	0.0887	0.29612	0.66427	0.15485	0.75989	0.35484	0.28552	0.04649	0.47196	0.63464	0.43423	0.25963	1.13259	0.59251	0.64405	0.62993	0.36163	0.2159	0.34265	0.66943	0.31237	0.55589	0.0512	0.06446	0.03464	0.0589	0.04501	0.04395	0.31054	0.11636	0.20431	0.13148	0.08894	0.04796	0.19416	0.1218	0.21168	0.08658	0.53428	0.11186	0.1757	0.53761	0.15717	0.0584	0.85511	0.11899	0.11838	0.15638	0.35155	0.16379	1.0982	0.29142	0.16724	0.42316	0.4777	0.61524	0.26368	0.44925	0.46967	0.17275	0.16576	0.61367	0.42527	0.3527	0.55137	0.25067	0.37007	0.32835	0.3448	0.31483	0.20955
DG 17:0_20:4	0.1041	0.13602	0.108	0.00188	0.15008	0.14316	0.20716	0.23333	0.08802	0.1903	0.20179	0.31716	0.29151	0.23166	0.23464	0.03214	0.22932	0.09373	0.32611	0.21636	0.27548	0.33008	0.22792	0.25315	0.24859	0.17112	0.15745	0.34549	0.30469	0.29305	0.10811	0.36376	0.21378	0.13096	0.17711	0.19582	0.16386	0.34271	0.16738	0.12933	0.30737	0.17863	0.21632	0.20604	0.28923	0.3335	0.28375	0.29097	0.31665	0.0715	0.28492	0.13063	0.23067	0.28381	0.08488	0.13091	0.13027	0.2791	0.19663	0.33054	0.09973	0.00093	0.07292	0.15432	0.00177	0.14779	0.39217	0.1932	0.15592	0.11275	0.27209	0.3138	0.20944	0.17587	0.32098	0.34809	0.31576	0.2207	0.09374	0.21874	0.17502	0.19089	0.33394	0.146	0.13553	0.14746	0.12189	0.15633	0.08754	0.09203	0.1325	0.03969	0.32319	0.22797	0.20183	0.21808	0.12095	0.18594	0.12222	0.13025
DG 18:1_20:1	0.11404	0.39475	0.13142	0.26103	0.29143	0.2324	0.20466	0.31437	0.23358	0.22959	0.17561	0.17136	0.1696	0.15103	0.55911	0.15867	0.46277	0.15778	0.33138	0.5273	0.78888	0.51638	0.13717	0.36175	0.96072	0.61916	0.28729	0.68063	0.39759	0.16694	0.47205	0.54391	0.18621	0.9756	0.45524	0.44823	0.20152	0.47	0.72823	0.30411	0.61897	1.39856	0.54923	0.62982	0.59299	0.54771	0.44942	0.75836	0.60725	0.70965	0.56369	0.063	0.27415	0.22324	0.10448	0.09104	0.23878	0.11947	0.08471	0.23678	0.54155	0.24482	0.07234	0.43039	0.40823	0.68194	0.34913	0.21803	0.21702	0.46733	0.57917	0.23732	0.21579	0.8653	0.1604	0.31108	0.33239	0.33354	0.27723	0.82572	0.7232	0.37503	0.76606	1.22073	1.02226	0.91189	0.30333	0.6933	0.39194	0.60585	1.08585	0.96863	0.54834	1.11921	0.53974	0.89575	0.75197	0.99677	0.64229	0.56035
DG 18:0_20:4	12.29436	15.42952	15.37774	21.22	21.47395	19.98783	21.62348	35.32932	23.87724	18.08378	27.08551	27.85715	38.03083	28.61533	36.32511	6.60137	25.46129	15.07892	38.52235	27.04539	26.84165	47.9756	24.80192	31.80407	30.56459	23.34563	17.42254	40.06405	35.22412	29.007	17.59335	46.8356	20.63137	24.00119	28.99206	29.63296	20.03449	38.33478	23.67133	19.86557	48.24603	24.71292	26.94312	22.92922	33.28588	39.23148	28.3081	26.03758	34.90806	14.89148	26.91904	18.96915	26.5202	38.12072	19.68617	14.70762	21.51639	38.51984	27.07674	30.78438	18.15185	14.47389	9.72224	22.14659	30.02665	24.70941	32.12059	21.33394	18.92667	12.74769	30.9099	31.21254	22.896	24.13487	42.88083	33.80842	29.57541	22.30188	15.10481	25.08904	22.54149	30.81894	29.48708	26.69702	27.86402	20.57195	16.87574	21.62788	21.49341	16.62177	24.0452	4.85697	38.492	36.3641	31.73421	30.24251	19.57407	26.65153	21.62313	24.19303
DG 38:5	2.00054	4.14445	0.80706	4.81377	8.30952	3.54729	3.51104	4.5668	3.82265	3.56838	4.53952	3.60971	4.8972	3.91805	7.88485	2.63384	7.006	2.15692	5.27916	5.42171	6.48478	6.51015	2.67626	5.12902	10.18272	4.41405	5.28901	6.81828	4.61333	3.49008	5.93525	8.09198	3.35763	12.14439	5.81478	4.88691	2.51659	6.30807	5.66999	4.85641	8.04768	11.96246	8.48796	8.51113	5.69846	7.78553	5.44891	4.65399	7.33421	4.91256	5.39435	4.4337	3.23435	4.7227	3.32212	1.93881	2.72964	4.43137	3.03784	4.51394	3.66	4.32484	1.39965	3.63219	6.43059	5.8256	4.13935	4.82415	2.18625	3.77804	7.97721	4.65458	2.72061	6.12068	3.16092	4.45983	4.31674	5.52817	3.05967	7.13076	4.81356	5.28549	7.03365	9.96223	9.9396	4.53108	3.50483	5.55367	4.45563	2.51276	5.26351	2.60137	7.27378	6.57944	6.91772	9.89877	6.89684	8.08217	7.18912	6.33867
DG 38:6	1.35516	2.15374	0.54881	2.03469	4.38274	2.44582	1.30047	1.2596	1.74309	1.23439	2.24779	1.28304	1.80796	1.79383	3.409	2.52315	3.66926	0.79526	1.75493	3.7852	3.79643	2.54255	1.50334	1.68791	5.70631	1.92325	3.01896	4.29541	2.01271	1.01069	2.47349	4.21025	1.75354	7.58515	3.3493	3.27859	1.11194	3.92755	5.73294	3.60397	2.56578	8.68839	5.55487	5.16374	4.98614	3.78123	2.48193	2.55607	4.26506	4.06557	4.02683	1.54838	0.75774	0.88331	1.10847	0.72226	0.69996	1.74811	1.13759	2.46545	1.68039	1.38988	0.41881	1.35575	2.22475	2.09166	1.26385	3.65506	0.96863	2.01172	3.98694	2.10821	0.94625	5.13282	1.16062	1.57482	1.54561	4.27436	1.52975	7.8914	2.45267	1.46325	4.70729	4.82692	4.59119	3.31725	2.95846	3.75797	2.93265	2.70302	5.51229	3.55755	3.2993	4.95008	3.27419	4.1296	3.68177	4.08991	3.93459	2.81556
DG 18:0_22:4	0.66597	0.88947	0.65267	0.96359	1.00067	0.62518	0.99998	1.65064	0.86373	0.88551	0.74378	0.84938	1.5805	0.98175	1.91973	0.50258	1.22829	0.64723	1.67439	1.05269	1.96177	3.49041	1.76846	2.15858	2.45642	1.53592	1.3847	2.22284	1.54044	1.3072	1.2923	2.37632	0.81083	1.72608	1.25842	1.50585	1.04311	2.10678	1.02025	1.30349	3.34571	1.88188	1.83584	2.03475	1.8008	2.65891	2.31913	2.29596	2.26007	1.31275	2.04079	0.87824	1.04637	1.90433	0.58818	0.62116	1.00336	0.85429	1.1373	1.36412	1.2821	0.68304	0.45478	1.45149	2.63708	1.98767	1.78726	1.5739	1.02386	0.72078	2.14705	1.63905	1.25421	1.65368	1.72793	2.07101	1.96704	1.22494	1.03867	2.05027	1.15807	1.76587	2.20713	2.45142	2.4393	1.75895	0.86519	2.35372	1.64338	1.23767	1.48691	0.70978	3.83362	3.4555	1.82848	2.21926	1.50041	1.65531	1.45751	1.50723
DG 18:0_22:5	0.37494	0.5154	0.24391	0.61827	0.51897	0.57075	0.6245	1.2471	0.51821	0.55258	0.37783	0.5623	1.1115	0.5871	0.82565	0.23993	0.90208	0.33586	0.80961	0.83293	0.9422	1.33866	0.74756	0.77788	1.06641	0.52411	0.59869	1.7524	0.6129	0.7442	0.54652	1.23272	0.56762	1.13419	0.8681	0.78489	0.44158	1.38478	0.78528	0.8756	1.83278	1.35671	0.86338	1.12299	1.38441	1.11163	0.94162	1.19745	1.38471	0.54158	1.05914	0.2993	0.91531	0.77703	0.29827	0.44041	0.55875	0.71098	0.48972	0.96526	0.45994	0.27187	0.30675	0.68116	0.74145	0.67579	0.76115	0.58241	0.46076	0.4136	1.06139	0.89354	0.46951	0.75825	0.87795	0.81806	0.7917	0.94306	0.56473	1.28417	0.69631	1.25961	1.24407	1.01742	1.44561	0.9481	0.49112	1.52438	0.57808	0.69435	0.6798	0.59499	1.85481	1.86305	0.77938	0.8942	0.70316	0.79472	0.54616	0.65549
DG 40:6	0.44508	1.01598	0.33009	1.16871	1.18537	0.88678	0.72475	0.90234	0.57341	0.65134	0	0.57133	0.84616	0.63553	1.57801	0.67351	1.76128	0.43555	0.92814	1.71357	1.89226	1.27903	0.73491	0.9519	2.44655	1.11605	1.39199	1.52364	0.88119	0.60828	2.08714	1.43109	0.7307	2.74135	1.80264	1.19547	0.63755	1.87575	2.12481	1.4902	1.88225	4.84348	2.13541	2.32866	1.77587	1.86796	1.33035	1.79546	2.01838	1.46281	1.47723	0.75265	0.61127	0.70542	0.39456	0.35066	0.59044	0.4726	0.38288	1.06563	0.99983	0.92909	0.22289	0.8772	1.43916	1.36881	0.87849	1.13625	0.42326	1.3591	1.77096	1.01708	0.61983	1.60681	0.5491	1.03294	1.06485	1.70537	0.79522	2.75424	1.23008	1.1591	2.28948	2.90644	3.55237	1.86354	0.88304	1.99028	0.76962	0.92707	1.57193	2.40292	1.8177	3.43831	1.80947	2.65347	1.87964	2.07893	1.83776	1.7325
PC 14:0_16:0	3.49829	5.69089	5.54973	5.86947	3.55962	3.17295	8.14459	3.81523	4.01703	9.463	3.78527	12.2442	6.68856	5.1258	6.65195	2.8974	6.04122	5.44003	4.96614	6.51591	10.59451	6.6547	6.05425	6.32465	14.14026	8.12585	6.27209	8.2388	7.81522	8.06233	5.58013	15.3911	4.89644	4.98843	5.01854	6.15145	7.31786	8.23332	4.40361	5.54768	8.19445	5.8983	8.31318	9.77766	8.39926	8.77241	10.30389	18.12746	8.62112	4.14731	7.41227	4.07499	5.86335	4.68681	5.96131	4.99689	8.73872	3.5438	4.40729	7.32851	7.69123	3.47323	2.07389	7.81342	7.05638	7.51186	12.05297	5.22818	2.97583	6.16352	12.23118	6.46109	8.25255	6.87141	5.90215	8.94913	9.35472	6.4614	3.88941	5.28913	5.50066	6.35409	8.3335	7.19966	6.26496	7.05286	3.11303	6.73702	4.89343	4.88343	6.803	2.40198	13.14347	6.87003	8.2617	10.78849	7.92111	9.59526	7.60482	7.62175
PC 15:0_16:0	1.70104	2.06089	1.76087	2.00636	1.88626	1.46208	3.38089	1.20152	1.64857	3.88836	2.31798	4.96658	3.10086	2.91011	1.99447	1.20407	2.02299	1.74292	2.53342	2.44985	4.33865	2.62046	2.83381	2.59451	4.4354	3.17842	2.335	3.12324	3.85183	2.7906	2.43865	5.61221	2.13656	1.74839	1.87036	2.15621	2.92894	3.38506	1.89387	2.31207	2.38325	2.03239	3.50491	3.16417	3.93896	3.48748	3.87542	5.80652	3.12033	1.65618	3.0464	1.95779	2.28039	1.87395	2.33037	2.39026	1.97828	2.26832	1.8101	3.3445	2.72104	1.38982	0.86722	2.77232	3.86411	2.01673	4.68905	2.50076	1.29225	2.37054	3.55003	2.90806	2.94588	3.06833	2.17947	3.76146	3.67852	2.88466	1.77845	2.33182	2.06041	2.53107	3.90686	2.29013	1.14827	3.06129	1.24403	2.02943	2.33982	1.77211	2.71203	1.10717	5.0215	3.08814	3.38748	4.22106	2.99363	4.2382	3.24322	3.1478
PC 16:0_16:0	34.48949	55.11992	37.50261	59.00426	53.747	39.51964	62.50962	50.36331	51.9418	65.74714	59.05969	61.94422	67.00951	69.04867	46.85674	31.26341	55.06005	40.3219	54.1546	51.88215	66.52037	60.3127	46.90428	52.13504	73.79681	62.0556	47.34064	62.45954	55.81784	51.33849	43.5812	84.06195	41.14513	45.96435	51.66871	51.17156	53.3837	62.25598	42.12422	46.53427	75.04423	51.95317	61.30484	62.7881	62.55392	57.26825	53.43019	74.64989	55.12699	42.49935	45.91151	63.79622	53.82631	56.13157	65.86794	44.67588	57.87681	44.57845	37.3771	51.80198	55.18318	42.40373	22.83455	56.65044	60.36707	57.68641	70.80182	48.98067	26.53026	39.94641	68.47146	55.81395	56.63401	48.65838	43.20963	55.04855	54.62005	52.08291	39.32262	43.885	44.89514	67.88365	59.88508	60.37668	52.91467	51.58864	31.40222	46.13314	66.88012	37.82604	48.4169	19.81193	74.62553	52.62703	71.06864	90.526	69.07169	81.6532	66.14847	69.32968
PC 16:0_16:1	9.71133	14.95978	14.0431	25.43219	19.93469	12.22878	24.65429	15.99562	17.21013	25.25021	18.89393	26.38552	20.84155	19.55459	17.62247	8.35258	16.54187	13.57424	20.10632	18.48043	28.45742	17.7881	17.47316	21.13814	33.09201	24.77632	17.40391	20.38785	21.7694	25.33975	21.37328	29.6181	13.58194	13.97968	17.49881	12.60701	17.8124	17.44979	11.1544	13.45168	24.51621	16.88652	20.03047	21.273	19.49225	19.96055	25.84484	36.20366	17.70943	15.49035	14.8081	17.45702	15.34355	23.10751	23.29524	12.98332	23.45881	14.98866	11.43867	15.83929	21.95612	13.9529	6.13303	16.99516	20.67412	25.04969	32.56713	11.45405	8.79557	16.52917	29.75479	23.02059	20.68649	14.9788	14.58054	26.45867	26.0182	13.43847	14.60602	12.56094	11.92725	17.46115	22.06147	23.71823	25.37254	15.85072	6.43379	17.64146	19.75338	10.26666	15.35217	5.70449	33.75824	15.93317	23.00521	27.98197	21.86718	28.63609	23.44459	25.66343
PC 16:1_16:1	0.40774	0.84199	0.85672	1.14433	0.70109	0.79115	1.07228	0.75096	0.67423	1.29497	0.6313	1.13362	0.69322	0.77346	0.92345	0.51158	1.20235	0.89431	0.79	1.80549	1.71834	1.11841	1.00505	0.85775	3.15668	1.28778	1.26095	1.45679	1.03474	1.54344	0.81126	1.80532	0.8707	0.65637	0.69688	0.74859	1.05071	1.0278	0.92927	0.66362	1.22857	1.17511	1.3869	2.05461	1.10004	1.1486	1.80863	3.07801	1.27967	0.52119	1.15833	0.35248	0.79728	0.63468	0.69645	0.82747	1.26899	0.43496	0.64347	1.08539	1.20763	0.55239	0.24015	1.25818	0.74122	1.12734	1.72417	0.55782	0.38697	2.13909	2.53711	0.95494	1.13057	1.34029	1.38455	1.21698	1.34125	1.04814	0.51168	0.80345	0.71404	0.83119	1.18842	1.14561	1.33631	0.72828	0.306	1.21486	0.55776	0.64286	1.34528	0.25285	2.20728	0.97072	1.10945	1.34072	1.07047	1.28928	1.05441	1.10581
PC 16:0_17:0	0.70956	0.99926	0.72704	1.03161	0.92724	0.72316	1.30383	0.6404	0.70029	1.56706	1.21475	1.70851	1.47828	1.36499	0.73056	0.81291	1.09742	0.64692	0.93159	1.43943	1.47369	0.88448	0.81552	0.75558	2.01713	1.27469	1.06233	1.67426	1.29016	1.11885	0.85651	2.47028	1.00166	0.71363	0.75874	0.96796	0.83514	1.41864	1.02304	0.97516	0.95301	1.00984	1.3648	1.27848	1.46326	1.39746	1.29735	3.24528	1.5992	0.68135	1.16567	0.7979	0.97125	0.75811	0.86859	1.1208	0.83422	0.93821	0.70333	1.11609	1.10366	0.70946	0.33987	1.12012	0.88242	0.63331	1.17717	1.16938	0.66138	1.38807	1.48014	0.96229	0.8122	1.28001	1.05989	1.29436	1.26594	1.09295	0.55635	0.98768	0.85023	1.03107	1.42307	0.89654	0.57279	0.89478	0.57811	1.30298	0.83544	0.51265	1.12716	0.42021	1.97332	1.30833	1.2487	1.55536	1.05172	1.53007	1.15308	1.17784
PC 15:0_18:0	0.83674	1.11096	0.74138	1.01456	0.8983	0.80402	1.43772	0.87438	0.70251	1.46472	0.96144	1.82487	1.29069	1.52875	1.0265	0.64199	1.21972	0.77769	1.31682	1.23574	1.80542	1.50701	1.20427	1.10872	1.83101	1.33119	1.16762	1.64828	1.46997	1.35329	0.9506	2.06326	1.15288	0.88159	0.97664	1.07537	1.24093	1.6474	1.01168	1.05053	1.39956	1.01682	1.63152	1.47674	1.70692	1.43214	1.60458	2.27002	1.50074	0.71256	1.57602	0.94327	1.15221	1.13927	1.06456	0.93018	1.08653	0.74306	0.74332	1.38303	1.16954	0.94245	0.43286	1.34595	1.67963	1.07872	2.32843	1.13665	0.64833	1.12277	1.57272	1.33205	1.50206	1.34334	1.04145	1.62464	1.54638	1.24039	0.77045	1.15933	0.961	1.42914	1.76004	1.09713	0.77468	1.26041	0.59571	0.99729	0.92221	0.82622	1.0997	0.36441	1.8736	1.42068	1.76816	2.30217	1.51513	2.00302	1.54369	1.5893
PC 15:0_18:1	2.0544	2.75854	2.53431	3.31927	2.96513	2.14665	4.05817	2.1419	2.1148	4.82751	3.15724	4.71188	3.45234	3.33159	3.01032	1.99602	3.13382	2.45853	3.37164	3.99158	5.53783	3.05792	3.05502	3.13347	7.09287	4.52214	3.54744	4.88442	5.01437	4.11658	3.37298	7.4059	2.93293	2.12723	2.08494	2.39213	2.82723	3.60558	2.35696	2.65047	3.00214	2.85199	4.43179	4.41696	3.96295	4.93331	4.96108	9.41211	4.1876	2.07865	3.39912	1.98726	2.2626	2.33588	2.23976	2.7819	2.86668	2.38314	1.61656	3.69308	4.18301	2.5314	0.83663	3.65575	3.7329	3.54324	5.30595	2.55539	1.75671	4.6942	6.20834	3.67075	3.64481	3.70437	3.15306	4.47312	4.53212	2.77773	1.90123	2.83424	2.18231	2.64859	4.84149	3.1872	3.11798	2.89906	1.18229	3.38501	1.97184	2.22363	3.5677	0.95365	5.3676	3.14412	3.86318	4.44346	3.2461	5.04508	3.83166	4.10862
PC 16:0_17:1	0.19481	0.32488	0.25696	0.25208	0.36395	0.24006	0.34389	0.13979	0.33944	0.48416	0.47559	0.65632	0.35375	0.36295	0.23146	0.27247	0.30783	0.25365	0.22858	0.44946	0.37467	0.16911	0.2857	0.19797	0.63226	0.33316	0.30064	0.34313	0.39278	0.30827	0.22723	0.89263	0.24381	0.14656	0.20311	0.31007	0.28071	0.30244	0.33906	0.27143	0.18984	0.39309	0.41242	0.49836	0.31033	0.51767	0.34862	1.38124	0.48154	0.20692	0.32321	0.28644	0.18915	0.14923	0.23723	0.42986	0.22711	0.45823	0.34245	0.33333	0.29308	0.18415	0.12595	0.34383	0.20741	0.11565	0.27219	0.4667	0.22242	0.47821	0.48114	0.22971	0.21574	0.41306	0.37048	0.3711	0.42568	0.35158	0.13876	0.36856	0.25461	0.2096	0.29945	0.24343	0.13042	0.22162	0.20202	0.4169	0.33668	0.14407	0.38785	0.26824	0.51683	0.39568	0.3628	0.39853	0.29526	0.41997	0.34512	0.34658
PC 15:0_18:2	0.44644	0.55963	0.67473	0.43388	0.9037	0.95594	0.62705	0.56029	0.67914	0.65973	0.86246	0.74648	0.76467	0.96026	0.32147	0.69949	0.6473	0.72799	0.46438	1.1927	0.56683	0.29945	0.58559	0.21621	0.5877	0.29733	0.71674	0.82332	0.42552	0.70831	0.15408	0.53246	0.66976	0.16406	0.21485	0.25202	0.74162	0.58143	0.5252	0.38914	0.40191	0.45241	0.58771	0.4552	0.43743	0.45391	0.38706	1.58177	0.46895	0.09166	0.40073	0.32031	0.51655	0.30433	0.49855	0.81925	0.56224	0.57441	0.62469	0.48319	0.29073	0.29267	0.27734	0.47696	0.26281	0.20794	0.50005	0.36278	0.25422	1.42487	0.56888	0.51539	0.43573	0.51924	0.91955	0.69931	0.73389	0.53031	0.25152	0.42627	0.39614	0.52681	0.78189	0.26199	0.3785	0.15719	0.2031	0.70979	0.41189	0.18842	0.33261	0.18965	0.74402	0.38489	0.41329	0.33641	0.37566	0.37341	0.29751	0.35264
PC 16:0_18:0	8.06493	10.46971	7.81361	11.06113	9.27155	7.8532	11.65915	12.40822	7.95681	9.98261	8.72753	11.50453	11.64255	12.92305	12.35791	7.29002	11.75959	7.80169	11.81019	12.15826	14.23151	17.37059	11.18315	11.72002	17.82123	12.56764	12.76047	14.80943	11.687	12.72046	10.52824	17.36052	9.36068	11.56367	11.16821	10.97128	11.29838	16.11011	10.44625	10.73806	19.56248	13.49592	15.42741	15.0373	14.12368	14.07404	12.63709	17.58642	14.64999	8.99071	12.35572	9.25017	11.08006	13.65065	9.69363	7.1633	14.56404	5.52091	6.49904	12.1902	11.62403	11.26132	3.68623	14.07946	15.94825	16.12885	20.04771	12.18685	6.63206	10.85461	16.61487	13.00823	16.5363	13.72895	11.1995	14.06304	14.58077	11.74783	7.86438	10.79194	8.30703	16.75884	13.63841	14.4583	15.9589	12.21454	6.82993	13.78802	9.44118	9.18182	10.09226	2.83133	15.75118	16.01725	19.60098	25.69094	16.88668	20.58862	16.44956	18.27175
PC 16:0_18:1	98.42759	146.45001	128.57254	157.04082	189.73584	115.9263	147.58333	135.06867	169.3032	172.62032	239.11972	124.16954	191.58559	205.99071	144.58441	115.51646	143.54647	127.31993	143.66349	150.05097	170.86544	141.75778	122.71762	134.69085	238.30862	175.95046	143.5435	167.28279	163.76955	134.06846	140.36332	281.70351	116.04267	120.91572	113.14339	113.15671	132.23974	131.90956	107.97548	117.35135	147.31294	144.88327	164.16972	170.85087	140.58522	161.57486	129.77258	214.53523	153.40047	118.54012	111.54588	161.24818	114.1881	136.36622	164.95465	149.11889	165.12533	141.15596	99.51703	135.10567	159.10079	136.8231	53.34837	145.96976	132.28754	192.41517	154.89691	157.73484	95.05907	174.03339	207.0994	146.40899	156.94709	137.70912	137.37028	136.67139	142.28335	106.93552	93.15634	113.90853	97.85854	122.13752	144.26927	158.11846	206.66857	118.56267	67.13098	151.07785	143.92702	114.30218	134.66355	41.79905	154.26096	123.39953	168.42369	182.12958	150.41097	187.89493	149.39988	166.42042
PC 16:0_18:2	63.83739	123.1393	104.40948	116.25766	133.74181	118.53933	101.34591	113.57628	107.57448	119.36115	131.78106	78.13566	97.5841	117.44969	88.32622	106.72945	133.05394	113.99983	80.39667	162.17133	131.20708	114.82086	92.14839	80.54598	199.97974	125.75745	130.96784	154.22152	99.93641	82.55714	81.25783	182.70906	82.05854	69.23103	73.3022	98.03282	120.81869	89.95257	114.23786	93.30685	106.97732	120.42694	148.53897	148.3253	111.18226	116.55542	88.50921	189.00721	106.72791	58.90294	86.47276	75.79947	97.23796	64.31121	102.52596	113.10536	125.90552	62.36724	82.97794	95.3618	114.20265	81.66178	38.99583	119.59494	68.51958	120.04683	101.62306	90.68739	70.24212	160.54544	161.55514	86.19809	120.17593	125.74345	120.87607	91.5607	97.33035	87.86184	54.73612	85.30047	80.45788	92.81449	100.05065	106.58112	161.17541	76.61596	42.60055	146.59313	80.37034	98.06447	122.82377	30.00401	109.58499	96.36901	117.72434	131.1028	107.57851	123.61764	93.14635	104.82925
PC 16:0_18:3	0.92911	2.26074	1.55467	2.13544	1.73718	1.77038	1.93881	2.39515	2.02535	1.95067	1.42299	1.40234	2.39022	1.75732	1.53947	1.58511	2.8862	1.6536	1.44903	3.58545	2.66451	2.08925	1.47145	1.23062	7.48251	2.42461	2.77358	4.44363	1.59668	2.3211	1.34014	3.85171	1.58693	1.01319	1.06119	1.36344	1.6299	1.63652	1.55292	1.33677	2.30836	2.29384	2.85359	4.73832	2.59129	2.24216	1.97865	6.67829	3.04528	0.72123	1.78324	0.82108	2.03757	1.36039	1.26242	1.72933	2.53991	0.87363	1.20807	1.94911	2.05205	1.60295	0.6237	2.66155	1.08974	2.19279	2.46095	0.96879	0.9164	4.02102	5.9239	1.84586	2.46562	2.44901	2.53737	2.15599	2.44309	1.86345	0.98268	1.38544	1.47841	2.30275	2.19221	1.81644	3.9387	1.10679	0.55252	2.91892	1.13656	1.46169	2.04245	0.36558	3.43519	1.63149	2.03244	2.44659	1.71235	2.09161	1.58411	1.81288
PC 16:1_18:2	0.30301	0.56965	0.6037	1.37252	0.7865	0.8964	0.86858	0.93507	0.58532	1.1247	0.63003	0.8066	0.47647	0.75807	0.65983	0.39931	0.80352	0.66687	0.89269	1.70828	1.53023	1.32819	0.76641	0.95881	2.69276	1.5035	1.24033	1.24435	0.95099	1.22942	1.03137	1.0903	0.77954	0.54395	0.80361	0.49996	0.77863	0.72381	0.88488	0.49331	1.30968	0.95468	1.24205	1.5782	0.91036	0.96506	1.55251	2.13315	0.76155	0.6649	0.93964	0.33452	0.65288	0.67539	0.83774	0.59758	1.14	0.41057	0.46335	0.71253	1.39222	0.54907	0.19822	1.0025	0.62016	1.22615	1.64473	0.33738	0.29158	1.65471	2.15681	1.12869	1.24222	0.96224	0.90352	0.88874	0.96124	0.61405	0.518	0.63689	0.51721	0.68543	0.96927	1.29475	1.59704	0.75896	0.16493	0.84677	0.58036	0.69459	1.08405	0.18463	1.93458	0.83038	0.99892	1.32899	0.96276	1.20513	1.06634	1.08729
PC 17:0_18:1	0.76938	0.71947	0.80881	0.77864	1.19142	0.86642	1.01994	0.48708	0.68905	1.60525	1.49655	1.41596	1.28754	1.71124	0.76635	0.79404	0.7666	0.72446	1.0382	1.04662	1.08378	0.54751	0.75745	0.59225	1.20472	0.92295	0.84445	1.09463	1.26632	1.31079	0.83476	2.2503	0.99744	0.48902	0.48029	0.63922	0.68607	0.99345	0.72506	0.64694	0.47345	0.97616	0.97185	0.97024	0.8849	0.98848	1.06886	2.5088	1.23995	0.59868	0.84439	0.75074	0.75315	0.7487	0.79976	1.42102	0.75533	1.07536	0.61101	0.89536	0.87152	0.84145	0.31545	0.88272	0.73193	0.57779	0.87536	0.9446	0.63925	1.72447	1.02551	0.98408	0.67322	0.80021	1.00053	1.00021	1.02867	0.56003	0.41012	0.8333	0.55084	0.68208	1.17813	0.71711	0.56501	0.58358	0.38759	1.03902	0.61748	0.46435	0.8381	0.29115	1.37473	0.7871	0.88898	0.95268	0.88989	1.16867	0.95541	1.00004
PC 16:0_19:1	2.29404	3.01455	2.63377	3.09532	2.87571	2.34453	3.53153	2.76012	1.92945	4.00427	3.26337	3.28617	3.61973	4.07346	3.05692	2.27951	3.40064	2.41628	3.52487	4.05206	4.52914	3.34421	2.84653	2.79687	6.59067	3.94979	3.72217	5.03742	4.50648	3.56866	2.86317	6.29172	3.26108	2.2867	2.12962	2.33702	2.74686	3.56197	2.54352	2.66207	3.03532	2.74432	4.5507	4.32203	3.85738	4.26233	3.822	7.48777	3.94045	1.80496	3.54823	2.22514	2.41383	2.69315	2.13989	3.00504	3.63916	1.83423	1.6308	3.80841	3.61836	3.546	0.94421	3.51422	3.70109	3.77442	4.94771	2.7524	2.04186	5.16432	5.29376	3.6268	4.24438	3.72095	3.53369	4.26768	4.24433	2.79879	1.70145	2.90675	2.3042	2.63511	4.35111	3.04443	3.85678	2.86322	1.18234	3.52223	1.59834	2.48143	2.94914	0.70101	3.8519	3.49824	3.7568	4.12136	2.91724	4.53935	3.17824	3.60889
PC 17:0_18:2	1.20392	1.64223	1.68879	1.36981	1.98538	2.3522	1.67154	1.79031	1.28039	2.03177	1.92919	1.48709	1.45114	2.37321	1.1322	1.82968	2.06297	1.78346	1.39256	3.82871	2.56907	1.65231	1.51638	1.07555	3.16368	1.65922	2.48194	3.40559	1.55251	1.68754	0.82637	2.40907	2.07476	1.0056	0.94605	1.31041	2.03751	1.92906	2.20137	1.73624	1.75108	1.82838	3.15571	2.50465	2.26853	2.1776	1.54636	4.35035	1.87866	0.56771	2.37998	1.11155	1.39344	0.79056	1.44856	1.80909	2.32205	0.79239	1.34022	1.88841	1.62213	1.38125	0.6795	1.96075	1.29416	1.51359	2.20201	1.46016	0.97395	3.97581	2.73899	1.45993	2.21099	2.48555	2.32427	1.84989	2.16477	1.79971	0.80941	1.77228	1.63056	1.51063	2.17033	1.56362	2.24683	1.58226	0.6551	2.50988	1.05331	1.58562	1.96813	0.50785	2.35011	2.0054	1.71271	1.91526	1.51327	1.79399	1.26086	1.49886
PC 17:1_18:1	0.90881	1.23148	1.13958	1.11224	1.38153	1.61597	1.36281	1.04228	0.78049	1.89309	1.24964	1.58989	1.01645	1.65468	0.8283	1.35545	1.54917	1.235	1.15876	2.89154	2.02365	1.12191	1.2295	0.84384	2.8023	1.4826	1.94024	2.22502	1.60384	1.49366	1.02546	2.47344	1.51631	0.72222	0.74114	1.0813	1.30925	1.53985	1.70958	1.22972	1.12139	1.60089	2.20908	1.83915	1.62359	1.86077	1.58584	5.1963	1.68629	0.68155	1.775	0.64003	1.1947	0.70878	0.87049	1.65119	1.38164	0.70696	0.83808	1.18766	1.28921	0.97003	0.38052	1.78179	0.91613	1.12201	1.58434	0.9815	0.83292	3.37327	2.16702	1.16437	1.35565	2.13086	1.84597	1.43217	1.60287	1.14287	0.55885	1.30882	1.0032	1.16428	1.56133	1.14729	1.2795	1.07806	0.46215	2.02409	0.63244	1.00169	1.81594	0.40974	2.50823	1.52851	1.58462	1.66759	1.35042	1.79681	1.34025	1.4175
PC 18:0_18:1	30.25204	36.03636	36.72501	44.64132	43.47728	30.99991	40.61342	45.79572	35.24512	41.88039	52.318	33.28467	47.51592	54.90748	48.60387	29.95823	39.41459	35.56202	42.16936	43.58423	48.05726	47.58333	41.76747	42.20071	75.81491	50.33474	43.79382	56.98093	48.36092	48.31933	45.58677	74.24604	37.13428	40.06411	34.3766	32.20114	39.95401	46.41345	29.73293	33.88074	52.29836	47.41153	51.18722	56.43339	46.80696	55.16148	46.54244	72.18053	48.24709	32.58823	39.27017	40.05938	35.49397	48.37953	36.69311	35.06655	57.34276	27.08878	28.25764	45.81963	46.86285	52.15791	14.26972	47.73544	52.18254	68.07432	61.95255	42.12755	27.34779	56.67159	66.58285	47.87525	60.44558	46.94366	45.3368	56.78792	57.21554	35.90766	27.61428	33.48022	30.98989	44.35218	45.3599	54.12962	74.82093	36.25149	19.54846	54.65656	33.31439	37.01442	37.29182	10.51031	47.83773	50.40542	52.90775	60.20756	45.41842	58.76088	42.32236	50.35297
PC 18:1_18:1	13.54413	18.68789	16.61989	23.65963	22.88004	16.26684	26.85471	24.71498	17.41095	23.42409	21.64305	22.99448	23.19829	32.05111	24.48913	14.29466	22.52268	17.23875	26.51209	24.69843	33.25093	27.74356	18.64026	27.97455	43.433	32.74764	24.53867	34.52397	26.51475	24.43689	27.03249	36.57915	20.94386	23.7015	16.17289	16.52903	19.89731	25.26003	16.5632	18.1208	36.5232	21.3091	25.57194	31.5099	27.88529	25.76834	27.967	39.02305	22.61402	21.2961	21.29615	23.70838	22.95937	29.51301	27.75113	16.469	35.62232	11.75136	12.24514	20.02799	28.71425	26.53938	7.33588	28.8347	29.23342	39.1519	39.48152	15.02541	12.2623	28.97818	36.99705	23.15394	35.18753	19.73166	19.84799	25.48949	25.01723	15.82898	17.8104	16.36227	17.19797	29.95837	24.26065	34.97658	44.85395	23.37845	7.56743	26.83098	17.37333	20.81505	20.36037	4.4394	30.27249	22.22244	30.20964	35.33516	27.42069	35.78124	27.69513	31.4039
PC 18:0_18:2	41.2018	67.83687	64.36869	70.91514	76.34921	74.34626	62.23061	78.91509	61.54842	74.11403	79.00089	48.56409	55.95827	76.6565	60.51146	60.79483	75.48589	74.69927	52.44424	111.44335	89.88481	86.15906	60.66731	57.96569	145.62199	87.30062	88.87412	109.30028	70.68675	57.76796	56.91792	122.04552	59.19322	56.20122	50.44876	58.59842	76.02544	69.16841	77.93743	69.20266	80.35143	85.93444	110.87232	112.22051	83.9276	87.85847	65.44657	125.77203	76.09571	39.60679	73.70605	51.4637	62.43977	43.94453	61.28593	64.81744	94.98451	32.40033	54.96279	70.37106	78.84133	63.93409	26.31359	88.15218	50.75629	89.43978	71.42991	65.02066	47.2314	111.0667	118.48207	57.98529	96.23079	100.27135	79.11637	67.6099	73.99621	62.94923	36.20685	61.5741	59.75075	68.82123	68.58996	84.4221	112.13403	62.60891	28.47047	100.74217	50.96208	81.39455	92.40406	19.6289	78.42979	81.53169	82.37501	91.70922	75.8156	83.36374	61.69924	68.28931
PC 16:0_20:3	14.81417	28.14014	21.42796	33.8359	33.84256	22.12002	24.79213	32.14104	24.56802	31.60759	29.19892	19.08278	31.26471	22.91431	26.55954	25.59461	35.20122	23.2194	24.6487	37.74744	31.75505	35.51729	24.03295	24.40713	88.26447	44.12197	38.62049	31.85037	28.57219	28.05816	30.7039	59.05283	23.89663	22.21511	21.97333	22.32749	22.23938	23.5433	23.91955	19.90247	28.9384	39.01377	47.74436	66.85592	20.3779	38.47947	28.81089	55.35266	45.9219	19.05413	25.47594	16.62065	19.09593	16.00715	13.40471	27.93258	30.21673	15.14255	12.81353	30.32879	40.11814	34.09298	8.31693	27.16638	21.93598	33.1412	23.63896	26.2977	15.28088	57.95028	68.11446	22.52457	30.09688	40.66118	28.58159	26.65941	29.3469	29.29054	14.47031	23.88982	22.26208	18.40574	30.58167	35.70739	46.51828	18.98926	11.21821	40.07058	13.09308	25.34396	36.15445	9.85309	32.75649	29.95933	33.54771	41.83541	31.10723	37.08862	27.06279	31.49477
PC 18:1_18:2	10.44484	16.07579	17.66423	20.47247	15.02703	20.86475	21.05644	22.20917	14.28897	19.97433	15.51119	19.25604	14.55036	24.58433	18.18239	11.4503	21.2883	20.26824	18.16054	31.76542	33.0863	26.76453	17.55548	20.05126	39.72627	26.25516	25.36003	35.47726	20.67981	18.35277	16.17336	29.71533	18.65129	17.30726	14.01178	14.92558	23.93137	22.97656	20.16502	15.43095	31.17578	20.91944	26.30245	29.1448	26.64503	20.047	23.25561	34.91309	19.85088	11.46895	21.66883	14.4909	24.45	17.09628	23.68389	16.05683	34.19873	5.4468	13.21823	18.527	23.47282	17.76367	6.45142	29.8925	20.04827	28.88215	30.38269	9.38503	9.57313	33.9594	34.064	19.89145	33.89649	19.78789	21.42155	18.7568	19.08942	15.79701	12.04503	14.59151	15.53302	29.11937	19.36263	27.40881	39.02453	18.60518	4.90134	23.17555	12.0245	21.60951	20.60388	3.2599	25.10791	18.27004	22.8337	26.57413	21.61072	25.16572	19.21074	20.81081
PC 16:0_20:4	56.70281	84.1479	66.00833	91.31302	128.9911	58.52942	89.00492	80.39165	75.46487	106.78345	123.41419	56.77074	92.22451	114.82284	88.61004	77.42498	93.49755	65.67819	93.61815	70.82964	94.18753	79.38621	67.04489	73.66982	114.85331	76.18252	94.74391	83.07657	87.1652	74.20039	87.53987	115.00283	74.97774	57.53739	67.84794	68.42187	80.21246	80.50235	50.87238	61.38275	86.62131	75.33808	106.59772	87.05075	61.861	85.9073	65.54891	83.54983	79.67507	61.52024	68.45831	94.76172	65.50079	77.2493	73.45944	69.47	75.93021	74.01865	51.03132	82.0247	69.64275	92.66055	28.36526	68.74526	82.29807	70.25564	73.34805	92.81543	45.24003	83.91669	100.51432	71.3	79.56809	74.30312	73.64421	78.71632	82.23695	75.19632	39.06733	61.6847	53.7369	64.37816	84.31592	83.0667	88.5206	49.06856	43.65676	69.64	57.79804	50.48459	69.09074	23.19241	72.13518	66.78486	91.37778	98.70236	82.89001	95.12139	78.14545	88.41834
PC 16:0_20:5	4.26097	5.54007	2.4569	5.58972	3.86828	4.19902	5.39565	4.7102	3.08515	5.75276	2.74283	2.6613	6.94302	5.67686	5.29005	9.54397	7.88816	2.86129	3.14657	8.12778	7.42818	4.77452	3.72366	2.20683	14.17098	4.41981	7.39231	15.31942	2.87597	4.26574	5.23786	11.32402	7.34624	3.55346	2.99617	3.79116	2.89705	6.66814	4.66624	3.97087	4.03719	5.49479	7.76886	9.14796	8.83633	4.09369	3.86555	11.43456	10.50529	2.08791	7.74039	0.92418	2.67378	1.21405	1.80539	3.08207	4.47491	3.60038	1.56571	4.7212	4.08935	3.04342	1.36397	4.26706	1.68812	4.43014	4.90953	5.77625	2.95812	9.38972	10.87877	3.25238	4.13536	7.85088	4.97201	4.36751	5.3197	4.89795	1.40601	5.58904	3.95631	2.77131	7.04657	3.02114	7.78434	2.44678	2.53289	9.2754	1.68221	3.42843	6.62455	1.73076	4.77702	4.07058	5.80341	6.08799	4.1333	4.88064	3.47949	4.48675
PC 16:1_20:4	0.19748	0.25561	0.27702	0.76633	0.5158	0.22571	0.55227	0.40541	0.27179	0.86126	0.39807	0.51888	0.31831	0.48281	0.50837	0.17752	0.39241	0.27732	0.71042	0.41355	0.81424	0.64963	0.38132	0.64614	0.83137	0.70787	0.62539	0.41956	0.61057	0.8195	0.82758	0.50342	0.44661	0.30067	0.54448	0.27277	0.3736	0.45657	0.27133	0.24401	0.76976	0.37352	0.68619	0.63985	0.32493	0.59703	0.95116	0.70432	0.38949	0.53984	0.50003	0.32146	0.32122	0.56645	0.39881	0.23217	0.55352	0.35668	0.19883	0.3977	0.61823	0.51646	0.09947	0.37557	0.63895	0.57847	0.96753	0.19959	0.13544	0.47304	0.79547	0.64767	0.6199	0.36776	0.33634	0.67541	0.68228	0.33148	0.29112	0.27616	0.2586	0.35409	0.5881	0.70177	0.56722	0.3927	0.11369	0.31557	0.29638	0.27078	0.35522	0.10609	1.01706	0.45271	0.66785	0.85286	0.57577	0.68215	0.6654	0.74775
PC 17:0_20:4	2.09062	2.42103	1.88992	2.41624	3.27636	1.86578	3.29265	2.02998	1.28561	3.92164	2.67327	2.4062	2.52776	3.98118	2.58615	2.47189	3.0759	1.84956	3.62201	2.9327	4.10667	2.56217	2.42745	2.0929	4.26817	2.33862	3.39937	3.40087	3.50096	3.04614	2.5084	4.06043	3.76676	1.56812	1.87152	2.13785	2.64956	3.39917	1.92456	2.07998	2.59729	2.25915	4.5748	3.07304	2.3849	3.63615	3.10296	4.27575	3.29693	1.47797	3.83031	2.04487	2.04067	1.82632	1.54661	2.13405	2.26723	1.76017	1.39807	3.26569	1.97446	3.45239	0.76551	2.39003	3.34002	1.78943	3.5073	2.54347	1.36206	4.01819	3.45541	2.39683	2.68168	3.03034	2.68581	3.46653	3.54588	3.03647	1.08966	2.35072	2.04423	2.23662	3.77464	2.31731	1.90003	1.95351	1.20722	2.14927	1.12699	1.51533	2.61586	0.70287	3.19657	2.99835	3.00995	3.45113	2.47647	3.10543	2.34001	2.77377
PC 18:0_20:2	0.57821	1.01731	0.71106	1.09401	0.61023	1.09672	0.99465	1.36978	0.63795	1.06438	0.90794	0.60892	0.43658	0.69343	1.00744	0.93471	1.33709	0.79235	0.6285	2.14229	1.88517	2.01715	0.81435	0.95278	5.34376	1.78676	1.67408	2.1772	1.43597	0.91843	1.60854	1.55217	0.86227	1.24221	0.77221	0.80746	0.97878	1.2918	1.49795	1.46466	1.84273	1.95403	2.27124	4.38065	1.64311	2.64877	1.15942	2.52267	1.42418	0.94517	1.41823	0.48793	0.70295	0.61604	0.49411	0.53267	1.39369	0.27067	0.58365	1.23883	1.76708	1.25489	0.29108	1.18918	0.87225	1.66584	1.14461	1.1898	0.71007	1.84702	3.99564	1.03923	1.42198	2.66896	1.30737	1.00287	1.16414	1.47417	0.54421	1.27168	1.0595	0.90677	1.20441	1.91387	2.08638	1.23106	0.472	1.93277	0.63369	1.2238	1.96408	0.28307	1.40496	1.7178	1.73463	2.1435	1.53173	1.71423	1.13029	1.42193
PC 18:1_20:1	0.45727	0.50233	0.49799	0.63595	0.70897	0.50087	1.03685	0.77618	0.47633	0.59243	0.60749	0.73181	0.75038	1.06676	0.59507	0.46886	0.59921	0.54083	0.75506	0.68718	1.0669	0.64103	0.61326	0.80388	0.95301	0.88524	0.60025	1.30895	0.68864	0.74121	0.62925	0.79805	0.69309	0.61981	0.3889	0.37781	0.56964	0.80746	0.46522	0.6355	1.176	0.5917	0.52958	0.80626	0.89341	0.59034	0.81799	1.03692	0.53743	0.53819	0.61801	0.55654	0.74596	0.91282	0.87845	0.41825	0.98096	0.35532	0.32058	0.47467	0.80759	0.635	0.20067	0.81609	0.77104	1.01951	1.487	0.40281	0.33734	0.63775	0.87328	0.62082	0.82618	0.46225	0.5732	0.75246	0.7285	0.38793	0.53509	0.47077	0.4612	1.23297	0.7459	0.949	1.22927	0.66437	0.21985	0.76903	0.48121	0.43937	0.39545	0.12792	0.95114	0.61009	0.77423	0.82988	0.72139	1.11751	0.75508	0.85232
PC 18:0_20:3	6.92685	10.64719	9.27439	16.33294	16.45612	9.31233	10.80673	20.26284	13.2532	13.93857	14.72568	7.78689	15.19975	10.88505	14.32498	10.14695	13.39616	9.81377	13.08575	16.48747	14.98807	23.37697	12.42338	13.03209	51.49807	25.39563	20.2504	13.91013	15.52875	16.24773	16.77723	28.34154	12.33839	14.22562	11.8141	9.40929	10.15995	13.24446	11.29092	11.73936	19.03544	21.2876	27.10604	38.57845	11.15109	25.07164	14.5855	24.35224	25.68002	10.55135	14.91238	9.51992	8.67134	9.07302	5.38722	10.72943	18.27152	6.48288	6.6243	18.981	24.42686	22.19531	4.11433	13.14776	15.52261	18.32684	13.21392	15.94057	7.7543	26.6722	40.23785	13.50592	17.69107	25.98155	15.32436	16.71657	19.07874	18.55342	9.05505	14.19306	12.11151	10.0092	16.1273	22.62269	24.26102	11.78931	6.8218	21.7097	7.87875	14.24357	20.47031	5.32318	18.28582	21.76203	17.99763	22.51466	16.32603	19.15318	13.5947	16.29926
PC 16:0_22:4	2.94222	3.75492	3.82063	3.96587	4.26754	1.96856	4.22186	3.58139	4.0821	4.1733	4.61837	2.64516	4.92068	5.21316	4.1744	3.00345	3.60663	3.31422	4.3515	2.06236	3.50264	4.22649	4.43145	4.03518	5.81815	3.9769	3.87926	2.82462	3.27554	3.69982	3.91748	4.65167	3.48525	2.66534	3.07582	2.22507	3.55904	4.13943	1.68905	2.22915	5.16477	3.8498	4.89425	4.7684	2.27202	4.36453	3.42128	4.81211	3.57219	2.86492	2.72673	4.58706	2.65482	4.4256	2.72802	3.29575	3.32215	2.66363	2.54791	3.72275	3.24481	5.07693	1.3185	3.28984	6.21476	3.86227	4.81322	3.69712	2.22049	3.99525	4.6506	3.75555	3.16941	3.37597	3.63096	5.07172	5.44721	2.85016	1.91491	2.74705	2.47306	3.56782	5.59692	4.96758	4.92611	2.86035	1.36799	2.96324	2.37523	1.63536	2.37605	0.73595	4.22851	3.52414	4.64436	4.69732	4.29598	4.92252	3.90211	4.71046
PC 18:0_20:4	44.73689	54.27175	45.96462	61.46765	89.66626	42.91012	65.20325	66.22447	51.31343	70.7732	84.17478	41.21326	61.79218	83.52492	69.08279	51.31096	63.34575	45.42411	72.14064	55.33932	76.44771	72.65583	62.58207	61.33353	93.45957	63.04043	69.89581	63.89715	68.22548	62.79992	67.6308	88.12749	61.48611	53.63638	55.02389	55.54031	59.20516	71.29267	43.14842	54.44063	75.63806	64.59622	91.50189	71.99453	54.79379	77.54735	58.98328	65.20052	67.55788	49.037	65.68297	75.73752	51.33501	63.07672	55.23783	41.83309	65.7167	49.16331	42.62892	68.67018	54.06878	79.97818	23.6407	60.39763	78.18369	65.63742	76.1294	77.55008	31.99192	63.44429	80.95927	57.41288	72.68327	65.5345	59.04268	73.92724	75.41356	61.38322	35.02195	51.49756	50.17101	62.35986	66.90854	70.85274	68.43705	50.67916	37.76565	54.77156	46.48626	47.37722	59.13873	17.18642	65.14578	71.4638	74.78682	83.90012	65.37696	75.87792	60.23338	68.14152
PC 18:0_20:5	3.76113	4.39136	2.91287	5.33504	4.9295	4.15125	4.66285	4.65996	3.4162	5.16427	4.71583	2.69078	5.55601	5.62099	5.13248	6.79702	5.26661	2.94474	4.06306	6.55755	6.49607	5.35134	3.99156	3.65946	13.5835	5.10477	6.49521	11.26907	4.37883	4.46226	6.44191	9.64296	6.56409	4.46397	3.52991	3.35102	3.27237	6.09036	4.23718	4.2892	4.69024	6.71691	8.00885	9.00419	8.0447	6.47347	4.00969	8.72807	8.78629	3.50241	8.42355	2.58288	2.98113	2.80789	2.08974	3.17387	5.01057	2.64869	1.86814	4.91605	4.76019	5.74775	1.34896	4.41422	3.97661	6.11411	4.99815	5.77196	2.69416	7.53058	10.07981	3.95712	4.87943	8.54228	4.61142	5.5006	6.19398	5.13997	2.04362	5.69115	3.55618	3.42948	6.30446	5.66467	8.94668	3.34872	2.60273	6.81902	2.18636	4.00465	6.96945	1.55327	5.03104	6.27805	6.57556	7.32215	5.44877	6.13587	4.56592	5.60658
PC 18:1_20:4	11.70018	15.36829	11.60745	17.45498	21.60835	11.54912	18.28913	16.66191	16.87813	18.77596	21.76322	15.50103	22.9532	27.78565	18.8614	13.49302	16.86387	12.77476	19.81156	13.30808	20.57203	18.36332	14.02451	17.59539	25.09597	17.53835	17.42663	16.4904	17.68222	19.07961	21.93885	25.25224	18.20718	14.83831	14.69981	13.39514	15.90972	20.08493	11.20516	12.81074	26.48019	16.1231	19.50776	22.37489	14.76219	20.02205	17.7015	20.88343	19.14032	18.10605	17.25201	21.0977	16.75175	20.11592	19.53577	12.4114	20.08474	14.76478	10.15561	16.70122	15.49364	21.35725	6.91771	17.67126	24.67909	19.29755	24.47787	15.37617	7.41277	17.35299	22.06817	17.21024	20.43411	13.72735	13.89815	18.50386	17.90427	17.73852	11.79304	13.97455	13.59776	23.49747	20.12536	20.04456	22.04027	13.74437	8.47088	13.6936	14.81831	12.37103	13.0802	5.26687	20.39234	16.10974	21.22253	21.80045	18.75674	23.17709	18.15987	21.51379
PC 18:2_20:4	1.1212	1.66247	2.1431	2.06717	1.43232	1.84319	1.6202	1.80466	1.22802	2.23795	1.28751	1.37556	1.60107	1.83254	2.0389	1.34167	2.48982	2.27102	1.99088	2.74658	2.64486	2.48055	1.68383	1.68667	3.71166	1.8315	2.9954	2.5852	1.89678	2.01592	1.22514	2.26465	1.88209	1.67289	1.8377	1.64854	2.84077	2.80483	1.76138	1.28997	3.53046	2.29178	2.884	2.96907	1.97434	2.06662	2.43005	3.31697	1.90901	0.89373	2.31135	1.23437	2.36945	1.30948	1.23826	1.67684	2.45148	0.67597	1.13033	2.3622	1.66056	2.22787	0.59649	2.94266	2.57125	1.99558	2.80357	0.98117	0.63158	3.85407	3.38452	1.7465	2.62795	1.84186	2.26665	2.01559	2.28151	2.76424	0.85523	1.28866	1.64108	3.1822	1.82394	2.44039	2.77159	1.30705	0.57016	1.74903	1.11479	1.30638	1.87734	0.33252	2.63294	2.0459	2.2816	2.64276	1.92568	2.32743	1.72023	1.91344
PC 16:0_22:6	27.65874	30.61713	14.10264	27.79869	52.05879	42.55869	26.40275	31.9402	24.26531	23.78667	46.39826	16.56476	23.75404	43.54623	31.83313	55.08138	36.06767	15.72879	30.15068	54.04687	27.71417	27.06788	25.51715	13.33702	44.28193	28.46927	43.37138	41.61785	21.52619	26.02351	34.88592	26.75297	40.54394	25.35452	19.44604	21.09219	16.50317	32.20783	30.64221	24.68486	24.4652	38.71341	43.68982	36.07274	26.2789	29.05122	19.21922	49.55502	28.64	19.26847	33.47985	15.92569	12.16486	11.66012	15.96068	23.60298	28.55797	20.85599	10.17614	28.06202	26.81036	24.62795	4.60451	15.33107	14.96317	24.8351	21.44357	41.53167	16.19409	48.97381	37.48015	21.28719	24.7992	36.80327	20.82332	23.92573	26.3232	29.56257	14.3823	37.58021	10.65296	12.50472	46.63645	17.79766	42.16349	13.4294	18.3437	41.14696	18.001	20.57918	26.28499	9.16731	23.42454	23.95897	36.45812	33.38283	27.28479	32.76043	25.59206	31.46862
PC 18:0_22:4	2.40636	2.31831	2.08001	2.78472	2.70866	1.43782	2.75359	3.08117	2.2326	2.31	2.72181	1.90844	2.88185	2.98474	3.25097	1.98576	2.61358	1.99953	2.96019	1.88177	3.05682	3.84917	3.90188	3.47472	5.16399	3.29986	2.95045	2.71395	2.66168	3.01666	3.82308	3.55569	2.30316	2.93963	2.29809	2.14954	2.53359	3.96412	1.56694	2.23399	4.31995	3.79725	4.00701	4.77311	2.44734	4.21216	3.11149	4.36003	3.20703	2.4528	2.98176	2.93821	1.97656	3.7505	1.70551	1.68109	2.70676	1.23039	1.97767	3.42223	2.84565	3.90243	0.9353	2.72938	5.67365	3.87729	4.76456	2.98542	1.54279	2.60277	4.55225	2.80123	3.03695	3.37034	2.82049	5.38937	5.14921	2.85065	1.8004	2.40008	2.24907	3.15501	4.00508	4.98885	4.53663	2.83152	1.33447	3.06764	2.01093	1.73131	2.3369	0.66351	3.56291	3.73717	3.88009	4.37726	3.44812	3.93959	3.1271	3.80588
PC 18:0_22:5	2.4756	3.50468	2.26652	3.97481	4.31556	2.86433	3.60333	4.16154	4.13792	3.70043	5.01753	2.69789	4.55528	4.5258	3.6323	3.35751	3.92368	2.53547	3.40293	3.52108	4.0817	4.52752	3.39637	3.43724	9.5691	4.57576	3.94701	4.13346	3.76539	3.77068	6.17468	6.56931	3.84528	3.64317	3.10233	2.82577	2.86083	4.39486	2.84885	3.32583	4.87075	4.83583	5.47023	8.67827	3.51375	5.77875	3.59688	6.43589	5.77371	4.05602	4.46905	3.6161	3.1916	3.15793	2.94974	2.66169	3.5545	2.47253	1.94911	4.5293	4.13612	5.17657	1.33224	3.95126	4.14491	4.98396	4.6421	4.19137	1.67824	4.32357	7.76921	3.32533	3.58574	4.40221	2.94285	4.63707	4.83459	4.55624	2.29411	3.91798	3.22813	4.31782	4.95517	5.02077	6.52098	3.46101	1.95151	3.75222	2.92862	2.81526	3.8577	1.4195	4.27358	4.90999	5.14115	5.74638	4.77974	5.50709	4.33797	5.0304
PC 20:2_20:4	0.86229	1.11695	0.90138	1.47249	0.91734	0.90527	1.5013	1.42431	0.91652	1.44326	1.01624	1.27145	1.14009	1.73087	1.35477	0.88931	1.45286	1.03566	1.23773	1.32506	2.22191	1.83792	1.19573	1.20447	2.54941	1.66836	1.4375	1.93471	1.32438	1.57599	1.63291	2.10865	1.47799	1.25844	1.36765	1.09039	1.46718	2.16162	1.13797	1.12085	2.70575	1.50367	1.79899	2.1668	1.69186	1.84544	1.91521	2.23316	1.62767	1.16432	1.85469	0.92722	1.31869	1.07799	1.14528	0.91038	1.66368	0.62482	0.7003	1.80055	1.41154	1.45712	0.41329	1.59898	1.93077	1.85486	2.53585	1.08719	0.54815	1.62571	2.21844	1.5144	1.92476	1.40383	1.18572	1.50313	1.72624	1.84921	0.797	1.2556	1.27074	2.06652	1.75442	1.70086	2.03895	1.31108	0.6199	1.27875	0.83752	1.04911	1.41286	0.3556	1.98191	1.48834	1.87955	2.0664	1.66478	2.23426	1.57591	1.79865
PC 18:0_22:6	5.52626	6.00889	2.47682	6.13733	12.62686	9.34283	6.55162	7.14366	5.71266	5.07542	11.85887	3.49612	4.68806	8.87309	7.7334	11.34349	7.19658	2.98446	7.02271	11.6224	8.48454	7.82272	5.70611	3.27293	11.9788	8.43208	9.7028	10.4929	5.81759	6.12279	9.17139	6.95538	9.21896	7.70371	5.04715	5.22271	3.48537	7.54265	8.22122	7.99323	6.62825	10.00182	13.18364	10.78225	7.63461	9.83161	5.23132	10.90864	7.4714	6.00405	10.63865	4.33869	2.33269	2.46608	3.31947	3.83493	5.61529	4.42096	2.44623	7.64419	7.60955	6.52005	0.97558	3.29001	3.98981	6.13836	4.82083	13.28789	3.57517	8.46948	9.66547	5.10648	5.7174	11.76292	4.07256	6.14408	6.7927	9.08483	3.91125	11.07708	2.75913	2.54769	11.56549	5.05252	9.05308	4.37731	5.52611	8.6022	4.69625	5.53785	9.21518	2.4483	6.31029	8.29037	7.90603	7.65559	6.72202	7.16035	5.73846	6.84038
PC 20:3_20:4	0.0919	0.12918	0.1435	0.2118	0.14626	0.10823	0.14401	0.14768	0.13874	0.18191	0.13454	0.08852	0.21446	0.16088	0.17153	0.11266	0.16783	0.15388	0.17426	0.16074	0.17974	0.21046	0.15138	0.14804	0.33482	0.21322	0.20795	0.17236	0.17353	0.2072	0.12834	0.28204	0.16632	0.16364	0.19604	0.11817	0.18158	0.20442	0.12825	0.11612	0.3251	0.22514	0.23112	0.34243	0.14553	0.21098	0.22559	0.29014	0.25322	0.11352	0.19732	0.13194	0.13599	0.12362	0.09499	0.16252	0.20195	0.07629	0.09971	0.24011	0.21587	0.24072	0.06502	0.16263	0.27461	0.15504	0.24864	0.11098	0.06783	0.31293	0.32748	0.18795	0.20412	0.17426	0.17253	0.20174	0.21789	0.27512	0.09611	0.13759	0.1963	0.20462	0.18628	0.21942	0.23375	0.11608	0.07121	0.19047	0.11032	0.10432	0.18193	0.0427	0.28791	0.19373	0.18111	0.21735	0.15202	0.193	0.14918	0.1691
PC 18:1_22:6	1.14176	1.27293	0.89488	1.63716	1.85888	1.71655	1.43739	1.6722	1.01826	1.29901	1.8192	1.43863	0.9612	2.18423	2.16106	1.5692	1.48099	0.91273	1.92185	2.08739	1.6786	1.48697	1.35917	0.88927	1.9819	1.57639	1.92236	2.2016	1.44722	1.64988	2.05095	1.24865	2.15471	1.87782	1.30898	0.9327	1.07429	2.06075	1.34258	1.20162	2.1891	2.06686	2.0974	1.90321	1.93132	1.6777	1.46035	2.53891	1.39075	1.22891	1.85555	1.01234	0.67604	0.97784	1.17125	1.04094	2.21208	0.63126	0.4943	1.38119	1.32911	1.43837	0.22488	0.80687	1.48893	1.67903	2.00738	1.34185	0.62441	2.42044	1.78901	1.7661	2.26217	1.6224	1.02722	1.5344	1.63315	1.5016	1.09787	2.02237	0.63558	0.93472	2.86752	1.28972	3.08923	1.02713	0.78776	1.50023	1.10371	1.47255	1.14723	0.34717	1.77584	1.43933	1.83913	1.86012	1.57962	2.09417	1.60102	1.97594
PC 20:4_20:4	0.23708	0.27884	0.30052	0.4284	0.35501	0.33442	0.32371	0.27649	0.21082	0.36113	0.33162	0.26425	0.21163	0.35449	0.41914	0.27723	0.40106	0.29355	0.49707	0.50359	0.5729	0.51106	0.30618	0.36199	0.71545	0.45579	0.55537	0.52854	0.44927	0.34315	0.36964	0.49613	0.35812	0.40377	0.43256	0.36609	0.36943	0.54402	0.36643	0.29638	0.53086	0.41047	0.62062	0.58322	0.5027	0.49535	0.55571	0.65154	0.41289	0.26581	0.52779	0.2734	0.2925	0.26202	0.24028	0.27671	0.36346	0.14902	0.19657	0.47225	0.42892	0.47249	0.09002	0.3697	0.61724	0.41656	0.63371	0.28923	0.13331	0.59377	0.63436	0.32117	0.47756	0.34633	0.29895	0.39211	0.42762	0.4955	0.19442	0.32078	0.25422	0.32498	0.4421	0.46809	0.54626	0.323	0.16064	0.37303	0.22764	0.27346	0.37582	0.05787	0.42407	0.42134	0.46559	0.58418	0.40656	0.50469	0.41848	0.45281
PC O-16:0_16:0	2.44342	5.06182	3.85723	5.7238	3.34471	2.60357	5.22988	4.83929	3.01309	6.66562	3.20098	5.14681	3.44329	3.18847	4.35521	2.74184	5.60904	3.80779	4.59161	6.25542	9.61712	8.42196	2.86366	5.96585	19.49608	10.04554	6.58405	6.91359	8.17444	3.73027	6.01289	16.08022	3.02953	7.41453	5.26231	6.52897	5.75984	6.24376	5.83934	6.94732	8.54373	6.81863	9.03258	13.10757	7.12152	9.21747	6.80273	11.09443	9.86346	5.01576	5.70589	2.3219	4.9222	3.70956	2.31605	3.13946	5.58175	2.03857	2.24491	5.7651	9.63916	2.35947	1.87906	8.45059	3.7609	8.17559	4.30532	4.14964	2.7279	4.54256	14.21615	3.64815	5.79801	5.45451	4.22044	3.69874	4.10628	5.71683	3.65713	4.07525	6.80153	6.74322	3.71305	9.15261	8.71952	5.97667	2.57374	6.42595	3.40921	4.8632	7.51281	2.55341	9.20547	6.70258	9.19117	14.39744	9.13317	12.09646	8.62904	8.89503
PC O-18:0_16:0	0.68348	1.29117	1.09043	1.30206	0.85322	0.52568	1.20023	1.51315	0.74204	1.63633	0.82864	1.10035	1.06278	0.87149	1.29229	0.68053	1.48871	1.0384	1.21797	1.30229	2.08802	2.74292	0.75528	1.61798	4.74625	2.59098	1.52561	1.94312	2.01695	1.18294	1.28684	3.8126	0.69149	1.68178	1.29216	1.46695	1.48732	1.84787	1.32498	1.45564	2.43623	1.61116	2.21453	3.13571	1.77628	2.52885	1.78999	2.76264	2.86193	0.99277	1.33264	0.49024	1.29608	1.1706	0.39092	0.7103	1.59381	0.56291	0.5753	1.61342	2.30053	0.69035	0.37639	2.23012	0.9638	2.18218	1.18701	0.98766	0.6855	1.22255	3.40805	0.9592	1.95439	1.53255	1.46494	1.30077	1.38499	1.21052	0.88589	1.12725	1.33983	1.78203	1.05466	2.08938	2.32266	1.40973	0.6503	1.7875	0.77648	1.3841	1.68272	0.46698	2.08617	2.50027	2.56061	4.03487	2.25088	2.94275	2.12289	2.25447
PC O-16:0_18:1	5.11249	8.41242	7.0482	9.88437	6.72724	5.37114	9.78767	9.65734	5.76782	11.97431	6.94045	8.19761	7.00482	8.48516	9.85905	5.32125	9.18211	7.22529	10.04375	10.88324	17.06861	14.24134	5.6971	14.03758	31.11828	21.05798	12.09735	14.9408	16.65021	9.71365	11.66268	24.06532	6.67481	13.41933	7.90049	9.31885	9.64545	11.45071	10.30598	10.71566	14.95692	9.81135	17.69241	21.22354	12.77073	15.02049	14.27647	16.1234	13.13685	9.20215	10.96893	5.13816	9.88776	9.84307	5.17657	6.14753	12.38209	4.08768	4.34308	9.94351	19.19324	5.74797	3.06142	16.33242	7.63633	16.26755	9.54948	5.81264	5.08305	9.21856	24.0416	7.81256	13.41831	9.11164	8.05006	7.98911	8.27573	7.88255	6.63919	6.90639	10.44898	12.67123	7.71548	18.35294	16.01596	11.61259	3.81356	11.55779	6.06714	10.00296	13.85497	2.59333	16.22473	10.5833	13.11806	18.34266	12.43738	18.04442	11.83198	13.69162
PC O-16:0_18:2	0.79247	1.35917	1.22404	1.72305	1.03514	2.04456	0.91771	1.60121	1.00914	1.51137	4.22217	1.19445	0.60171	0.70469	1.00431	1.5036	1.52396	1.29657	0.86981	3.48094	2.16127	2.23712	0.76811	0.97152	0.97568	3.8428	1.90498	3.49002	2.22737	1.36513	0.86496	0.73643	2.57535	1.50767	1.44306	1.37321	1.60225	1.49728	3.00287	2.27293	1.91341	1.8646	0.97569	2.91749	2.14304	1.96717	1.29409	2.37923	1.5986	0.66678	1.62757	0.69163	0.99526	0.46028	0.68198	0.99449	1.99382	0.38885	1.07935	1.45955	1.74355	0.73208	0.75186	1.88128	0.63054	1.71723	0.81135	1.85388	1.35357	1.91956	2.87142	0.79796	1.86192	2.22573	1.95361	0.69632	0.89817	1.63386	0.67342	1.42896	2.23469	1.19054	1.01395	1.81929	2.15738	2.0045	0.87042	3.14848	1.02864	2.08463	2.44886	0.40724	1.92088	1.57098	1.5291	1.69357	1.4602	1.68668	1.175	1.26237
PC O-16:0_20:4	4.59109	5.94217	4.44137	6.32441	7.30831	5.36463	6.32901	7.05749	6.21917	6.56253	9.19371	4.06005	5.57119	7.88872	6.06975	7.09111	6.7853	4.95464	5.54261	7.02895	9.45383	7.1066	4.4964	6.0729	12.47604	6.95246	10.048	6.57139	7.62223	5.39278	6.91095	10.43943	6.03076	8.212	5.852	5.73549	5.40429	8.10836	6.22563	9.15246	8.79569	9.46717	13.09325	12.63133	5.61824	11.00118	5.65058	9.92334	7.6125	5.17254	8.28123	5.04504	4.1284	5.21034	3.06134	3.57298	5.12094	4.49606	3.9187	8.37595	6.37397	5.32619	3.04183	6.01322	4.73171	5.79396	4.19437	7.1838	3.1406	6.72629	10.63344	3.95695	4.77953	6.0699	6.3156	5.45053	5.96079	8.86931	3.67753	5.72597	8.45761	6.16846	5.34004	10.52984	9.496	5.16811	3.82928	8.37484	4.73258	3.95589	6.01882	2.5264	8.52632	7.90168	7.52534	8.42086	7.45274	8.09122	6.37241	7.18418
PC O-18:0_20:4	2.28213	3.21806	3.11426	3.55052	3.26968	2.50009	4.26499	4.56313	2.10127	3.60592	3.87752	2.24392	2.96917	2.98918	3.77441	3.56099	3.83176	3.41511	3.05824	3.63701	7.41966	5.31355	2.06886	3.1935	6.64449	4.50377	4.97345	3.46412	4.59014	3.05159	3.94255	6.37218	2.7162	4.57388	3.01277	3.23876	3.98316	4.238	3.56128	5.91328	5.40036	4.85189	7.19705	5.86614	2.84647	7.127	3.30042	7.33639	5.26313	2.35401	4.5283	1.75861	2.8455	2.64569	1.06681	2.17833	3.34549	1.5043	1.83065	3.87062	4.12452	2.85716	1.16693	4.226	2.46487	3.83478	2.32389	3.43155	1.74243	4.56119	5.33535	1.85342	3.5425	3.24812	3.7885	3.23155	3.61601	3.68599	1.81559	2.78915	3.99532	3.65997	2.76539	5.59798	5.88743	3.39807	1.6498	4.35394	1.51573	2.71138	3.10434	1.05565	3.57048	5.50011	4.63564	5.04693	4.40342	4.92449	3.62438	4.1124
PC P-16:0_16:0	3.51384	6.1832	4.60538	5.96213	4.38574	3.55353	6.69098	5.07796	3.5515	8.33057	3.80035	5.02298	7.07026	4.41734	6.28398	3.66457	6.04731	4.63088	5.80453	6.58077	9.81875	9.04791	5.43868	6.9258	12.82874	8.35373	7.07994	8.29332	6.45851	5.23873	6.31619	13.51578	3.33867	6.66596	4.96022	6.21443	7.02324	7.12271	6.07935	6.77835	9.00707	5.92831	9.07287	9.23218	8.16302	7.8377	7.82325	8.95154	7.15207	4.6692	5.63462	3.27949	5.11896	6.28848	3.5949	4.39729	6.16033	3.0263	3.42426	5.68013	7.61409	3.526	1.80885	7.35311	6.02963	9.03252	5.26054	7.12974	3.80206	5.45176	9.71859	5.21561	6.80736	5.79827	4.89788	6.8847	7.07313	5.28047	3.72762	4.78428	5.05703	5.96657	5.46943	8.99891	6.80215	5.57191	3.1549	6.46381	3.70594	4.23931	6.7401	1.39854	8.7973	6.00351	8.777	12.18101	8.49907	11.00199	8.36543	8.92757
PC P-16:0_18:1	2.9295	3.40147	3.54877	4.01882	3.03638	3.09003	4.70194	3.97274	2.41853	5.80233	2.91257	2.72735	4.59792	3.64312	4.55018	3.20822	3.58112	3.44221	4.05917	5.32591	7.12772	5.44836	3.22158	4.05988	8.87585	6.26572	5.73346	6.17172	4.33896	4.23224	5.08676	8.48875	2.98223	4.28746	2.86143	2.96932	4.35961	4.84096	4.69977	5.14973	5.12407	3.90495	7.23319	5.89797	5.02025	5.22031	5.54868	6.42789	4.78582	3.4671	4.16827	2.01818	3.04713	4.13529	2.33697	3.81688	5.48014	2.12349	2.13875	3.74392	5.86528	2.78505	1.0881	5.17265	3.70478	7.24622	3.92908	3.30952	2.98089	5.51211	6.70239	3.70287	5.64744	4.18682	3.84609	5.2021	5.37538	3.09018	2.75981	3.0765	3.03842	3.40787	3.59463	5.31895	7.09448	4.1277	1.54283	6.09721	1.96822	3.6089	4.23371	0.70294	5.29861	4.08248	5.11528	5.68309	4.57706	6.38287	4.64277	5.19531
PC P-16:0_18:2	1.68448	2.05241	2.41809	2.67467	1.93959	3.71945	2.48932	2.70788	1.80622	3.33396	1.73368	1.23142	1.64621	2.05382	2.32255	2.7821	2.51247	2.79072	1.61345	6.33013	4.44354	3.25632	1.84157	1.91188	6.45393	3.34412	4.1507	4.63648	1.92809	1.77847	1.87576	3.86653	2.06458	3.10714	1.92661	1.99545	3.22922	3.15026	5.37291	4.04098	3.34574	3.74393	5.52143	5.53655	3.72668	3.08227	2.61701	4.52595	2.69402	1.22367	3.48088	0.98654	1.80962	1.2177	1.52581	2.44339	3.66639	0.97445	1.93479	2.35392	3.13727	1.34353	0.81763	3.15676	1.31173	3.41755	2.0725	2.24187	2.11053	4.9955	4.96878	1.70256	3.38954	4.37605	3.27458	2.00072	2.30175	2.70558	1.23651	2.52691	2.69932	2.17101	2.26982	3.62467	5.38175	3.02894	1.15597	5.70462	1.6008	3.1381	4.01833	0.62235	3.62675	3.04193	2.91795	3.35744	2.81622	3.14217	2.26701	2.46814
PC P-16:0_20:4	11.04641	13.15026	11.73317	15.95354	11.57964	10.85665	18.29809	14.75253	10.24124	20.77635	13.27527	11.02467	16.4295	16.04249	14.96871	10.72379	15.55342	11.22142	16.19765	15.03485	21.78102	19.41654	14.25787	15.73331	25.0046	15.74257	18.18707	17.62415	17.12162	15.93044	15.62127	22.06301	11.03934	12.92648	12.5065	13.18035	14.93317	18.41676	12.86093	13.94785	20.37445	13.32822	24.05884	19.60863	13.25628	18.65894	15.82669	15.62884	14.75994	10.18446	13.3884	8.73162	12.40048	21.27262	9.15453	11.63611	13.92439	9.79683	8.64987	15.47769	13.97885	13.04915	3.88624	15.87944	15.42742	15.01053	15.87688	11.69117	8.80083	15.0108	21.63694	14.69419	16.5661	11.62501	14.44365	19.00616	18.39508	12.73437	7.15396	10.68314	9.39779	14.05356	14.32316	19.47242	15.28273	10.56688	6.29377	12.9431	7.13917	7.16098	11.78079	2.32933	19.30857	14.34734	17.40939	20.65778	15.42328	19.22716	16.04651	17.62422
PC P-18:0_20:4	2.36075	2.79535	3.10972	3.13372	2.14348	1.87892	3.31279	4.40234	1.79714	3.47253	2.66974	1.48655	3.94553	3.55321	3.54503	2.21918	3.60824	2.85795	3.61915	2.87304	4.38057	5.2817	2.92627	2.71892	5.2071	3.13848	4.03842	4.52341	3.89685	2.93313	3.00827	3.60889	2.35724	2.71567	2.36934	2.35478	3.15185	3.63161	2.16771	2.80475	4.07277	2.43635	4.825	3.85109	2.82147	4.17288	2.58178	3.06515	3.04731	1.50977	2.87005	1.12978	2.10531	4.48114	1.08869	2.09595	3.36091	1.65889	1.47924	3.49651	2.81211	2.68276	0.65488	2.97002	2.5833	3.47539	2.87246	2.28066	2.29784	3.57957	4.62653	3.05755	4.17375	2.74127	3.97649	4.43998	4.3915	2.32533	1.26943	2.15334	1.55781	2.24072	2.84388	3.12927	3.75952	2.10188	1.08835	2.59978	0.9212	1.66703	2.32039	0.3444	2.67075	3.36101	3.46289	3.61689	2.69718	3.45278	2.90191	3.26285
PC P-16:0_22:4	0.67363	0.75953	0.73062	0.80717	0.76568	0.52952	0.90664	0.7969	0.56781	1.18851	0.75349	0.4327	1.15453	0.85393	1.01536	0.78879	0.79285	0.64917	0.9266	0.61014	1.02905	1.12205	0.79741	1.1459	1.32823	0.98366	1.15291	0.88459	0.77999	0.88942	1.08367	1.23537	0.57784	1.04031	0.60776	0.53151	0.80473	1.15149	0.5996	0.83415	1.29437	0.96534	1.37952	1.20933	0.68328	1.20454	1.02195	1.05924	0.83009	0.68924	0.84011	0.46361	0.55009	1.24901	0.39483	0.63926	0.68867	0.36179	0.50735	0.69199	0.91088	0.6473	0.25049	0.73826	0.91419	1.04312	0.74187	0.84268	0.51111	0.83339	1.12312	0.71146	0.7126	0.67007	0.70071	1.24631	1.19282	0.64958	0.46527	0.6336	0.65036	0.8241	0.86781	1.77366	1.19629	0.71325	0.3673	1.00093	0.44506	0.40747	0.68106	0.15991	1.29735	0.88729	1.1881	1.50665	1.21026	1.44293	1.14061	1.2682
PE 16:0_16:0	0.30669	0.60403	0.28912	0.55624	0.4053	0.34632	0.58406	0.6073	0.30953	0.73073	0.50725	0.82415	0.71575	0.46505	0.49778	0.26234	0.73367	0.31701	0.62714	0.58012	0.55889	0.86444	0.55531	0.64177	0.66009	0.63597	0.49231	0.59791	0.44869	0.83741	0.52707	0.81947	0.37617	0.31955	0.59513	0.52825	0.41206	0.78588	0.34274	0.25012	0.92423	0.41922	0.57974	0.45207	0.56696	0.56217	0.48472	0.62537	0.51614	0.32339	0.34074	0.52754	0.76896	0.72715	0.62139	0.39789	0.63006	0.47668	0.34744	0.56322	0.50726	0.47761	0.1845	0.65486	0.65444	0.55302	0.9976	0.4142	0.27262	0.36657	0.59332	0.75538	0.62226	0.50454	0.57265	0.94914	0.93682	0.37493	0.40806	0.43557	0.31501	0.82329	0.78558	0.44805	0.58642	0.38452	0.20252	0.55725	0.42141	0.26394	0.30328	0.04986	0.64648	0.601	1.01994	1.33406	0.8262	1.03378	1.09337	0.944
PE 16:0_18:0	0.30161	0.4291	0.27237	0.37077	0.28138	0.27089	0.45722	0.47833	0.24312	0.40259	0.29199	0.37418	0.3995	0.37433	0.52527	0.24142	0.52916	0.25527	0.49575	0.53377	0.4897	0.76466	0.53753	0.55892	0.61318	0.5218	0.49516	0.55362	0.43631	0.61494	0.46659	0.67608	0.32749	0.467	0.47078	0.44017	0.34061	0.69285	0.46986	0.33953	0.84866	0.61128	0.62492	0.47225	0.60715	0.51769	0.46117	0.56607	0.51686	0.50225	0.41212	0.33471	0.5712	0.69519	0.45846	0.24844	0.57287	0.28133	0.24762	0.40839	0.45842	0.49545	0.12405	0.57571	0.63594	0.6231	1.16604	0.43789	0.23906	0.41051	0.56813	0.62614	0.67398	0.77533	0.50773	0.74598	0.8098	0.36426	0.35904	0.56399	0.45363	0.70855	0.70086	0.64488	0.86162	0.55299	0.22709	0.63843	0.26551	0.41759	0.84692	0.11715	0.58765	0.86858	0.99669	1.10567	0.72236	0.87076	0.91432	0.79723
PE 16:0_18:1	4.26217	6.89838	6.15587	7.97477	7.45823	4.11437	8.61501	6.81261	6.18767	11.15747	10.18846	7.87908	8.96146	7.98398	8.10006	3.35408	7.35039	5.20203	8.91253	5.54669	8.1192	7.68112	6.69046	7.99748	7.29048	8.88144	5.14628	8.55317	7.67365	8.47472	5.57536	11.37028	5.12631	4.34281	6.34439	5.55567	5.93003	8.63862	3.45348	3.77014	8.86977	5.68827	5.40721	5.36001	8.32357	6.70971	7.65619	7.78997	6.41508	4.11421	3.98899	10.65179	9.18465	10.44149	11.44799	8.80136	8.45395	5.83651	4.91214	7.2797	7.09635	8.34427	3.01321	8.39265	10.46377	7.07592	12.37058	5.19434	3.27661	7.13845	7.75212	9.96779	8.69927	4.97692	7.31512	9.12577	8.82942	4.33943	5.56022	5.11381	4.76693	8.49524	10.02496	5.99214	11.5763	4.66195	2.43213	8.41096	6.26322	3.59344	4.38981	1.00255	7.56933	5.96117	7.85012	8.64416	6.99904	9.41549	8.01366	8.12518
PE 16:0_18:2	1.39563	2.79608	2.45629	3.33547	1.9194	2.12866	2.81915	2.39379	1.94537	3.18974	2.33611	2.49337	2.49315	2.21089	2.51516	1.24122	3.78123	2.43062	2.53195	4.09554	4.06939	3.52489	2.35721	2.8283	5.41802	3.74388	2.90036	4.75478	3.21259	2.08968	1.81971	6.37376	1.79443	2.2322	3.1207	3.05977	3.23709	3.74841	2.81215	1.79545	3.45992	3.28908	3.63586	3.78839	4.45655	3.28052	3.0559	4.03015	3.46392	1.44839	2.23659	2.61451	4.20685	1.98863	3.08334	2.8834	3.08999	0.99565	2.02609	3.52029	3.05359	2.17338	0.96655	4.58376	3.59617	3.33733	3.79978	1.6709	1.37076	3.73233	5.13754	3.09231	3.232	3.31717	3.29247	2.59499	2.88676	2.75967	1.46534	2.5312	2.15566	3.43782	2.92	2.93391	5.03527	2.3579	0.87387	3.19722	1.96519	1.87177	3.32478	0.47435	3.02749	2.69059	3.06487	3.46031	2.96661	4.02951	3.12295	2.84874
PE 18:0_18:1	11.76327	15.36348	15.44422	18.5297	11.60807	10.33976	20.96194	20.85439	10.96271	21.00538	19.18139	17.08722	18.31284	17.89999	22.70818	7.16314	20.47353	13.27318	23.11746	16.06437	25.68295	26.92569	17.6429	20.0152	20.99663	20.85479	14.27922	25.5702	23.21937	23.13021	14.7023	23.93194	12.39692	12.65107	16.0436	14.31249	16.24868	26.00182	10.50614	10.4504	28.96094	13.0597	15.142	14.64654	22.98461	20.79831	21.66645	18.68709	17.15847	9.36282	12.62227	21.1878	23.09583	24.46222	20.37671	15.63216	21.81199	10.97753	10.43047	21.86885	17.37453	24.55873	5.90037	22.3092	31.57127	17.8797	34.1905	11.79138	9.78779	18.29431	22.0859	24.72017	25.40618	13.21796	17.51039	25.02981	23.85279	13.1982	12.51704	12.32097	12.10626	24.54035	24.42213	16.95085	18.715	11.69898	6.08813	14.46767	12.34146	10.12799	11.60635	2.57747	19.18921	16.94126	23.1577	25.59263	18.56129	25.02086	19.40182	21.01707
PE 18:0_18:2	4.02887	6.56714	6.27434	7.21825	4.08173	4.84176	8.40069	6.80474	5.08155	6.64855	5.77904	7.68777	6.69702	6.37153	6.48049	3.1339	8.31379	6.12804	6.77649	8.90671	10.01624	9.16697	6.70919	6.63998	11.31842	8.02309	6.79053	11.30806	7.29877	6.53026	3.65434	11.3222	5.01387	5.39988	6.02971	6.06372	8.79097	12.194	6.13167	4.62669	12.99136	7.00898	7.06408	8.9233	10.37627	7.80279	7.36429	11.87561	7.79969	2.83926	6.09247	6.38362	11.31741	6.50751	7.93506	5.66642	9.58787	2.70269	5.50534	8.60457	6.45054	6.34817	2.71496	11.65847	10.26384	7.74247	12.5633	3.9339	3.12688	8.86155	11.42369	8.26596	10.20124	7.67075	8.28066	7.93031	8.19336	6.97564	4.16308	5.19388	5.7946	13.68504	7.8915	7.61599	9.77218	4.92246	2.17736	7.17438	5.15085	4.7829	6.60777	1.37595	9.40985	7.74631	8.51226	9.63923	7.67935	9.48651	7.50064	7.05889
PE 18:1_18:1	2.57564	3.69357	3.5617	4.72036	4.28051	2.47124	5.88992	4.63554	3.37928	5.63548	4.15841	5.00811	5.00863	5.95011	5.02047	2.01827	4.38444	3.53595	6.059	3.88292	6.34003	5.04136	3.60785	6.04182	5.79187	6.07877	3.56802	6.12525	4.74941	5.54595	4.08846	7.09876	3.89589	3.79509	3.35854	3.11787	4.05255	5.98713	2.27336	2.8756	7.26486	3.05591	2.84889	4.22063	5.91835	4.29217	5.92194	6.07185	3.94495	3.24663	3.57953	6.92801	6.18724	6.87419	8.99756	3.86022	7.95031	2.56928	2.46538	4.00825	5.07494	6.04492	1.64388	6.63406	8.73183	6.35861	10.78864	2.49204	1.68953	4.38149	6.08703	5.58488	6.6313	2.97869	3.65192	5.508	5.67031	2.92805	3.9173	3.04931	3.14438	7.44831	5.41084	5.80827	7.92214	4.35426	1.41924	5.09597	4.19118	3.09375	3.07245	0.70331	5.41475	4.34194	5.38283	5.61633	4.62781	6.72455	5.52892	5.54147
PE 18:1_18:2	0.96716	1.62293	1.68531	2.13356	1.38108	1.44753	2.56993	1.66821	1.35254	2.06528	1.34507	2.2171	1.59515	2.13243	1.75112	0.83507	2.03344	1.71975	2.12046	2.56916	3.46539	2.33905	1.65318	2.29586	3.16239	2.56409	1.75027	3.17406	2.04997	1.97586	1.15672	3.13603	1.67069	1.62491	1.62979	1.59864	2.66638	2.83339	1.79456	1.31691	3.6344	1.70789	1.61138	2.37531	3.1947	1.64435	2.48557	2.78219	1.84307	0.98268	1.95005	2.08462	3.2832	2.26643	3.33057	1.76059	3.46395	0.63811	1.36447	2.00373	2.16915	1.88901	0.72158	3.71865	3.18731	2.50813	4.9563	0.9079	0.73273	2.55003	3.22261	2.30226	3.27423	1.6579	2.08571	2.01241	1.99715	1.61913	1.45187	1.49157	1.58825	3.70341	2.07592	2.70668	4.42855	1.91735	0.51403	2.60489	1.56968	1.49072	1.82858	0.29379	2.64438	1.93483	2.19638	2.38896	2.28561	2.86393	2.23376	2.04741
PE 16:0_20:3	0.24347	0.37387	0.43974	0.51088	0.36049	0.26955	0.57429	0.33302	0.43329	0.67624	0.54648	0.92882	0.80867	0.54396	0.40727	0.24552	0.47074	0.42409	0.41111	0.48356	0.47242	0.27945	0.49218	0.48589	0.54332	0.47679	0.37306	0.52519	0.38437	0.53716	0.18559	0.72147	0.31052	0.25778	0.29334	0.21447	0.51657	0.6354	0.31492	0.21046	0.57183	0.42612	0.40363	0.50701	0.40832	0.45081	0.46472	0.72937	0.55001	0.12346	0.31268	0.5418	0.48021	0.51794	0.62923	0.52594	0.51087	0.34879	0.40685	0.59622	0.403	0.41535	0.18271	0.46713	0.58953	0.2314	0.78353	0.17491	0.1311	0.60598	0.56559	0.48344	0.44798	0.31292	0.41638	0.7009	0.62877	0.4913	0.3226	0.31566	0.41801	0.77323	0.59335	0.40406	0.62974	0.26277	0.14692	0.60102	0.45536	0.1462	0.25203	0.10689	0.72338	0.44084	0.38447	0.388	0.41963	0.47823	0.37007	0.38773
PE 16:0_20:4	2.37112	4.04127	3.31326	4.55486	4.11557	2.04422	4.83746	3.32612	3.11805	5.77908	4.80056	4.52086	4.71999	3.19742	4.87426	1.97368	5.19642	2.90287	4.95178	3.77979	5.59561	4.4166	3.74659	5.66775	5.92292	5.03155	4.54245	4.67684	5.44359	4.34784	3.7537	7.12332	2.57589	4.10082	4.71711	4.34735	5.23523	6.7203	2.74379	2.71455	6.92389	5.20823	5.79238	5.62052	5.62806	5.53805	5.15957	5.46313	5.08191	2.98556	2.75736	6.2024	5.69595	4.37856	4.82147	3.63003	4.10262	2.97599	2.61755	5.38066	4.14974	4.63838	1.63011	5.03874	7.76964	4.43506	6.69323	2.66811	1.66733	4.21255	5.85725	5.02853	4.14511	3.86788	3.91274	5.66333	5.67532	6.03333	2.86012	3.32441	3.62444	6.23354	4.74989	5.31244	10.71494	3.88375	1.79172	5.49072	4.41205	2.48926	4.2034	0.99018	5.14891	4.52009	5.41743	5.80877	4.69711	6.25406	4.99744	5.25235
PE 16:0_20:5	0.02361	0.03419	0.04207	0.09034	0.03149	0.02029	0.07565	0.037	0.03775	0.10259	0.03164	0.0949	0.03692	0.03433	0.05597	0.01348	0.04952	0.0376	0.06126	0.05038	0.10039	0.05133	0.04453	0.09259	0.08986	0.08359	0.05078	0.04496	0.05978	0.09352	0.05691	0.08891	0.03418	0.05494	0.06821	0.03451	0.05857	0.08939	0.03259	0.02106	0.13153	0.0492	0.04943	0.0627	0.05643	0.06941	0.11971	0.11086	0.04659	0.05702	0.04817	0.04474	0.05124	0.0776	0.06741	0.02704	0.08308	0.01651	0.02445	0.05702	0.06346	0.05272	0.01668	0.06618	0.10769	0.05995	0.16254	0.00769	0.01166	0.04351	0.09586	0.08343	0.07003	0.04434	0.0433	0.1144	0.10661	0.07123	0.04704	0.0269	0.04352	0.08631	0.06311	0.10333	0.14074	0.04606	0.0085	0.05091	0.04903	0.03573	0.04492	0.03382	0.15515	0.07144	0.08295	0.09176	0.07904	0.10911	0.08849	0.09316
PE 18:1_20:0	0.2119	0.31335	0.38322	0.44967	0.27379	0.22565	0.44204	0.53895	0.17789	0.56124	0.32471	0.33961	0.42031	0.36393	0.43124	0.18617	0.42753	0.37625	0.54218	0.36855	0.46837	0.57864	0.30269	0.34545	0.39406	0.40742	0.32827	0.60684	0.3562	0.42365	0.24668	0.49987	0.23913	0.17271	0.34039	0.31923	0.2997	0.47714	0.22405	0.22477	0.47622	0.20967	0.29806	0.26368	0.3954	0.28739	0.42293	0.36059	0.34962	0.17116	0.20321	0.37015	0.55619	0.40398	0.32786	0.4926	0.40129	NA	0.1716	0.44385	0.31861	0.39781	0.13553	0.48815	0.59352	0.26835	0.52362	0.27103	0.19349	0.44248	0.44273	0.49579	0.42824	0.25679	0.377	0.46875	0.47702	0.26879	0.20127	0.31078	0.23971	0.52147	0.55389	0.24456	0.26593	0.17859	0.14065	0.23122	0.25492	0.16539	0.20774	NA	0.27005	0.34779	0.46928	0.49576	0.33238	0.47997	0.38252	0.3861
PE 18:0_20:1	0.13865	0.21077	0.1088	0.20131	0.1792	0.12985	0.24543	0.31771	0.12079	0.27124	0.1098	0.21058	0.18823	0.23006	0.27294	0.16496	0.27578	0.15441	0.31332	0.2113	0.26467	0.30556	0.23102	0.214	0.22887	0.25007	0.18808	0.48587	0.15929	0.24129	0.18805	0.21994	0.19904	0.13272	0.14514	0.12357	0.14683	0.3466	0.17432	0.14595	0.46596	0.13717	0.17615	0.20509	0.28797	0.18745	0.21446	0.29251	0.11582	0.10339	0.13772	0.12642	0.29971	0.29563	0.20205	0.12069	0.27826	0.42816	0.08092	0.18524	0.22327	0.22992	0.06613	0.28813	0.2996	0.24628	0.39954	0.19183	0.08923	0.12026	0.26964	0.26106	0.26635	0.18264	0.19101	0.37304	0.2967	0.1134	0.15471	0.14104	0.13408	0.39577	0.29155	0.17334	0.30822	0.12471	0.07138	0.18587	0.152	0.10395	0.13273	0.1731	0.24355	0.22231	0.33101	0.38347	0.28784	0.34723	0.31236	0.31736
PE 18:1_20:1	0.28752	0.42445	0.44723	0.57133	0.41341	0.31534	0.69877	0.73754	0.32886	0.76895	0.42507	0.46676	0.54768	0.62453	0.49616	0.25204	0.558	0.38854	0.7602	0.55142	0.87687	0.57163	0.3275	0.46964	0.56109	0.62987	0.37504	1.04441	0.51154	0.56787	0.39188	0.45161	0.38539	0.25202	0.33698	0.28874	0.35825	0.62755	0.29858	0.30734	0.6566	0.26581	0.24752	0.34978	0.67045	0.26843	0.58356	0.44456	0.34632	0.26898	0.28186	0.37244	0.68997	0.62008	0.6376	0.48175	0.63592	0.23714	0.19185	0.53219	0.55374	0.55682	0.14606	0.68901	0.6243	0.41846	0.8594	0.21827	0.23634	0.49191	0.59396	0.62965	0.52388	0.25945	0.41681	0.53948	0.46934	0.25707	0.35111	0.30677	0.24922	0.78522	0.66539	0.42122	0.55373	0.35155	0.11573	0.37543	0.30321	0.20563	0.26397	0.04746	0.43277	0.24517	0.51973	0.45486	0.49744	0.61867	0.59148	0.52524
PE 18:0_20:2	0.05601	0.12304	0.04207	0.1067	0.02976	0.07688	0.13835	0.10308	0.03276	0.06597	0.0536	0.10462	0.05754	0.06874	0.09895	0.06656	0.06406	0.06941	0.08144	0.12747	0.13829	0.20908	0.08049	0.08028	0.21067	0.13075	0.06565	0.19819	0.08471	0.11182	0.03834	0.07595	0.08507	0.04173	0.09732	0.0695	0.14392	0.21087	0.17663	0.09409	0.29726	0.08124	0.11628	0.07293	0.16323	0.11795	0.10726	0.14578	0.10363	0.05898	0.12395	0.07206	0.1011	0.07354	0.08965	0.03038	0.12316	NA	0.07726	0.12929	0.12631	0.08813	0.01916	0.13582	0.11641	0.059	0.20638	0.10165	0.05164	0.07909	0.12262	0.1397	0.18986	0.13474	0.09788	0.14167	0.1686	0.08842	0.06917	0.09451	0.07355	0.1481	0.13637	0.11165	0.08498	0.10206	0.02402	0.05159	0.10189	0.06439	0.10025	0.01888	0.11712	0.14149	0.15201	0.18806	0.14844	0.19206	0.13133	0.12558
PE 18:2_20:0	0.05084	0.05986	0.06875	0.09369	0.0407	0.00665	0.08735	0.08885	0.04623	0.05416	0.05504	0.09628	0.06214	0.04597	0.07519	0.02413	0.03821	0.03165	0.09195	0.02282	0.03954	0.0548	0.07579	0.07823	0.08049	0.09231	0.05313	0.05258	0.08219	0.09037	0.06878	0.09818	0.02241	0.04277	0.08026	0.06072	0.06222	0.08358	0.03481	0.02907	0.08732	0.06053	0.05692	0.06115	0.10408	0.08667	0.09735	0.13788	0.08712	0.03509	0.05013	0.06064	0.03951	0.05512	0.02348	0.0585	0.06603	0.1274	0.0359	0.11465	0.07098	0.0965	0.01423	0.06645	0.16775	0.08402	0.1889	0.03289	0.02691	0.0264	0.11165	0.08763	0.12565	0.0526	0.04704	0.14871	0.12958	0.07319	0.03009	0.04644	0.05984	0.07628	0.06483	0.08283	0.03666	0.06354	0.02419	0.08158	0.04022	0.03956	0.02813	0.00862	0.11387	0.08827	0.08266	0.16301	0.08661	0.13674	0.09821	0.11875
PE 18:0_20:3	1.79206	1.86303	2.519	2.42477	1.41898	1.178	2.94788	2.8639	1.9152	2.65263	1.89679	4.34306	3.46452	2.09252	2.57935	1.0547	2.12509	2.37021	2.04773	2.56309	2.82878	3.2856	2.95104	3.00686	3.1199	3.80943	1.87002	2.93738	2.56243	3.56204	1.56996	3.79076	1.71827	1.69612	2.15987	1.74213	2.90658	4.24477	1.93997	1.55413	5.0895	2.31027	2.73775	3.1256	3.31029	3.17128	2.80013	3.69541	3.07608	1.06622	2.02326	2.85706	3.44313	2.95212	2.46713	1.83795	3.8613	1.4393	2.03503	3.24692	3.10982	2.52765	1.09531	2.93646	4.22092	2.21342	4.80675	1.35242	0.95872	2.47234	3.53723	3.91612	4.0744	2.37844	2.30709	4.51934	4.21372	2.70253	2.48042	1.89339	2.29046	4.08619	3.14358	2.48284	2.39136	1.85518	1.02413	2.41179	2.51557	1.73139	1.69161	0.46979	4.3937	2.61594	2.85109	3.2297	2.66672	3.00333	2.36266	2.34971
PE 18:0_20:4	27.7948	37.22872	35.22834	36.02753	28.58053	16.80665	47.83108	37.49434	25.84077	45.40768	38.29511	45.35639	44.96106	41.01174	47.69965	17.84007	46.23689	31.90529	46.92747	31.27947	55.31938	50.91793	42.56795	46.16422	42.69448	42.88172	36.27618	44.58698	46.0416	46.60524	31.57361	53.32363	27.72432	33.74767	36.42209	36.33482	46.16236	68.49004	25.23222	25.77276	76.76862	37.26035	45.92511	39.49277	47.32836	47.68665	43.72066	47.95577	39.07251	23.73224	30.64337	51.21022	54.92026	47.12199	43.34928	24.04314	49.67927	24.63483	29.95207	45.50259	36.21315	47.62391	15.60348	53.81971	68.83915	42.18986	73.43303	24.6372	17.18122	34.01967	48.8993	51.55703	54.02313	31.79861	41.71903	61.92757	58.70896	40.49042	29.04644	25.74931	31.07154	70.7544	47.84395	44.43814	48.39678	29.91409	16.66721	39.25359	31.29013	23.3691	27.27991	7.18354	56.37541	44.31471	50.36104	56.63224	41.94819	52.86634	43.5035	45.93053
PE 16:0_22:4	0.97861	1.27592	1.17019	1.21507	1.32029	0.59926	1.41059	1.30692	1.02998	1.84881	1.35863	1.15485	1.80694	1.30034	1.45679	0.72473	1.42074	1.18516	1.53249	0.83971	1.23016	1.70288	2.01521	1.91544	1.7091	1.57681	1.21596	1.16459	0.9769	1.47878	1.33394	1.98778	0.93738	1.15636	1.07032	0.8137	1.51146	2.26222	0.60745	0.82049	2.61134	1.30371	1.30152	1.38665	1.29829	1.19488	1.55377	2.18145	1.30436	0.99875	1.03238	2.13156	1.65326	1.97295	1.30622	1.3379	1.56784	0.87936	1.14568	1.21511	1.29401	1.73735	0.48732	1.8834	3.81557	1.57957	3.14952	1.24572	0.57144	1.29263	1.78243	1.52169	1.6381	1.30228	1.32207	2.98484	2.87214	1.04738	1.02215	1.20774	0.86065	2.15404	2.33133	2.12383	2.98176	1.18331	0.55464	2.14311	1.3095	0.66348	0.94836	0.28348	2.18251	1.58423	1.79148	1.93996	1.72374	1.70454	1.54273	1.68221
PE 18:1_20:4	3.62552	5.59993	4.86412	6.20159	4.70844	2.68888	7.19484	5.02363	3.98464	7.3946	4.23095	7.10034	6.00358	6.44169	7.333	2.99235	7.23142	5.05713	6.90033	5.24254	10.02472	7.26293	5.45321	9.03737	8.40812	8.79304	5.61681	8.4455	7.80324	6.35889	6.09272	11.54508	4.87489	7.37068	6.11595	5.9742	7.35497	10.41562	4.34453	4.48032	12.91498	6.50317	6.1048	7.13632	9.13611	8.23704	9.10641	8.97932	6.57078	5.91491	6.17105	7.44099	7.77264	7.50905	7.12171	3.9533	9.22673	2.86755	3.49858	7.17571	7.26697	7.77859	2.33739	9.87993	12.72303	8.37894	13.87566	3.69562	2.12257	5.53549	9.08464	7.44888	9.0389	5.60228	5.57972	8.0056	8.36171	8.54713	4.82462	4.81207	5.61826	11.44905	6.95932	9.38439	12.25186	7.01233	2.40398	6.85592	5.64013	4.77165	5.60785	1.30278	9.72218	6.7118	8.05529	8.67673	7.55999	10.08777	7.78442	7.7669
PE 16:0_22:5	0.75467	1.14652	1.30743	0.93011	0.89335	0.50784	1.47158	0.89564	0.67169	1.45144	1.13942	2.49828	1.41116	1.16856	0.86451	0.72859	0.97332	0.80503	1.43314	0.81418	1.38984	1.08527	0.97955	1.44332	1.07693	0.87768	1.32484	1.36632	1.42425	1.3156	0.71741	2.1302	1.19901	0.78236	0.99434	0.68264	1.60471	1.91033	1.00135	0.98517	1.93316	0.95085	1.69851	1.1954	1.22544	2.22312	1.35687	3.11824	1.76665	0.38645	1.30701	1.52026	1.01889	1.53634	1.05112	0.71959	0.73818	0.75068	0.99361	1.2774	1.07144	1.39536	0.35349	1.49938	1.95361	0.78641	2.15257	0.87211	0.47376	0.8306	0.86709	0.91228	1.05442	0.93667	0.82517	2.41753	3.12497	0.96085	1.01906	0.91845	1.19374	1.64511	1.3558	1.05139	1.28626	1.0616	0.62069	1.37902	1.22955	0.4095	0.89525	0.33616	2.80297	1.71255	1.40893	1.5061	0.98067	1.8304	1.57861	1.76754
PE 18:2_20:4	0.1684	0.20832	0.28711	0.22813	0.12167	0.10923	0.29035	0.20398	0.24959	0.28621	0.19407	0.44165	0.35946	0.31676	0.23296	0.14346	0.24699	0.30874	0.25376	0.30469	0.34714	0.21584	0.23049	0.25844	0.31911	0.23729	0.21583	0.44733	0.23742	0.26748	0.07497	0.2979	0.2009	0.26289	0.23788	0.1695	0.3906	0.59351	0.20361	0.14681	0.66578	0.29051	0.19743	0.23787	0.43714	0.24061	0.29976	0.55849	0.29349	0.03585	0.23167	0.20995	0.48591	0.33963	0.24153	0.19547	0.36367	0.06416	0.17519	0.33164	0.20256	0.21626	0.07951	0.41083	0.44441	0.22216	0.6598	0.01428	0.05278	0.32503	0.32399	0.35296	0.34059	0.14667	0.312	0.36841	0.38256	0.40474	0.20865	0.18655	0.2718	0.82593	0.27487	0.2893	0.62741	0.18879	0.07419	0.32605	0.15209	0.14448	0.14939	0.01085	0.4985	0.33762	0.31711	0.30329	0.23227	0.30266	0.24936	0.26723
PE 18:1_22:1	0.13475	0.18691	0.17288	0.24447	0.15922	0.16963	0.42066	0.32311	0.10414	0.41058	0.13259	0.24498	0.21361	0.2066	0.25749	0.13426	0.26162	0.17632	0.35918	0.28561	0.42813	0.27782	0.17184	0.21248	0.20115	0.30022	0.18508	0.63789	0.18093	0.25297	0.17197	0.15767	0.15902	0.10053	0.15558	0.16128	0.15635	0.28303	0.17144	0.17077	0.36943	0.10373	0.1285	0.12243	0.34742	0.14671	0.28389	0.21523	0.15797	0.11634	0.11688	0.215	0.39005	0.25531	0.24621	0.2175	0.25665	0.27885	0.08441	0.25065	0.23527	0.23702	0.07321	0.31969	0.31492	0.17698	0.32486	0.07948	0.07495	0.20017	0.25251	0.26035	0.21863	0.09747	0.16971	0.1818	0.22865	0.13156	0.16295	0.15421	0.1293	0.42976	0.30143	0.18597	0.22893	0.11993	0.05759	0.14933	0.10908	0.07187	0.07545	NA	0.20611	0.15207	0.2503	0.28395	0.21666	0.31158	0.2562	0.2564
PE 18:0_22:4	4.97938	5.12405	5.14583	5.09028	3.68696	2.18089	6.78976	6.84134	3.1872	6.46374	3.89332	5.28572	5.46608	5.3239	7.84555	3.43196	6.06031	4.58547	7.72632	3.69873	6.45048	9.9443	8.91454	7.27101	5.83194	6.75076	5.50181	5.58812	4.8533	7.09748	6.31437	5.79576	4.36488	4.42313	4.71709	4.29455	5.70468	11.96344	2.92914	3.80643	14.34434	5.46997	6.17134	5.19842	6.24232	6.0455	6.64536	8.79962	5.65825	4.14537	5.30078	8.46026	7.14232	8.94724	5.1329	3.98064	7.00852	2.17734	4.44908	6.10377	5.36654	8.01639	2.10756	7.2977	17.35812	7.40424	15.34782	5.43368	2.87906	4.77531	6.34676	7.50761	7.78915	6.98748	5.93547	14.29501	13.89768	4.52297	4.46605	4.81059	4.21735	10.95396	10.96459	7.80425	7.90749	4.97995	2.52716	6.35242	4.56258	3.03593	4.05665	1.00431	9.25509	7.36462	9.25581	9.8767	7.27656	7.54994	7.37007	8.23651
PE 18:0_22:5	1.05239	0.82101	1.63421	0.96648	0.73416	0.28267	0.9904	0.94073	0.99875	0.93848	1.45134	1.8106	1.15408	0.68444	1.18045	0.48601	0.87157	1.14547	1.5287	0.49764	0.69001	1.38032	2.08297	2.52112	1.21452	1.15371	0.87379	0.65261	1.46101	1.67444	1.46308	0.87728	0.50393	0.68099	1.02758	0.73812	1.87676	2.08618	0.34655	0.4051	2.27315	1.16013	0.94421	1.02842	0.88286	1.67151	1.24147	1.62512	0.95151	0.70593	0.61137	2.4595	1.42245	3.1695	1.23034	0.60189	1.3442	0.46428	0.90625	1.28269	0.97415	2.217	0.36473	1.41501	4.24183	1.59215	4.46716	0.66504	0.48055	0.94739	1.41782	2.05218	1.67561	1.02683	1.09586	5.0453	4.76362	0.90707	1.22447	0.65529	0.7734	1.86652	2.19928	1.80862	1.36799	1.16892	0.45343	1.26255	1.0788	0.6657	0.5426	0.15625	1.53099	1.81312	2.38439	2.77379	1.7137	2.00994	1.76264	2.22754
PE 18:1_22:6	1.17918	1.09201	0.93995	1.40604	1.10877	0.91421	2.01768	1.24841	0.90421	1.35187	1.15511	2.37508	1.02428	1.97586	2.235	0.70584	1.34538	0.87077	2.34997	1.69991	2.6317	1.98809	1.7664	1.19955	1.51578	2.1757	1.4646	2.5899	1.66692	1.69402	1.88785	1.8419	1.52072	1.70132	1.45227	1.11792	1.51801	3.05152	1.31914	1.08027	3.09703	1.45609	1.58588	1.26565	3.14781	1.62822	2.01468	2.1594	1.42012	1.44846	1.82569	1.55038	1.31831	1.32247	2.37228	0.86552	2.02818	0.62948	0.78142	1.75543	1.74944	1.21334	0.2932	1.22663	2.67624	1.88722	3.82871	1.03851	0.61433	1.21642	1.64815	2.604	2.60161	1.48389	1.09565	2.23932	2.20015	1.92435	1.62299	1.59919	0.59305	1.64944	3.10206	1.31235	2.57151	1.56471	0.7433	1.3724	1.31421	1.01296	1.20229	0.21874	1.72605	1.56241	1.70451	1.6746	1.45546	2.03048	1.65699	2.02514
PE 18:1_24:0	0.07208	0.10486	0.13147	0.09716	0.05394	0.06799	0.12477	0.05663	0.05505	0.10251	0.12654	0.13425	0.08472	0.11038	0.14007	0.02546	0.09983	0.06797	0.10235	0.08187	0.16549	0.18504	0.1237	0.11754	0.24798	0.21238	0.12793	0.15138	0.08378	0.13465	0.0648	0.15187	0.03315	0.08255	0.11516	0.14874	0.09614	0.17311	0.06727	0.1014	0.22915	0.17125	0.19627	0.17382	0.22911	0.07016	0.17515	0.18724	0.18208	0.14407	0.09127	0.123	0.13316	0.112	0.06624	0.04861	0.09848	0.14073	0.05216	0.18773	0.16856	0.08276	0.0195	0.15885	0.34195	0.10203	0.13646	0.09486	0.07111	0.09252	0.12747	0.10236	0.12048	0.14682	0.0885	0.12542	0.13195	0.12715	0.12851	0.1779	0.05859	0.21486	0.17191	0.16256	0.15883	0.05269	0.12422	0.1156	0.27196	0.10886	0.17656	0.07439	0.1679	0.26234	0.30071	0.40806	0.15916	0.18539	0.16517	0.16451
PE 18:1_24:1	0.04829	0.06577	0.05233	0.08994	0.03053	0.06873	0.18517	0.09314	0.02854	0.14562	0.03306	0.10186	0.08056	0.06616	0.10799	0.03452	0.09836	0.04599	0.12237	0.10478	0.22709	0.15918	0.0762	0.11157	0.13712	0.16856	0.10514	0.17302	0.06598	0.13708	0.09629	0.1099	0.06312	0.04896	0.08332	0.07772	0.06049	0.12197	0.06957	0.08469	0.19241	0.05117	0.10305	0.09453	0.20352	0.06751	0.17204	0.14263	0.10339	0.07496	0.07648	0.07714	0.16322	0.09971	0.09862	0.05141	0.11935	0.02158	0.03493	0.10416	0.13296	0.10766	0.02617	0.14598	0.20631	0.11616	0.19185	0.05559	0.0215	0.06922	0.13818	0.11673	0.1152	0.05174	0.06121	0.10332	0.10245	0.0703	0.07448	0.06909	0.05329	0.18125	0.12871	0.10975	0.11379	0.07338	0.02319	0.06211	0.02601	0.03966	0.04741	0.00711	0.14109	0.07892	0.15218	0.177	0.10657	0.15306	0.14162	0.1405
PE O-20:0_20:4	0.08983	0.09798	0.1731	0.23256	0.1781	0.04512	0.14914	0.18651	0.08107	0.27897	0.10989	0.13451	0.31774	0.11624	0.26497	0.08359	0.16137	0.16404	0.22208	0.08414	0.14163	0.18534	0.16943	0.20828	0.20272	0.19326	0.12065	0.14079	0.1621	0.1568	0.15294	0.21125	0.08761	0.12461	0.11527	0.07079	0.11633	0.18287	0.04019	0.06233	0.19568	0.16638	0.1011	0.16407	0.08834	0.16445	0.14229	0.22624	0.17434	0.06938	0.06952	0.11202	0.17516	0.25634	0.05396	0.08817	0.24901	0.06064	0.0627	0.12856	0.17236	0.21897	0.0508	0.24168	0.24429	0.3201	0.20247	0.09974	0.06813	0.11053	0.20847	0.1274	0.21339	0.10942	0.19191	0.40193	0.36652	0.06465	0.09469	0.08027	0.10532	0.23622	0.19038	0.20067	0.47027	0.07845	0.0391	0.30584	0.05586	0.09176	0.05469	NA	0.20567	0.24134	0.21123	0.24922	0.15766	0.22018	0.16937	0.22275
PE O-18:0_22:6	0.8808	0.95774	2.51811	1.29262	0.87409	0.32322	0.91646	1.21022	1.1937	1.38026	2.13184	1.16139	1.55503	0.77728	1.30171	0.57862	1.05086	1.60407	1.49861	0.60644	0.93158	1.73561	1.49149	2.23449	1.74181	1.32188	0.86328	0.94457	2.11955	1.44191	1.16312	1.46031	0.60392	0.57076	1.07474	0.71279	2.02544	1.56863	0.39791	0.48875	1.91068	0.97149	0.96535	1.13107	0.82612	1.85138	1.0313	1.21774	1.06078	0.45702	0.60659	1.17879	1.46995	3.28337	0.63248	0.76117	1.47225	0.61378	0.84275	1.51824	1.00878	1.88107	0.29037	1.77807	2.08578	1.26926	2.2647	0.67129	0.71128	1.43766	2.14437	1.98649	1.9063	0.89419	1.88255	2.97057	3.04801	0.7904	0.67162	0.65715	0.71537	1.39444	1.50519	1.34327	1.33852	0.76402	0.38944	0.9773	0.71994	0.69997	0.54845	0.09702	1.13072	1.75259	2.22644	2.08068	1.319	1.75946	1.34465	1.80061
PE P-16:0_16:0	0.43689	0.7692	0.36478	0.70486	0.44236	0.35626	0.75104	0.69643	0.41543	1.06252	0.43464	0.55487	0.88456	0.53945	0.73507	0.32823	0.95308	0.3441	0.80649	0.70071	0.89401	1.19029	0.77901	0.90631	0.9885	0.95036	0.64486	0.80938	0.60372	0.93197	0.61387	1.04171	0.46598	0.27842	0.59057	0.58942	0.53386	1.10862	0.47436	0.39824	1.04566	0.371	0.72187	0.63992	0.69253	0.77214	0.67532	0.66336	0.70036	0.3555	0.49049	0.43283	0.72868	1.17643	0.57333	0.44786	0.88322	0.5922	0.41131	0.65042	0.80254	0.61379	0.17237	0.82798	0.67445	0.65622	0.98497	0.55406	0.26034	0.54678	1.00928	1.038	0.94822	0.6044	0.74718	1.11525	1.09509	0.43174	0.44893	0.45135	0.28222	0.67767	0.88398	0.59351	0.412	0.47386	0.20508	0.49233	0.41827	0.39299	0.41041	0.04934	0.92938	0.57241	1.17696	1.40871	0.8874	1.20543	1.12255	1.0059
PE P-18:0_16:0	0.54118	0.77257	0.44	0.67774	0.41926	0.2754	0.59617	0.98004	0.36533	0.87961	0.40193	0.41157	0.79086	0.56484	0.8078	0.38956	1.0264	0.38445	0.82578	0.63117	0.74394	1.53908	0.77069	0.96365	0.88551	0.86348	0.64395	0.87715	0.60242	0.97563	0.50279	0.76984	0.43011	0.31147	0.60286	0.5513	0.54581	1.22487	0.43405	0.37829	1.19771	0.39654	0.67146	0.61126	0.6744	0.78283	0.58583	0.57433	0.68684	0.23744	0.45905	0.31629	0.67384	1.29813	0.35117	0.34359	0.89268	0.605	0.40415	0.75068	0.75708	0.60357	0.16031	0.80937	0.53783	0.63537	0.94196	0.54575	0.27856	0.57801	0.91409	1.01184	1.1114	0.65216	1.02692	1.18565	1.16496	0.39619	0.42826	0.48309	0.26754	0.73251	0.87847	0.52895	0.51579	0.38163	0.22045	0.5655	0.38849	0.47337	0.35483	0.09425	0.73845	0.81723	1.39864	1.52931	0.87471	1.0965	0.98958	0.96728
PE P-16:0_18:1	8.85998	12.44757	10.10855	13.64619	9.35916	7.98591	15.23346	12.14495	9.36439	21.78279	14.3049	12.22588	14.79919	12.94997	15.03936	6.41146	14.04418	8.80008	18.01053	11.5795	16.96155	16.30393	11.43423	12.10567	19.07365	17.00678	9.83634	15.12647	15.93792	15.53563	9.19075	22.27249	8.91212	5.5473	9.50547	10.11833	10.65647	17.65768	6.94975	6.84668	15.36988	7.5295	10.32271	11.29937	12.90501	14.1923	14.55367	11.05436	13.42973	6.37987	7.85138	12.5989	16.80041	16.8253	13.49018	17.48842	16.36169	8.77672	8.67979	15.33764	14.76786	13.65113	4.04859	16.06987	17.77394	11.74784	15.87902	8.75986	5.77701	14.16697	18.93441	17.38114	17.69362	9.7038	13.24887	15.73611	15.25778	8.54471	8.01221	8.22015	7.32449	14.32063	15.37395	8.74557	10.85869	6.90843	3.37976	9.61782	7.23402	6.98565	8.64862	1.14233	12.56993	9.11908	12.61076	11.79539	9.94232	14.7334	11.53118	12.67903
PE P-16:0_18:2	0.94149	1.72722	1.44771	1.83049	0.9919	1.58408	1.73091	1.42085	1.4571	2.25097	1.47557	1.46999	1.46496	1.45392	1.35729	1.04309	1.9319	1.4735	1.31713	2.7323	2.2232	2.0902	1.18592	1.24871	3.22654	1.86443	1.7107	2.41423	1.34556	1.23534	0.63535	2.77657	1.17822	1.09269	1.31169	1.52232	1.78975	2.22208	1.65621	1.22799	2.21946	1.24179	2.02593	2.34471	2.38787	1.54594	1.44318	2.2318	1.7701	0.47708	1.21024	1.26168	2.12387	1.2383	1.72161	1.87406	2.05408	0.66174	1.38537	1.739	1.53725	1.02496	0.58996	2.2877	1.33268	1.17461	1.47015	1.16763	0.87492	2.21723	2.92572	1.82497	1.98852	1.73845	1.89595	1.508	1.64343	1.44105	0.77711	1.30251	1.32035	1.83	1.63468	1.49559	1.57874	1.10418	0.56349	1.86837	1.14494	1.0674	1.61511	0.25648	1.90282	1.63196	1.56912	1.6396	1.61253	2.00979	1.47918	1.43858
PE P-18:0_18:1	5.30703	7.18054	7.87919	7.70695	7.57981	4.60488	7.31873	10.28328	6.84589	10.32926	12.04773	5.40652	11.56425	9.78685	8.25771	4.23781	7.93524	6.68468	10.75993	5.52882	6.61042	9.68684	6.32226	5.95764	7.53761	6.6955	4.89175	8.9179	8.84439	7.68256	3.97527	9.22464	4.9534	2.51523	5.19292	4.56339	6.56508	8.63791	3.26795	3.28107	7.86198	3.74089	4.66796	4.80192	6.39637	6.93136	5.68356	5.11434	7.85163	2.38316	3.2818	6.24644	8.18768	10.58393	6.16326	9.58207	9.0045	5.9812	5.46672	9.73685	5.60719	7.20853	2.77445	7.03268	7.12742	4.70854	6.97252	5.39987	4.36005	7.79103	8.3129	9.94688	10.38712	5.04618	9.59316	9.96864	9.26138	3.80742	3.94793	4.30373	3.71167	6.10168	7.97887	3.13095	6.19305	2.31238	2.2252	5.17183	4.37725	3.42031	3.60352	0.56616	4.25069	5.05024	6.77765	5.75493	4.4345	6.69134	5.21129	5.94746
PE P-18:0_18:2	1.65423	2.90395	2.88855	2.97522	1.84135	2.41681	2.35168	2.94027	2.00538	3.35698	3.05279	1.88163	2.97321	2.70305	2.24257	1.96952	3.17095	2.63319	2.40892	4.29094	2.87841	3.68403	1.89477	1.84166	4.68196	2.5704	2.70697	4.29916	2.76139	2.26478	1.10691	3.95801	1.88006	1.50354	2.11585	2.02641	2.78813	3.31466	2.28466	1.83212	3.35597	2.31089	3.03921	3.03921	3.41835	2.93306	2.07937	3.64533	3.70875	0.63015	1.75238	1.45744	3.09591	2.14837	1.84053	2.68357	3.23652	1.54686	1.87564	2.76914	2.37067	1.83748	0.81037	3.13187	1.81013	2.42715	2.20649	1.97304	1.74245	3.91068	4.18129	2.92174	3.60286	3.32798	3.56015	2.87952	2.9883	1.77572	1.18802	1.94603	1.89735	2.71418	2.6311	1.92234	3.49727	1.59612	0.85465	3.14042	1.37712	1.83603	2.56052	0.37568	2.22216	2.97129	2.4707	2.56121	2.14993	2.66729	1.87259	2.10806
PE P-16:0_20:3	0.68006	1.00589	1.16941	1.2248	0.71796	0.70331	1.07386	0.86439	1.15068	1.3364	1.22572	1.35829	1.66078	1.13636	0.94471	0.56832	1.12671	1.10371	0.88822	1.17155	1.2297	1.1744	0.85689	0.95518	2.06332	1.42042	0.6972	1.10933	1.29647	1.05605	0.55571	2.17732	0.76455	0.72301	0.89976	0.81263	1.17778	1.28795	0.8575	0.74308	1.4027	0.85161	1.17349	1.51394	1.27709	1.25022	0.97776	1.67282	1.41949	0.40125	0.69928	0.72314	1.13045	1.0929	1.01462	1.15235	1.30136	0.78061	0.84777	1.27859	1.15208	0.7238	0.42146	1.122	1.00578	0.73404	0.99171	0.72031	0.56986	1.07735	2.05853	1.63712	1.18241	0.89555	1.18591	1.32402	1.3493	0.8999	0.64869	0.80492	0.88288	1.17539	1.02769	0.90833	0.81374	0.6028	0.40314	1.19583	0.87308	0.56711	0.79166	0.1871	1.57573	1.05908	1.02671	1.06532	0.93086	1.19918	0.93836	0.95471
PE P-16:0_20:4	35.38259	48.93161	46.3681	49.72257	40.99734	32.49118	58.68819	41.10706	54.72174	64.37388	78.92118	56.09122	65.37749	65.88352	50.14871	26.37114	52.57453	42.15211	52.30798	41.65711	61.78027	51.70941	49.66686	49.85914	51.18856	45.41691	37.22926	51.30127	60.1391	55.22785	31.16927	85.38474	38.72419	31.05991	47.63342	45.88697	51.52059	67.35701	33.28186	33.87153	64.82976	36.84676	48.39934	43.14928	53.73895	61.51189	44.90884	47.90873	46.36869	26.32636	33.65776	59.49393	57.48078	63.18306	62.54564	49.17293	54.82333	50.58773	39.54776	56.12116	37.37093	49.33262	18.72717	54.33117	59.23692	36.86356	64.22687	41.58131	23.88057	45.0997	60.86626	67.37659	56.92829	32.79845	50.741	66.94397	63.26487	43.43771	33.05751	33.42679	34.20885	57.10576	54.99697	39.88053	31.80723	31.70167	21.9129	34.60805	46.17135	25.9125	28.1997	9.13732	63.64142	44.4275	48.94003	45.89517	38.99772	49.91243	44.30811	44.76418
PE P-16:0_20:5	0.86773	0.80249	0.53909	0.91177	0.40666	0.71849	1.39527	0.59038	0.69898	1.12305	0.67366	1.43987	1.91024	1.40796	0.92108	0.89997	1.01228	0.48181	0.57971	1.27845	1.53515	0.80119	0.80227	0.44863	1.43198	0.91385	0.67238	2.99191	0.65706	0.66601	0.38181	2.18053	0.92448	0.96423	0.62806	0.72304	0.55646	2.20982	0.95057	0.82178	1.18715	0.85479	0.84173	1.24911	3.1297	0.73166	0.7315	1.94845	1.40047	0.28934	1.17071	0.29615	1.19132	0.54851	0.70456	0.67458	0.92373	0.98405	0.54223	1.14839	0.77462	0.37192	0.37597	1.06017	0.54127	0.57011	1.06832	0.77015	0.50109	1.03559	1.45103	1.15746	0.81866	0.94633	0.88188	0.96378	0.94763	0.90655	0.54135	1.11597	0.80321	1.39822	1.36957	0.50036	0.72585	0.44526	0.44105	1.42427	0.7493	0.44536	0.84256	0.28277	1.59787	0.86403	0.69217	0.6998	0.54776	0.82774	0.5428	0.61852
PE P-18:0_20:3	0.18962	0.31494	0.46488	0.30978	0.22289	0.19265	0.30469	0.29397	0.2928	0.358	0.47715	0.26736	0.27601	0.2681	0.30356	0.15603	0.29188	0.38355	0.22703	0.29576	0.36057	0.44387	0.2004	0.26959	0.58526	0.28525	0.23755	0.37848	0.48092	0.23602	0.17243	0.44489	0.16794	0.18646	0.2268	0.1885	0.36105	0.4218	0.15934	0.20515	0.40199	0.2177	0.22096	0.37137	0.32951	0.35307	0.21243	0.30795	0.2387	0.10392	0.13931	0.16036	0.41749	0.41128	0.24026	0.22519	0.37788	0.17998	0.18443	0.37984	0.21508	0.27163	0.09318	0.45849	0.22843	0.26352	0.36607	0.2135	0.18059	0.3407	0.55878	0.46095	0.43474	0.25678	0.52139	0.49049	0.4322	0.16925	0.12314	0.1825	0.19563	0.33637	0.25924	0.20817	0.30523	0.1648	0.08244	0.20489	0.09069	0.15264	0.17382	0.02607	0.23794	0.42128	0.38291	0.33201	0.27864	0.32688	0.2059	0.29492
PE P-16:0_22:3	0.56521	0.84805	1.20266	1.31184	0.65378	0.44784	0.89281	1.12543	0.72522	1.27796	0.91403	0.9382	1.62128	0.82468	1.07962	0.52744	0.95998	1.01901	0.92751	0.88912	0.9058	1.46891	1.02367	1.10295	1.8277	1.43863	0.87253	1.13765	1.1749	1.08457	0.71802	1.76053	0.6044	0.63565	0.89976	0.63843	0.96755	1.13789	0.60022	0.54359	1.38468	0.84489	1.00518	1.32122	1.01122	1.20232	0.90583	1.416	1.38659	0.33553	0.55158	0.56191	0.98173	1.35172	0.47905	0.72824	1.44278	0.68466	0.49316	1.19783	1.1591	0.96828	0.26661	1.08554	1.02813	1.12384	1.08206	0.62967	0.61162	1.12727	1.88587	1.55868	1.5556	0.85247	1.22809	1.75275	1.80228	0.58951	0.69647	0.64583	0.60468	1.00807	1.11106	0.86226	1.24901	0.44788	0.33747	1.29592	0.50016	0.5804	0.60209	0.14378	1.16579	1.13316	1.17048	1.17008	0.8345	1.18434	0.87847	1.01934
PE P-16:0_22:4	11.50028	15.48253	16.26781	16.80346	13.41657	6.95567	17.29447	18.26214	13.79108	24.28239	17.20247	11.53087	25.41825	17.50891	19.61418	8.62404	19.10396	13.99503	21.30665	9.86815	18.6955	24.49012	18.21617	19.6875	22.59056	17.71871	14.68366	15.77398	19.05224	18.39763	13.98829	22.51538	11.99097	9.99897	11.4949	10.90196	14.36911	23.97516	6.75494	8.50798	27.02183	11.36368	14.31083	16.39586	12.44933	19.18198	16.7743	17.89901	14.58658	8.6859	11.0987	14.76662	19.41284	26.75514	10.1544	15.39823	19.17224	9.69762	10.7753	16.95867	15.13847	15.72426	5.43578	21.46229	24.00974	15.08606	20.35643	11.41216	7.78125	14.96916	24.91526	20.49443	18.54079	13.0821	18.80447	23.96738	23.95936	10.73035	8.22898	9.53876	9.47361	22.94295	21.17001	18.50164	15.93386	8.4956	5.01596	14.95864	10.06475	7.60935	9.4211	1.88696	22.7734	14.30611	18.57927	19.90754	15.11201	18.55799	15.63213	17.76736
PE P-18:0_20:4	60.58671	77.57422	100.95984	84.62851	74.58448	50.10192	85.59898	98.39115	82.86543	91.57716	150.10606	61.36157	128.92361	129.81638	87.73805	44.59571	89.09992	90.55483	95.01326	59.62157	81.58644	105.579	81.87001	72.20166	75.86619	68.34523	61.95147	92.4416	110.9445	86.2018	52.46152	101.79788	63.18653	32.92957	74.12247	60.55158	88.62414	93.41354	40.36015	41.74342	95.97926	43.88734	70.70032	54.23245	72.89689	86.60863	57.68865	54.64366	64.11091	31.33514	43.00392	59.85149	80.92016	116.35661	65.78391	72.99618	91.33126	78.27173	59.0299	97.88117	56.82107	77.95664	26.54315	78.944	73.32123	62.05438	90.40102	67.5066	52.85334	79.80289	91.00707	111.30064	110.0398	54.2809	106.95031	118.36866	107.95141	48.43256	42.43742	47.14895	38.64351	76.74226	87.9418	44.90877	59.23492	34.91091	32.57277	45.76976	46.73947	39.69746	41.08809	9.01236	59.68126	72.67992	83.85326	70.3996	55.26626	77.5012	62.51871	69.31899
PE P-18:0_20:5	2.3564	2.83858	2.79257	2.95431	2.0014	2.15817	4.23128	1.87853	2.50529	5.1596	6.37902	4.46899	6.34717	6.29893	1.72947	2.23639	3.34096	2.86326	2.99696	3.05275	4.23319	2.27082	2.4954	1.62782	2.70999	2.31271	2.57789	3.78553	4.77488	2.76833	1.08346	5.07635	3.69545	0.83067	1.53619	1.85461	1.5869	4.23205	1.85082	1.94873	2.22506	1.59575	1.97921	1.78917	2.73607	3.24115	1.64198	4.12733	2.44654	0.84159	2.12873	1.56602	3.72134	2.33415	2.39772	4.11541	2.36054	4.19963	1.99292	3.82771	1.62831	1.50005	0.9236	3.2485	1.2345	0.86281	2.15129	3.05087	1.58824	3.32859	2.63951	3.3949	2.14443	1.64176	3.43078	3.60233	3.51989	1.99247	0.93623	1.80034	1.20649	3.29194	3.93068	0.71863	0.9339	0.9526	1.38193	1.6544	1.37429	0.89018	1.58376	0.42642	3.72344	2.24313	1.9609	1.98055	1.19106	2.58581	1.94862	1.67614
PE P-16:0_22:5	19.01868	28.30581	22.31938	33.74882	28.51483	20.25311	40.13931	33.34586	26.872	50.10246	37.78054	26.89339	37.64667	43.34552	29.692	14.32434	32.42406	23.00088	38.52724	29.09829	41.4573	37.52199	26.18961	29.4864	30.93271	33.15174	26.33996	34.52736	32.00432	38.13557	23.76479	41.74143	26.56247	15.31622	26.91801	23.72056	27.44498	37.85975	20.20319	19.72531	42.30935	16.65864	31.91438	23.82582	30.77956	29.33793	29.60745	21.30709	22.39479	17.86063	21.13206	35.23046	42.8983	39.85373	43.17906	30.46786	40.39492	27.90087	20.4362	30.05282	26.83201	30.70214	12.70841	37.80263	35.10433	26.69789	42.12535	20.23974	13.78383	24.23042	34.5962	36.0989	38.58591	18.33581	27.81043	36.42657	35.39786	21.0235	19.42653	18.57807	21.3813	38.67202	31.97301	21.85607	23.5162	20.75526	10.67995	18.67641	23.94748	15.59701	17.02828	4.00786	34.46902	21.19047	29.98233	27.52946	23.90316	34.43328	29.69973	30.1828
PE P-16:0_22:6	12.92048	13.922	11.87391	15.1868	10.00181	11.38582	17.72563	12.98544	12.48657	17.64076	18.35553	22.84811	14.64609	18.10473	22.0696	7.98094	17.3914	9.53276	21.16552	15.59478	21.52591	19.19777	16.61446	10.82834	18.02871	16.29515	14.79393	24.10103	21.78533	17.27093	12.67433	21.07588	13.04745	13.19327	15.68422	14.53518	16.56643	29.24293	12.2258	9.96114	23.08214	14.81881	19.4909	14.5997	25.06531	19.23945	15.03559	18.47944	16.44457	8.90731	14.00124	11.16533	13.80988	13.03185	12.48919	11.95095	15.45009	9.21403	9.76118	22.45668	13.62885	10.23449	2.4581	12.39674	15.14103	12.30474	18.71722	11.95115	7.52791	14.70469	21.18486	27.85884	19.87706	12.90985	15.06587	19.2554	18.89877	18.02861	9.43537	14.81447	5.17136	12.1823	26.40476	9.85279	12.16199	8.6679	8.29148	11.57039	11.73924	7.35429	11.11343	1.83891	15.89349	13.79305	15.42964	14.88254	11.85477	16.53461	13.47504	15.18169
PE P-18:0_22:4	6.835	8.55051	10.37411	9.43719	7.80154	3.12094	9.31949	14.19706	6.2155	12.40893	8.64026	4.66826	13.82575	9.9859	11.73194	5.1158	10.00461	8.97978	12.38219	5.09514	8.49952	16.24562	9.80697	9.52841	10.09265	8.95387	7.8851	9.1715	8.99375	9.18829	6.75236	9.82982	6.6574	4.11769	5.97983	4.65518	7.81273	12.35565	3.2772	4.25449	15.05786	5.54405	7.53754	7.0231	6.38819	9.39007	7.51931	7.80095	7.66295	3.4057	5.36759	5.61754	9.94867	14.92344	3.33879	7.34865	11.59901	4.59453	5.70164	9.66522	7.38435	8.87208	2.66098	10.98369	11.32617	7.6426	9.88218	7.03294	5.09416	8.51339	10.71807	10.31224	12.46835	6.88761	13.30412	14.55883	14.19741	4.4718	3.65422	5.30079	4.51244	12.11667	11.19352	7.06376	11.31145	3.37904	2.80063	8.53319	4.41345	4.03584	4.15992	0.81664	8.23965	8.5084	10.19023	10.26361	6.76312	8.70935	7.17551	8.92501
PE P-20:0_20:4	0.62184	0.97817	1.07005	1.70734	1.28458	0.79432	1.47275	1.21176	0.73557	1.42937	1.19269	1.36771	1.65678	1.12565	1.52145	0.69963	1.35868	1.07771	1.48867	1.09525	2.31785	1.87445	1.06259	1.41478	1.58039	1.47766	1.01042	1.69234	1.34202	1.19236	0.86513	2.129	1.03408	1.25076	1.34834	0.87517	1.45655	1.96815	0.76771	1.08287	2.95365	1.55017	1.13044	1.53756	1.64945	1.55252	1.27533	2.35258	2.4239	0.56972	1.22289	0.90541	1.61495	1.14939	0.96268	0.84639	1.3041	0.69785	0.62457	1.29357	1.19312	1.69844	0.35675	1.65912	2.12264	1.42871	3.0963	0.8325	0.49588	1.24303	1.71935	1.2974	1.5416	1.00784	1.02644	1.65124	1.82023	1.11671	0.9376	0.95671	0.99238	2.26103	1.46531	1.52131	2.50897	1.32123	0.53151	1.82073	0.64394	0.70069	0.88148	0.21195	2.35149	2.39058	1.59228	1.95574	1.3836	1.66675	1.44005	1.48483
PE P-18:0_22:5	4.32201	6.53766	5.18245	6.45871	5.7164	3.94861	7.84455	9.03339	5.18513	9.18507	7.67779	4.8764	11.88896	8.61788	6.38249	3.78698	7.11445	5.66895	6.47044	4.5816	6.5045	8.22153	4.97836	4.06721	5.88813	5.19916	4.23873	8.47961	5.26705	5.93685	2.9314	7.85811	5.11023	3.23577	4.89191	3.97878	5.46095	8.86151	3.34622	3.46379	10.67198	3.90009	4.54457	4.99672	6.52266	5.53922	4.56811	6.08946	5.91361	2.01928	3.91899	4.22955	9.06225	5.89314	4.23422	6.82996	6.66705	4.97415	3.94976	6.75291	4.47014	4.25073	2.58697	6.58064	4.47414	4.1227	6.02639	4.28309	2.52658	5.1707	6.51315	6.2057	6.38306	4.13924	7.04444	6.90657	6.79761	4.67085	3.12966	3.84554	4.13513	9.76559	6.82178	3.45731	7.6384	2.56901	2.27208	6.063	3.80214	2.80526	3.61537	0.84076	5.9548	5.27137	5.23577	5.0788	3.6448	5.73571	4.1222	4.80921
PE P-18:0_22:6	13.42586	13.33847	15.13233	14.06553	9.89269	10.05213	14.90375	17.0443	10.64668	13.675	18.78439	14.87744	16.7754	20.22334	21.37923	8.0206	16.56341	11.48088	19.67863	13.34479	15.77156	21.8158	16.32231	8.57037	15.42999	13.94736	12.83033	24.76696	20.41034	15.03038	10.17687	14.816	11.75906	7.98562	13.78902	10.74989	15.3197	22.59838	8.74513	7.10218	18.10218	10.02359	16.56283	9.64944	20.35958	14.96055	10.58234	12.15676	12.42198	5.22213	10.18431	6.48517	11.51741	12.84864	7.32365	10.8093	14.35463	8.19043	7.88897	20.7075	11.44104	8.92579	2.03587	10.42495	10.00326	10.15498	13.74407	10.53602	10.08092	15.02717	17.81911	25.83832	21.8505	12.24875	18.61448	19.0204	18.07238	10.86446	6.82089	12.69214	3.46504	8.85545	24.16935	5.7118	11.69036	5.43992	6.00242	9.87087	6.9012	6.53611	8.86009	1.13253	9.02811	12.40833	14.05091	12.55574	9.51893	13.2138	10.57709	12.33239
PE P-20:0_22:5	0.29002	0.31536	0.39869	0.61032	0.47111	0.34579	0.77757	0.48633	0.31829	0.6653	0.47881	0.47725	0.54396	0.36735	0.5992	0.23026	0.40822	0.45706	0.65027	0.35838	1.19005	0.64933	0.47565	0.5663	0.52595	0.64128	0.35385	0.56851	0.48747	0.67472	0.44826	0.52459	0.4253	0.37481	0.45512	0.24549	0.4472	0.59472	0.32161	0.482	1.56625	0.53639	0.37816	0.40692	0.57817	0.54149	0.68323	0.75224	0.6789	0.28432	0.45285	0.56084	0.75185	0.52553	0.7273	0.39595	0.59897	0.20065	0.26552	0.28745	0.50873	0.79472	0.15129	0.68232	1.09	0.43665	1.63551	0.2375	0.16724	0.49648	0.61417	0.41436	0.58088	0.31805	0.38717	0.52517	0.68723	0.33686	0.44052	0.30638	0.36006	1.0612	0.58396	0.5974	0.92591	0.61723	0.13322	0.53908	0.27115	0.23258	0.24309	0.05262	1.21883	0.60756	0.61289	0.70975	0.48884	0.64756	0.59581	0.54622
PE P-20:0_22:6	0.17939	0.12304	0.19242	0.21904	0.25733	0.22842	0.23633	0.20113	0.19815	0.13041	0.33641	0.30003	0.3792	0.30378	0.33002	0.17924	0.12999	0.18182	0.23641	0.27717	0.21594	0.16771	0.19134	0.05835	0.10905	0.06978	0.09111	0.30459	0.14519	0.20441	0.04014	0.05974	0.2037	0.18831	0.13653	0.07172	0.20944	0.33563	0.12106	0.10891	0.34392	0.20312	0.09413	0.11785	0.29726	0.15407	0.15007	0.41171	0.24309	0.01745	0.16995	0.13255	0.16416	0.12583	0.15775	0.10514	0.19903	NA	0.16258	0.14084	0.07758	0.12683	0.03555	0.06759	0.14739	0.07552	0.31314	0.1326	0.04389	0.19451	0.12554	0.25375	0.2135	0.10643	0.17564	0.26537	0.25992	0.17431	0.12537	0.16349	0.03016	0.22913	0.40792	0.06362	0.25574	0.07915	0.0765	0.17732	0.11638	0.01615	0.06027	0.01857	0.22782	0.21237	0.17372	0.18429	0.12592	0.16397	0.10939	0.13254
PS 16:0_18:0	0.35004	0.87663	0.26324	0.18946	0.38541	0.18856	0.80606	0.62323	0.1946	0.80392	0.20713	0.87178	0.30451	0.41881	0.92916	0.33639	1.13939	0.41622	1.00271	0.42273	0.90578	1.38086	0.75073	0.94541	0.50509	0.97414	0.96323	0.76648	0.30592	0.93186	1.14803	0.88486	0.52326	0.35075	0.42593	0.35112	0.31428	0.73176	0.23994	0.2874	1.35873	0.17562	0.35284	0.26893	0.72499	0.47991	0.85786	0.27892	0.40043	0.3599	0.42576	0.62034	0.81958	0.71564	0.70346	0.15562	1.0184	0.6377	0.49465	0.38535	0.88448	0.59943	0.12865	0.49671	0.54739	0.79187	1.7965	0.51007	0.17171	0.37201	0.58605	0.64669	1.2143	0.36305	0.5384	1.24533	1.02652	0.35834	0.47907	0.40695	0.12672	0.81596	1.09186	0.79213	1.05059	0.35514	0.09714	1.14764	0.07393	0.40569	0.21483	0.00477	0.84764	0.80085	1.06008	0.93163	0.61426	0.70281	0.9153	1.14663
PS 16:0_18:1	0.45981	1.2132	0.71909	1.14797	1.31917	0.76081	1.80733	1.19047	0.56479	3.09935	1.14828	2.41665	1.10211	0.84471	1.73958	0.45911	1.2001	0.84287	1.9937	0.70789	1.41886	1.11351	1.09004	1.23615	0.62893	1.1723	0.94244	1.14961	0.94535	1.32816	1.03928	1.6024	0.77944	0.71713	1.48572	0.84	0.8752	0.83254	0.47667	0.19384	1.78444	0.29456	0.59444	0.45933	1.25373	1.12863	1.37555	0.6078	0.90193	0.57021	0.56579	3.46631	1.74948	0.90287	1.54369	1.04684	1.46668	1.44814	1.02766	0.95204	0.8988	1.03475	0.47877	0.78421	1.61885	1.10232	1.96488	0.55238	0.28636	0.75369	0.88204	1.28707	1.22847	0.55839	0.64313	2.19189	1.72525	0.73524	0.73517	0.60723	0.47299	1.79569	1.70897	1.40264	1.20503	0.35633	0.1746	0.59177	0.21043	0.32275	0.33974	0.08023	1.49893	0.72888	1.41077	1.30508	1.3648	1.48253	1.72602	1.65233
PS 18:0_18:1	44.43312	104.53299	83.50234	93.16675	49.48991	38.11853	86.00429	85.72456	36.07823	146.19269	115.31563	95.92803	62.71827	58.71189	111.46451	34.77765	103.76772	80.40916	139.25837	51.40303	79.03138	142.33173	78.24644	76.40883	71.01997	105.84709	72.33927	96.29091	89.90478	78.82916	74.66494	154.66986	65.47576	29.31758	56.48648	29.93771	36.23856	68.43053	28.27902	12.95493	60.29224	13.50465	29.99458	27.69665	73.80029	69.59188	77.27702	20.96299	75.11474	31.73821	43.59663	98.25946	109.28214	66.25251	86.30958	90.71626	114.82256	69.6198	61.37682	104.49662	78.33486	120.52614	20.02336	68.06733	93.82413	49.592	207.74865	40.85008	26.96289	100.42569	102.19793	63.84166	180.88902	30.40053	45.74385	126.92024	100.01627	43.43975	32.22439	25.29552	18.07763	76.49826	97.7212	45.12426	24.29756	18.90992	10.47014	25.95407	21.65439	21.18017	25.0584	3.80124	49.66749	58.046	114.82528	85.95455	63.61577	60.06268	76.83727	86.24612
PS 18:0_18:2	1.71754	3.41367	2.78394	1.7797	0.99141	1.04707	3.03007	1.91793	2.01233	3.80258	2.36206	4.93651	2.36695	2.09163	2.25993	2.06901	3.03517	3.56673	3.01067	1.87242	3.68044	2.13204	1.99555	2.37017	1.97162	2.89291	1.96349	3.37189	1.54488	1.72127	1.47626	4.96427	1.87626	1.03974	1.45314	1.29375	3.33492	3.0082	1.15377	0.62291	2.95376	1.02327	1.33629	1.5442	2.61642	1.70162	2.61812	2.15933	2.17836	1.01816	1.7815	4.27632	3.4991	1.20305	3.14223	1.88802	3.16203	3.14784	3.87801	1.79243	1.99818	1.8538	1.12148	3.08398	2.24879	2.29759	3.09779	1.64334	1.00688	2.96815	2.15434	1.93708	3.7643	1.26665	1.86738	3.45123	2.05738	1.59032	1.27298	1.09897	1.53527	4.47829	3.18344	3.16591	1.88657	0.56582	0.42309	1.41061	0.50028	1.16748	1.30426	0.34589	3.05516	1.96805	2.28165	2.32632	2.31911	2.50575	2.01493	1.94929
PS 18:1_20:1	1.22711	2.88261	2.28499	3.51609	2.35066	1.59236	3.29507	3.39663	1.47046	6.4962	3.40113	3.79257	2.59691	2.48129	3.11724	1.46599	3.23478	2.95424	4.84012	2.06455	2.61487	3.40276	1.60865	2.11841	2.24078	3.63572	1.69625	4.73576	1.74717	2.37612	1.74745	4.51079	2.18373	0.72042	1.18521	0.9684	1.07859	1.81587	1.01435	0.4833	1.75938	0.37143	0.68352	0.89658	2.38083	1.16222	2.27917	0.63358	1.8877	1.18215	1.09176	2.66894	3.6738	2.08204	3.71814	3.66028	3.03929	2.72639	1.75441	2.32315	2.64449	2.9423	0.64091	2.15723	2.04228	1.5077	4.51192	0.69645	0.61418	2.20295	3.09423	1.59498	4.57288	0.63123	1.07557	3.71734	2.29492	0.76066	0.94613	0.88765	0.4915	2.10068	2.33574	1.54678	0.74329	0.54118	0.21641	0.62671	1.10021	0.55594	0.88665	0.17698	1.42307	1.45536	2.3718	2.05845	2.3134	2.17867	2.70358	2.65932
PS 18:0_20:3	4.21176	7.29679	5.89221	6.88592	4.92754	2.92233	6.51302	5.99639	4.83789	8.44901	8.85173	12.79592	6.5672	4.93698	6.84861	3.75165	5.10954	6.25359	5.97494	3.37243	5.66438	6.75039	6.70725	5.8122	4.52568	8.69576	4.76644	5.69285	4.65785	6.30432	4.79574	10.65639	4.20709	3.07529	4.4911	2.85602	5.04249	5.98998	3.55557	1.80638	6.52767	1.6801	4.02102	3.78125	6.52709	6.43993	6.30847	2.80132	7.2219	2.93784	3.87436	9.72397	7.21143	4.34878	7.10181	5.83289	9.0853	8.3283	8.0903	6.42354	7.16814	5.52534	2.21393	5.4143	6.54929	4.25936	12.81225	3.85773	2.17006	6.19302	5.92045	5.53825	10.7424	3.20866	4.14343	11.76313	8.00366	4.92292	4.34599	2.83971	2.95199	6.83035	7.86289	3.93978	3.28134	2.21714	1.72848	4.49802	2.86034	3.06585	2.29819	0.60798	7.68436	5.43665	6.35721	5.17511	4.84063	4.90079	5.10546	5.39828
PS 18:0_20:4	4.47952	9.71915	7.55688	6.43393	9.06274	3.57798	8.85076	6.16739	4.87083	11.4967	8.37958	12.14358	7.36717	9.38386	10.98669	4.47083	7.30708	8.58594	9.65005	3.69992	7.22872	5.48581	8.13536	5.66845	3.59445	5.68384	7.62339	5.29755	5.00551	6.78058	5.94794	9.78926	5.79763	3.6897	5.38564	3.16023	6.83541	6.87523	3.05146	1.40948	9.1505	2.91342	4.72948	3.04951	6.62214	5.84896	6.29701	5.1623	6.24701	3.02176	5.02033	15.99505	12.31898	6.00577	10.15745	5.05043	7.41553	8.61839	11.4025	5.7795	5.23979	7.87792	3.32189	7.17602	9.71206	6.15104	14.87915	5.58653	2.05892	8.19167	6.40062	7.24412	10.38203	3.41737	7.04082	15.45903	11.85044	5.37172	5.14954	3.29987	3.21109	13.45272	10.83261	6.70846	11.46081	2.35479	2.11844	8.45204	4.43812	2.50287	2.2744	0.61904	10.59872	7.17358	7.42406	7.8432	5.70491	5.85171	6.59033	7.92937
PS 18:1_22:1	0.90772	1.869	1.46861	1.94644	1.86518	1.36348	1.97933	1.64075	0.95744	3.5399	1.8045	1.89562	1.62237	1.3247	1.24674	1.26792	1.87676	1.63481	2.52797	1.48595	1.50333	1.50431	1.25315	1.09258	1.28516	1.8111	1.19166	2.66474	0.9309	1.17446	1.1535	2.1206	1.49724	0.36154	0.943	0.68278	0.85542	1.16831	0.55727	0.34516	1.03594	0.12472	0.48215	0.63872	1.01188	0.88006	1.4351	0.3108	1.24932	0.64074	0.72793	2.23358	1.54559	1.04494	2.63646	2.43366	2.02992	2.16595	1.40752	1.46918	1.54677	1.66498	0.51176	1.43241	1.33567	0.87345	2.4583	0.98828	0.48702	1.77778	1.70424	1.14912	1.90261	0.65481	1.01675	1.76822	1.46935	0.78762	0.68856	0.62392	0.5523	1.62164	2.13434	1.03684	0.50592	0.41834	0.23616	0.41478	0.64254	0.51155	0.52209	0.10064	0.91876	0.95032	1.46513	1.03555	1.15976	1.02134	1.49682	1.30659
PS 18:0_22:4	7.98388	14.38475	9.77773	9.83929	8.3357	3.78585	11.70797	10.67614	5.83511	15.12432	9.87114	11.82458	8.0229	8.73488	14.75961	7.99947	11.94257	10.02132	15.40382	4.78306	7.87535	14.50121	14.30215	9.33914	5.86463	12.43134	8.92221	9.76602	6.76261	8.92432	11.22274	12.39219	7.96064	4.79333	6.35747	4.96009	6.20506	11.7318	3.14366	2.25393	11.82083	3.01805	7.02591	4.8065	8.4663	9.21852	9.69187	6.0767	8.97474	4.89844	7.18671	14.60764	10.75459	9.50333	9.7285	7.20725	13.44349	7.45764	11.47426	9.0041	9.04335	12.39904	3.57428	8.41385	18.52311	8.48811	26.55411	6.1201	3.02201	9.36361	9.14425	8.78979	18.72728	7.35336	7.26644	25.66302	18.68888	6.09433	4.62774	5.44089	3.33028	12.11104	17.89061	10.38563	6.69641	3.7092	2.54781	7.58106	4.11177	3.79503	4.24005	0.73461	10.56687	9.43001	12.93731	11.95538	9.311	8.14092	10.63658	12.28405
PS 18:0_22:5	5.06231	7.02247	6.49107	7.14442	5.45607	3.0057	6.98884	6.42829	5.41789	9.2579	9.99281	10.05949	6.93038	7.64756	7.53542	5.31551	6.87401	5.75701	8.84997	3.40495	4.16339	6.09278	6.816	6.49291	4.7438	6.69091	5.20022	7.48609	5.35204	6.07067	6.69446	7.93109	4.66444	3.27799	3.43689	3.29213	4.55566	6.91617	2.78701	1.2434	6.68335	2.40479	4.05403	3.43101	6.6665	5.90863	6.3031	4.35559	5.91376	2.63127	4.5175	13.44187	7.23703	6.22936	9.80362	5.88658	7.62902	6.15138	8.21699	5.60653	5.36313	7.76557	2.81977	4.47148	9.12143	5.05391	15.20932	3.40285	1.95026	6.11468	6.08451	7.09029	8.85449	3.4978	4.7386	14.5479	10.189	4.90565	3.74192	3.59924	2.68038	6.54516	10.64894	5.22889	5.42429	2.30855	1.5092	4.75476	3.03743	2.29818	2.21101	0.71051	6.40749	5.19048	6.33136	6.95361	5.10397	5.83125	5.94666	7.56075
PS 18:0_22:6	6.75098	11.53609	8.07555	10.25322	7.34151	6.17004	11.13265	8.05564	6.36893	9.60952	13.94642	17.15165	6.87872	10.99015	13.32743	5.02627	10.23415	7.25573	14.58333	6.12927	8.21344	9.82384	10.78999	5.51003	6.15618	10.46199	8.38032	13.16737	8.08615	7.58997	9.35055	11.01151	7.13093	4.48536	7.99308	5.53239	6.19955	9.96812	4.56944	2.1794	6.52889	3.10735	7.01098	3.2858	12.79178	8.51004	7.52145	4.78682	9.37404	3.71932	7.31847	12.84789	7.87186	5.03451	12.45875	7.5017	10.65721	6.79515	9.71634	7.99696	8.10025	6.92244	1.92482	4.96164	8.62546	6.03432	15.65623	7.44885	3.62796	9.66758	8.66502	11.62789	15.6583	6.04475	5.47418	16.95155	11.42066	6.52419	4.89344	6.88948	2.22047	4.53943	18.03505	4.14273	6.90185	2.74682	3.28402	6.60127	3.77803	3.4076	4.76632	0.67966	5.62483	7.97809	9.33906	8.42928	7.04979	7.78728	9.42172	9.396
PI 16:0_16:0	0.18606	0.25587	0.21675	0.28649	0.19469	0.12496	0.24266	0.23695	0.32462	0.27842	0.28785	0.26751	0.37118	0.14204	0.26207	0.14784	0.28105	0.2039	0.24316	0.27496	0.52821	0.3817	0.5359	0.32408	1.31118	0.44928	0.44261	0.39615	0.37369	0.38316	0.45774	0.79351	0.15326	0.21653	0.22754	0.3307	0.24587	0.31546	0.26389	0.34966	0.33538	0.57904	0.34256	0.83714	0.35746	0.68139	0.44507	0.54911	0.4982	0.2115	0.2737	0.25442	0.22917	0.29194	0.16033	0.21552	0.22974	0.20975	0.24521	0.49778	0.40422	0.32174	0.06384	0.43597	0.43787	0.71404	0.51183	0.32198	0.19404	0.35805	1.07825	0.41862	0.26732	0.42776	0.40874	0.72526	0.66269	0.37592	0.23598	0.24662	0.25085	0.22075	0.46935	0.27152	0.53746	0.18399	0.16654	0.46756	0.17272	0.18856	0.27303	0.1061	0.35919	0.41875	0.33564	0.46766	0.30394	0.41345	0.3408	0.38684
PI 16:0_16:1	0.08224	0.18738	0.12337	0.35615	0.14124	0.11971	0.21292	0.23331	0.23243	0.30598	0.22203	0.23617	0.20218	0.11582	0.21482	0.10007	0.23996	0.12741	0.21747	0.25782	0.3998	0.39062	0.29412	0.36353	1.53576	0.69963	0.35351	0.30041	0.39709	0.41091	0.71845	0.5603	0.10687	0.19637	0.33546	0.20169	0.13622	0.20228	0.15009	0.14518	0.27407	0.69313	0.42681	0.82033	0.24815	0.67371	0.41883	0.7383	0.47493	0.38477	0.21112	0.20468	0.16389	0.20871	0.14304	0.16343	0.20631	0.13046	0.10869	0.23921	0.55053	0.3137	0.03061	0.21493	0.24445	0.50284	0.24974	0.16158	0.12025	0.3251	0.98972	0.33413	0.16653	0.46661	0.23398	0.36887	0.39351	0.2516	0.23155	0.31952	0.11275	0.15007	0.35159	0.44808	0.42362	0.14144	0.05403	0.26308	0.1544	0.09963	0.4487	0.08377	0.52823	0.40791	0.56201	0.66974	0.55568	0.69753	0.53306	0.5972
PI 16:0_18:1	1.66781	2.14834	2.43063	3.17832	2.25716	1.6061	2.61871	2.84518	2.2571	3.73444	2.95961	2.61488	3.21868	2.62855	3.10795	1.72244	2.70574	2.35945	2.78609	2.8602	4.62557	4.22979	2.99953	3.11195	8.50001	4.35106	3.66372	4.35674	3.59964	3.38011	4.46271	5.9499	1.85147	2.30532	2.26682	2.21212	2.06864	2.71989	2.50384	2.59267	3.37449	4.14287	3.97107	5.16088	3.56926	4.40759	3.61239	5.4333	3.7357	2.72582	2.20142	2.50686	2.51111	3.4136	1.86005	2.62015	3.33454	1.69783	1.61568	3.24122	4.24395	4.06739	0.59692	4.24801	3.73607	5.44263	4.45775	2.1336	1.53468	4.48122	6.33387	3.95165	3.77511	3.37276	3.04586	4.21324	4.52479	2.48753	1.9786	2.96718	2.03572	2.71909	3.57204	3.99241	4.51316	2.89488	0.81132	3.33881	1.91821	2.26193	3.28235	0.66289	3.37491	4.26566	3.94619	4.67886	3.61856	4.77341	3.86183	4.15379
PI 16:0_18:2	0.54314	0.89787	0.93029	1.13162	0.65662	0.85353	0.83244	0.91259	1.02318	0.81717	1.0298	0.7029	0.86461	0.77626	0.72995	0.67302	1.10706	0.88211	0.71776	1.46177	1.54705	1.30657	0.94631	0.88899	3.32797	1.82959	1.45195	1.52236	1.0943	0.96546	1.09074	1.71291	0.66318	0.70193	0.93229	0.67378	0.76035	1.01981	1.00103	0.91075	0.96539	1.59667	1.50011	2.16295	1.19467	1.66751	1.05756	1.86668	1.35649	0.55746	0.98248	0.57174	0.92159	0.64737	0.7293	1.01357	1.04695	0.40718	0.7273	1.24064	1.78894	1.03592	0.18632	1.41768	0.94486	1.40461	1.10836	0.52393	0.59824	1.74474	2.58887	1.26983	0.93455	1.5217	1.20429	0.85137	1.05465	1.2089	0.66785	1.11298	0.78058	0.89457	1.14754	1.40951	1.57189	0.80314	0.24787	1.16645	0.72075	0.61737	1.31777	0.26765	1.38715	1.35379	1.46167	1.65874	1.31797	1.68973	1.19148	1.26185
PI 17:0_18:2	0.03675	0.05515	0.0466	0.06198	0.04347	0.06605	0.06756	0.06339	0.02833	0.06917	0.07236	0.06021	0.04033	0.04043	0.04465	0.05641	0.07684	0.05483	0.04571	0.1085	0.19332	0.12702	0.08803	0.06223	0.23248	0.12424	0.09062	0.14898	0.10784	0.08098	0.05354	0.17102	0.06744	0.05847	0.04801	0.03968	0.05277	0.11367	0.10442	0.06541	0.06756	0.09715	0.16575	0.16272	0.1107	0.14735	0.0842	0.13447	0.12742	0.03647	0.11846	0.03519	0.07242	0.04058	0.04349	0.06911	0.06061	0.01972	0.03723	0.08726	0.09199	0.05609	0.01386	0.09737	0.0602	0.09105	0.0856	0.02799	0.02573	0.13591	0.19947	0.05737	0.08767	0.12547	0.06942	0.0685	0.08224	0.0857	0.02804	0.0986	0.02886	0.05213	0.13334	0.06895	0.0507	0.07738	0.00526	0.07012	0.04356	0.02876	0.11282	0.02388	0.11102	0.09082	0.10271	0.11664	0.07525	0.1131	0.0859	0.09175
PI 18:0_18:1	1.83382	2.60715	2.64435	2.62067	2.35086	1.93922	2.74072	3.1766	2.30404	3.14304	3.22728	2.03453	3.3047	3.20272	3.77989	1.57862	3.21064	2.44446	2.92523	3.1787	5.05613	4.99662	3.48051	3.31465	7.74057	4.21291	3.82878	5.25038	3.64081	3.43039	3.73237	5.4084	2.25755	3.2123	2.35774	2.24188	2.2722	3.23274	2.64897	2.54446	3.84967	4.70917	4.51645	4.85018	3.84428	5.18291	4.08131	4.89854	4.30943	2.49206	3.46262	2.76799	2.44627	3.30053	2.68403	2.14922	4.14846	1.64742	1.72604	3.02529	3.72004	4.92	0.79171	4.77123	4.45995	6.36261	4.42477	3.10507	1.97698	4.30015	5.84459	3.38151	4.33866	3.75085	3.27305	4.27228	4.09004	2.62186	1.80694	3.18077	2.40163	3.04935	3.70856	4.05258	5.56736	3.25216	1.11825	3.222	2.22925	2.82785	2.94877	0.71136	3.63116	5.12347	4.13845	4.4061	3.52236	4.80704	3.81196	4.27264
PI 18:1_18:1	0.93734	0.90555	1.15106	1.7778	1.45849	0.9715	1.7343	1.97256	1.02436	1.9384	1.56968	1.45649	1.71253	1.93964	1.48952	0.83863	1.40822	1.10329	1.96404	1.7072	2.89462	2.12074	1.21481	1.93583	2.65223	2.31199	1.78701	2.43126	2.04007	1.6836	1.93017	2.73177	1.24065	1.503	1.22087	0.89596	1.22721	1.69419	1.35875	1.34316	2.26353	1.61024	1.85724	1.90222	1.81544	1.80502	1.78381	2.19471	1.74148	1.42784	1.53743	1.11938	1.63601	2.10594	1.6746	1.34883	2.3272	1.01428	0.88178	1.2799	1.96018	1.88922	0.39016	2.16798	1.97572	2.73577	2.67918	0.84917	0.83006	1.94999	2.79674	1.97623	2.40403	1.22515	1.4903	2.02781	2.12525	0.81442	1.2905	1.44695	1.18886	2.10331	1.68341	2.33897	2.39978	1.71369	0.43773	1.46921	1.18875	1.10545	1.3554	0.29062	1.92928	1.94161	2.24207	2.61751	1.96793	2.78234	2.56165	2.39266
PI 16:0_20:4	2.24578	3.37173	4.4236	4.16089	2.16587	1.88989	3.6713	3.00955	3.00994	5.04227	3.91981	3.01217	4.58171	3.11265	3.8277	1.94753	4.61259	3.58092	3.37499	3.15133	5.91414	5.02757	3.36349	3.74904	8.81371	4.78368	3.77932	4.89832	6.01115	3.8987	4.25765	6.18577	2.41942	2.86389	3.38758	3.51156	3.80902	4.3836	2.54862	2.50707	3.82819	4.1281	4.81906	5.06914	3.39802	6.16242	4.46349	4.84438	4.71673	2.86603	3.69667	3.03407	3.81753	3.61321	2.97519	2.88112	4.14204	2.2578	2.23351	4.61566	3.56645	4.99811	0.73259	4.4304	5.24363	4.08279	4.34128	2.14821	1.86048	4.12079	6.80719	5.58676	3.74647	3.37754	3.04694	4.63803	4.55472	4.04106	2.02842	3.28292	2.60925	3.42056	4.53931	3.7581	4.07444	1.90346	1.18895	2.6294	2.21571	1.63688	3.53948	0.62928	4.70003	3.8105	5.42655	5.66186	4.75741	6.7946	4.76758	5.23208
PI 17:0_20:4	0.35245	0.31918	0.39191	0.39317	0.29847	0.25841	0.53558	0.31941	0.31678	0.62195	0.53228	0.5659	0.50847	0.53038	0.37232	0.25472	0.54826	0.37004	0.4238	0.46473	0.88688	0.48477	0.47579	0.40516	0.82644	0.49091	0.48359	0.68593	0.68433	0.51685	0.36916	0.82197	0.39729	0.36113	0.3341	0.32804	0.52722	0.64905	0.36598	0.45503	0.54168	0.4806	0.59165	0.70529	0.65112	0.83808	0.57931	0.86921	0.61075	0.27914	0.58534	0.39364	0.43754	0.39558	0.33797	0.36042	0.37997	0.31737	0.3115	0.6199	0.42767	0.60644	0.12053	0.57541	0.66419	0.37442	0.69272	0.30358	0.19186	0.61841	0.72046	0.6029	0.49017	0.46059	0.45143	0.68354	0.64596	0.53809	0.2563	0.45454	0.40394	0.50448	0.72371	0.35619	0.33081	0.29097	0.15713	0.34067	0.29493	0.23178	0.45519	0.09874	0.76101	0.64997	0.58263	0.58929	0.43181	0.60347	0.48547	0.55745
PI 18:0_20:3	0.83516	1.03061	1.44285	1.09174	0.85484	0.89155	0.97349	1.2072	1.35311	0.9063	1.22496	1.19615	1.84802	1.36593	1.10598	0.85555	1.17028	1.27328	0.7429	1.44229	1.79371	1.32131	1.18848	0.91494	3.06788	1.77921	1.09445	1.75465	1.37655	1.4703	0.9858	1.89808	0.87297	1.09143	0.71142	0.97571	1.2744	1.38447	1.4368	1.00691	1.68423	2.12624	1.52645	2.61922	1.39311	1.9488	1.40315	2.16957	2.07328	0.69069	1.26498	1.03441	1.11342	0.96863	0.94924	0.92165	1.93486	0.85129	0.95392	1.31275	1.71759	1.26406	0.43252	1.66096	1.37358	1.52191	1.33244	1.04048	0.60452	2.19645	2.63735	1.66398	1.72664	1.29376	1.42989	1.38666	1.60014	1.30396	0.7955	1.18868	1.04966	1.48989	1.43999	1.40396	2.25836	1.12108	0.51615	1.53236	1.22195	1.31777	1.27618	0.4001	1.73524	1.51861	1.45512	1.38568	1.2753	1.61122	1.11717	1.25825
PI 18:0_20:4	31.34563	39.76389	41.22024	44.31489	34.5524	24.09168	44.6923	44.65642	33.84597	50.88629	51.05332	38.66198	50.47923	52.86897	48.01606	26.56562	52.6344	36.64939	42.93475	42.16611	72.36817	57.89383	42.58836	42.14692	75.76048	54.85369	44.92431	57.54648	63.18126	46.44497	46.63152	71.26858	34.27472	39.35954	37.51821	45.69976	50.35529	58.58305	41.525	35.14911	67.07859	57.11549	66.55807	57.85106	52.91043	68.44455	53.13888	59.90079	55.19904	38.93829	45.51995	44.38972	42.6523	40.99081	34.05841	30.88563	52.04877	30.65748	29.47164	51.11952	49.29227	51.77298	12.06573	56.96857	65.65604	55.44205	56.63444	35.12338	22.43912	44.61329	69.42785	50.50841	57.48655	41.24008	43.36368	49.71414	52.77611	45.8139	25.33863	43.937	35.36342	52.00593	46.0275	48.04256	52.40268	36.36117	20.91426	35.07721	32.42438	34.32523	45.7495	10.41797	61.17859	56.17026	57.0488	59.00959	46.83746	63.92999	51.27847	56.64505
PI 18:1_20:4	2.64538	3.71232	3.56418	3.71441	2.70497	2.02211	4.49929	3.64669	2.8073	4.42568	3.07987	5.32196	4.22987	5.04089	3.58972	1.84739	4.18549	3.26436	4.29144	4.18277	7.8014	4.90707	3.49817	4.51435	5.34059	5.16604	3.74429	5.98213	5.5753	4.93674	4.29358	5.22346	3.22435	2.83619	3.36844	3.09795	3.9266	5.45023	3.48725	3.09282	6.6044	3.5441	4.93662	4.61894	5.02496	5.84438	5.27539	6.90475	4.03198	3.40356	4.49497	3.00317	4.84254	5.19087	3.94512	2.37386	6.3558	2.76199	2.40834	3.98953	4.11565	4.48896	0.95596	5.08521	5.60115	5.19429	8.4162	1.94974	2.29976	3.54953	5.56436	5.85743	5.56564	2.92403	3.59757	5.7202	6.2059	3.31614	2.99268	3.34986	2.59301	5.94045	4.57575	4.27726	4.22999	3.23516	1.27567	2.96884	2.24345	2.16787	2.67574	0.68631	6.85424	4.52417	5.48427	5.94563	4.9418	7.77442	5.60821	5.78197
PI 16:0_22:6	0.13196	0.12631	0.16857	0.15618	0.07794	0.12315	0.16142	0.10959	0.11021	0.12397	0.17174	0.17558	0.12549	0.16621	0.19778	0.13847	0.14722	0.12794	0.15921	0.23879	0.33646	0.21561	0.18873	0.13406	0.38782	0.37758	0.24161	0.28481	0.25877	0.2025	0.272	0.24909	0.14875	0.16816	0.17754	0.09952	0.15293	0.19078	0.19462	0.18296	0.2178	0.34594	0.44076	0.2907	0.21475	0.34697	0.21419	0.39955	0.29663	0.18991	0.30924	0.08895	0.09171	0.09297	0.11761	0.12483	0.20654	0.07057	0.09122	0.18966	0.30501	0.18563	0.01549	0.1209	0.16319	0.18488	0.19408	0.09365	0.0931	0.28549	0.34072	0.27584	0.17771	0.26451	0.11603	0.19609	0.21937	0.23505	0.13935	0.32945	0.06935	0.09916	0.34186	0.16174	0.21598	0.12042	0.0532	0.17497	0.03939	0.10003	0.28055	0.04604	0.23277	0.24813	0.2955	0.29269	0.27814	0.39569	0.25124	0.29044
PI 18:0_22:4	0.54127	0.59948	0.64413	0.50103	0.47586	0.24509	0.62104	0.42148	0.70178	0.61308	0.69068	0.52638	0.87278	0.86512	0.74261	0.38468	0.47655	0.44831	0.50435	0.3433	0.95081	0.81186	0.85918	0.64064	0.86529	0.67166	0.55045	0.68157	0.72892	0.74275	0.66079	0.86773	0.45143	0.75677	0.50281	0.49304	0.63757	0.96825	0.44408	0.62869	1.14492	0.86508	0.85968	0.64805	0.72941	1.02614	0.75005	0.95548	0.73903	0.55504	0.76639	0.86512	0.4507	0.92992	0.56515	0.36722	0.59303	0.52669	0.51225	0.54885	0.64307	0.73071	0.24235	0.7633	1.37341	0.86523	0.86247	0.73048	0.42869	0.44459	0.77652	0.8984	0.74108	0.62932	0.66595	0.9508	1.02902	0.50597	0.53882	0.70127	0.57529	0.7835	0.96373	0.88904	0.72567	0.50301	0.33252	0.5587	0.67793	0.37068	0.45705	0.2213	1.16401	0.93176	0.71201	0.79097	0.75841	0.88206	0.80146	0.84632
PI 18:0_22:5	0.51541	0.61971	0.56363	0.65718	0.52107	0.45206	0.79429	0.72178	0.63845	0.78375	0.73023	0.65606	1.10526	0.97143	0.69777	0.53288	0.82764	0.58483	0.55119	0.69361	1.24603	0.99081	0.7233	0.60776	1.89004	0.91687	0.91839	1.30881	0.72267	0.80906	1.04795	1.22338	0.60514	0.77044	0.58741	0.69093	0.70746	1.0504	0.74653	0.70471	1.32129	1.36276	1.1929	1.30066	1.05058	1.1298	0.78236	1.6708	1.10906	0.7855	0.90809	0.61871	0.67155	0.73003	0.41709	0.48526	0.85747	0.49017	0.46084	0.83759	0.81636	0.72702	0.23421	0.94485	0.76547	0.96436	0.81607	0.51665	0.37075	0.89796	1.59455	0.69864	0.80589	0.98167	0.68459	0.87566	0.83909	0.9225	0.43192	1.08056	0.75643	1.07225	0.97865	0.84819	1.16402	0.61393	0.41247	0.85435	0.62388	0.55968	0.88568	0.30945	1.197	0.90553	1.03221	0.95046	0.91659	1.04136	0.98244	0.98947
PI 18:0_22:6	0.42449	0.4049	0.40712	0.46008	0.37152	0.54063	0.56999	0.44961	0.27821	0.31026	0.53911	0.51071	0.46377	0.66102	0.67642	0.41421	0.48535	0.30644	0.46846	0.72946	1.13029	0.70933	0.70787	0.33514	0.96432	0.74563	0.6492	1.00614	0.63128	0.54336	0.90372	0.72375	0.51369	0.6835	0.45105	0.50406	0.48113	0.78543	0.71569	0.52014	0.6219	1.15433	1.00602	0.6998	1.03104	0.92833	0.63241	1.16497	0.81239	0.535	0.82844	0.3293	0.28552	0.28668	0.31011	0.33979	0.38771	0.23651	0.24689	0.66416	0.71819	0.59741	0.07155	0.42905	0.5751	0.80103	0.602	0.43546	0.29947	0.73499	0.71832	0.83812	0.68948	0.70502	0.42839	0.53285	0.61779	0.70302	0.4268	0.99282	0.19941	0.3018	1.06215	0.44272	0.95453	0.46006	0.21342	0.53336	0.27588	0.42538	0.69202	0.19942	0.64908	0.78303	0.76386	0.74704	0.69672	0.8132	0.65788	0.76183
PI 20:4_20:4	0.02023	0.02996	0.05127	0.09018	0.01884	0.01563	0.05402	0.03403	0.01001	0.0657	0.03891	0.0272	0.02318	0.01899	0.03333	0.00913	0.04967	0.04305	0.05316	0.03622	0.08209	0.03847	0.02893	0.11455	0.04993	0.06719	0.02872	0.04768	0.09772	0.05189	0.04289	0.06132	0.01407	0.03065	0.08998	0.03948	0.05899	0.06143	0.0257	0.02892	0.03851	0.03568	0.07123	0.02634	0.0426	0.07262	0.07227	0.02983	0.02214	0.02986	0.02934	0.07867	0.06344	0.13623	0.05155	0.06287	0.04979	0.00753	0.02898	0.06124	0.06504	0.07769	0.01707	0.06015	0.15588	0.05147	0.08319	0.01111	0.01542	0.06593	0.05853	0.11115	0.09979	0.02227	0.02173	0.03241	0.03606	0.03529	0.03209	0.02555	0.04884	0.08045	0.05126	0.09915	0.04254	0.02583	0.01074	0.02841	0.03566	0.01105	0.02796	0.00588	0.05376	0.06019	0.08734	0.12628	0.09764	0.12603	0.07846	0.08792
PG 16:0_18:1	0.41336	0.54035	0.52343	0.6971	0.6529	0.34548	0.85578	0.5842	0.68789	0.615	1.18588	0.56428	0.97883	1.02928	0.56803	0.28814	0.59352	0.47072	1.0484	0.44912	0.87232	0.85553	0.63219	0.68013	0.92829	0.75665	0.48379	0.74173	0.93616	0.72727	0.5007	0.85772	0.51606	0.4766	0.6075	0.46863	0.62268	0.88266	0.379	0.54681	1.33545	0.51347	0.42966	0.67324	0.82019	0.94368	0.70425	0.66958	0.5683	0.45691	0.46715	0.53813	0.60275	0.84843	0.52488	0.61396	0.763	0.57394	0.35946	0.70413	0.61579	0.56532	0.2134	0.61841	0.87298	0.56585	0.73243	0.39426	0.34939	0.7884	0.90513	0.8632	0.79286	0.3729	0.51661	0.86289	0.73989	0.60143	0.49211	0.46166	0.37388	0.89947	0.80568	0.70997	0.66098	0.32199	0.26806	0.45703	0.49976	0.28885	0.3315	0.20482	0.80936	0.5165	0.67066	0.7791	0.62946	0.75618	0.68831	0.80248
PG 18:1_18:1	0.28814	1.02321	0.62113	1.07689	1.56173	0.34439	1.55737	1.17494	0.76017	1.10944	0.7138	0.96304	1.25865	1.02333	0.88286	0.3804	1.31744	0.75854	1.63986	0.53998	1.84896	1.36365	0.46625	1.62601	2.05804	1.46037	0.96672	1.64659	1.22236	0.71698	0.90279	3.29825	0.68907	2.86057	0.58518	0.85228	0.72151	1.1644	0.55625	0.8254	2.93346	0.6727	0.62093	1.60121	1.02732	1.00905	1.58828	2.86381	1.59996	1.0561	0.76371	0.87081	1.90119	0.89097	0.88492	0.89268	1.44567	0.42889	0.37845	0.70252	1.21021	0.80509	0.6081	1.72697	1.53175	1.40788	1.05869	0.45069	0.30477	0.91169	2.555	0.68613	0.78485	0.64318	0.6682	1.04629	1.00864	0.60419	0.63101	0.54027	0.94664	3.06597	0.86974	2.82246	2.27503	0.72062	0.33307	2.03232	3.44168	0.6173	1.42677	0.89997	2.27885	1.67777	1.32201	1.83216	2.04981	1.4574	1.43991	1.26971
PG 18:1_20:4	0.09328	0.4017	0.20085	0.33734	0.34879	0.10598	0.39213	0.29641	0.23446	0.43639	0.2206	0.15515	0.26531	0.32142	0.29214	0.12599	0.42703	0.24049	0.59635	0.14697	0.37767	0.40477	0.15582	0.45135	0.62139	0.39002	0.35996	0.29124	0.3058	0.25519	0.22511	0.74629	0.20399	0.46845	0.21052	0.23935	0.21191	0.26793	0.12223	0.16143	0.50694	0.38509	0.23571	0.33403	0.17602	0.26996	0.359	0.40326	0.3776	0.23594	0.25117	0.40319	0.34584	0.30535	0.31036	0.28258	0.47906	0.17248	0.1522	0.2272	0.28645	0.31335	0.13798	0.36053	0.50608	0.41471	0.36854	0.24708	0.13731	0.27738	0.46549	0.17298	0.27005	0.22886	0.28824	0.294	0.29256	0.17537	0.12567	0.13576	0.21119	0.46875	0.22965	0.64139	0.683	0.18024	0.09873	0.60104	0.45308	0.15235	0.29937	0.1845	0.53982	0.50482	0.41501	0.54503	0.50363	0.48639	0.42698	0.47785
PG 18:1_22:4	0.0481	0.19747	0.1271	0.14552	0.17512	0.05292	0.21946	0.13051	0.157	0.20578	0.1171	0.08228	0.1753	0.17551	0.14936	0.05709	0.19115	0.11512	0.22893	0.0639	0.21034	0.19048	0.08963	0.20702	0.26942	0.19537	0.16057	0.15624	0.0917	0.15559	0.11423	0.37533	0.09914	0.20141	0.07961	0.11442	0.10934	0.14851	0.06285	0.11485	0.29268	0.16698	0.07676	0.15394	0.09201	0.15461	0.20214	0.15446	0.13734	0.09663	0.10095	0.16682	0.16563	0.17764	0.15157	0.12002	0.21445	0.13041	0.08447	0.13618	0.17203	0.17906	0.09248	0.1899	0.28412	0.18868	0.16831	0.12501	0.07779	0.14516	0.22619	0.08429	0.15402	0.1039	0.15453	0.16755	0.18294	0.07223	0.06804	0.04963	0.08923	0.27341	0.09961	0.28677	0.23512	0.09063	0.03909	0.19868	0.30299	0.09995	0.12964	0.0793	0.19802	0.18602	0.16548	0.22347	0.23704	0.18882	0.16619	0.2028
PG 18:1_22:5	0.10802	0.27113	0.22017	0.25323	0.17188	0.07157	0.2859	0.17448	0.24188	0.28377	0.18661	0.19074	0.32591	0.27745	0.20792	0.08052	0.26287	0.19129	0.30897	0.10632	0.26245	0.25858	0.1384	0.31885	0.43983	0.30854	0.19786	0.28141	0.26912	0.2138	0.18312	0.62518	0.13209	0.30751	0.16612	0.17716	0.17712	0.2639	0.09184	0.14347	0.38273	0.28122	0.11903	0.26446	0.20018	0.23171	0.31808	0.35879	0.27919	0.168	0.17301	0.31362	0.256	0.23847	0.27066	0.21916	0.30186	0.18748	0.13396	0.21692	0.26542	0.24074	0.11172	0.3075	0.42327	0.26515	0.2791	0.14767	0.0955	0.24087	0.39011	0.17913	0.22807	0.16921	0.2078	0.28045	0.30712	0.15245	0.15429	0.11248	0.17339	0.35992	0.2134	0.36552	0.2841	0.15402	0.06657	0.27657	0.47874	0.11466	0.18665	0.11608	0.34242	0.32963	0.25283	0.31963	0.27702	0.26213	0.25719	0.26336
PG 18:1_22:6	0.16761	0.34961	0.1805	0.32734	0.1597	0.15283	0.47094	0.22354	0.22109	0.35031	0.19541	0.36518	0.23414	0.38999	0.3999	0.13859	0.38455	0.16563	0.51021	0.28076	0.63511	0.46486	0.2869	0.25484	0.66845	0.57126	0.36541	0.87131	0.37977	0.2905	0.29406	0.92666	0.25144	0.95539	0.2491	0.34063	0.21434	0.63702	0.2955	0.30409	0.54258	0.53393	0.31644	0.34919	0.70039	0.35509	0.64083	0.82329	0.58603	0.32224	0.47336	0.22018	0.25584	0.14276	0.33587	0.27617	0.43993	0.18119	0.18164	0.4039	0.46806	0.15288	0.08274	0.27783	0.50868	0.4244	0.35486	0.38667	0.17467	0.34447	0.53925	0.31208	0.40845	0.38664	0.30694	0.33606	0.32769	0.25484	0.19367	0.28924	0.1358	0.30004	0.48747	0.34724	0.4505	0.20333	0.16264	0.44423	0.81043	0.21986	0.4906	0.23539	0.48302	0.47886	0.29709	0.38023	0.34671	0.38988	0.32593	0.35268
PG 18:2_22:6	0.08977	0.21274	0.1114	0.18304	0.06542	0.09192	0.28704	0.09659	0.11335	0.21212	0.08099	0.16125	0.0902	0.17259	0.20146	0.06622	0.22129	0.10479	0.19594	0.20061	0.38901	0.3041	0.16309	0.13679	0.4138	0.33222	0.24478	0.52485	0.17352	0.15284	0.08949	0.58809	0.13662	0.39178	0.14704	0.22939	0.15752	0.34579	0.20799	0.17066	0.27316	0.34952	0.20504	0.21218	0.44563	0.14757	0.41042	0.39689	0.29641	0.12121	0.32824	0.13324	0.17135	0.05501	0.16078	0.18603	0.25207	0.05978	0.1565	0.2695	0.26759	0.05897	0.05093	0.19513	0.27167	0.23411	0.18147	0.26366	0.08662	0.244	0.34752	0.16234	0.31932	0.25478	0.23088	0.14444	0.15045	0.16224	0.07462	0.1683	0.076	0.16698	0.20669	0.20043	0.18329	0.12238	0.0717	0.18789	0.46408	0.14149	0.38936	0.11444	0.27548	0.26074	0.16369	0.19655	0.17846	0.17863	0.16456	0.16604
PG 20:4_20:4	0.01485	0.06424	0.02716	0.05813	0.04015	0.01416	0.0496	0.03338	0.02426	0.07224	0.03908	0.01721	0.03042	0.03608	0.04502	0.02246	0.08061	0.03012	0.08003	0.02192	0.05906	0.06918	0.02503	0.07229	0.10262	0.06676	0.05886	0.03442	0.03838	0.04206	0.02951	0.11639	0.03086	0.06359	0.03408	0.05072	0.0281	0.04138	0.01688	0.02353	0.05425	0.11786	0.04812	0.05535	0.03005	0.03218	0.05395	0.04696	0.0618	0.03438	0.04087	0.08442	0.04881	0.04889	0.0355	0.04173	0.05702	0.03184	0.02399	0.04254	0.05308	0.06056	0.01929	0.04822	0.09984	0.06959	0.05825	0.06475	0.02471	0.05199	0.07287	0.02772	0.06111	0.06099	0.06832	0.04069	0.03597	0.03396	0.01897	0.02023	0.02293	0.05489	0.03317	0.08383	0.09629	0.02973	0.01616	0.0899	0.05749	0.03213	0.06762	0.02442	0.05202	0.07042	0.0634	0.08457	0.06144	0.07693	0.05642	0.07868
CL 70:7	0.05664	0.13932	0.07855	0.21554	0.1005	0.06787	0.19762	0.14048	0.05982	0.2138	0.16363	0.25492	0.15834	0.10156	0.15352	0.0537	0.13497	0.0975	0.20514	0.1028	0.20018	0.16148	0.14204	0.16105	0.10116	0.22543	0.08859	0.10379	0.08969	0.14371	0.14661	0.19586	0.10004	0.07986	0.12046	0.06604	0.04559	0.11748	0.06441	0.04029	0.16096	0.06712	0.11418	0.07988	0.11856	0.13043	0.21319	0.12281	0.12658	0.11815	0.08854	0.13364	0.09626	0.13084	0.21062	0.07226	0.18392	0.12934	0.09081	0.09299	0.15629	0.12046	0.0282	0.07438	0.11581	0.12269	0.27604	0.06345	0.04202	0.07069	0.16006	0.16463	0.15649	0.06299	0.05473	0.17662	0.18564	0.0795	0.12795	0.0607	0.05257	0.1385	0.17489	0.21121	0.11058	0.06706	0.03347	0.10432	0.08331	0.03535	0.11633	0.02702	0.29261	0.11963	0.20481	0.16172	0.20082	0.12548	0.19655	0.18489
CL 72:6	0.2625	0.4975	0.46064	0.4877	0.38264	0.21975	0.44451	0.38473	0.26248	0.44668	0.60537	0.43514	0.61421	0.43947	0.66592	0.26817	0.45106	0.4777	0.49381	0.19802	0.41993	0.43386	0.41133	0.33253	0.24738	0.44555	0.31882	0.40976	0.25437	0.30093	0.34093	0.59709	0.34808	0.27904	0.18917	0.19042	0.17261	0.33417	0.12898	0.13571	0.36051	0.19111	0.26863	0.18674	0.52088	0.30063	0.47653	0.33099	0.39498	0.21279	0.25771	0.49525	0.40964	0.38312	0.36087	0.31688	0.40512	0.46428	0.32913	0.3308	0.30294	0.52982	0.15878	0.29627	0.43108	0.29235	0.60203	0.35855	0.18517	0.41588	0.33915	0.3692	0.46147	0.20394	0.25065	0.66394	0.53	0.23083	0.27035	0.2073	0.20748	0.48006	0.63208	0.41565	0.41593	0.14993	0.15664	0.31546	0.36908	0.1241	0.28615	0.09414	0.49363	0.29018	0.46033	0.40458	0.35616	0.27913	0.45121	0.49671
CL 72:7	0.50139	1.10477	1.04733	1.18066	0.54953	0.40318	0.97396	0.95246	0.35561	0.92301	1.09094	0.98982	1.10678	0.71307	1.10367	0.4087	1.02497	0.98386	1.05693	0.40945	0.87298	0.88992	0.9051	0.63968	0.49679	0.90718	0.6569	0.86249	0.47858	0.54644	0.55378	1.15838	0.67093	0.46629	0.44844	0.38945	0.34597	0.82076	0.28165	0.20031	0.90187	0.33837	0.5726	0.34067	1.14965	0.61934	0.93433	0.65948	0.75345	0.28378	0.58821	0.73068	0.94102	0.58018	0.67775	0.61993	0.90928	0.56502	0.75312	0.76183	0.63762	0.8961	0.3123	0.64249	0.88074	0.46751	1.22751	0.53845	0.29904	0.7413	0.79226	0.88833	1.00691	0.39167	0.50974	1.23064	0.96768	0.49261	0.5388	0.385	0.35461	1.10132	1.26732	0.82624	0.66274	0.24699	0.23902	0.5915	0.39807	0.18925	0.58241	0.09949	1.01184	0.60423	0.91565	0.78223	0.7527	0.54968	0.78828	0.84203
CL 72:8	0.5693	1.40702	1.15651	1.25157	0.57524	0.6244	1.23985	1.1221	0.40131	1.25377	1.1152	1.37613	1.06972	0.98167	0.85284	0.46496	1.3717	1.39418	1.13918	0.77696	1.34262	1.44476	1.06354	0.80713	0.70036	1.38735	0.66281	1.20029	0.6142	0.58087	0.39591	1.7114	0.9231	0.42702	0.66063	0.62624	0.61912	1.27476	0.63326	0.32439	1.16983	0.43916	0.78302	0.57098	1.37688	0.78658	1.01815	0.63084	1.14193	0.27788	0.89224	0.81424	1.43204	0.59989	1.01081	0.81464	1.46741	0.5887	1.14546	1.13161	0.91574	0.79941	0.34742	0.88613	0.79395	0.59363	1.45201	0.58763	0.42858	0.97798	1.09631	1.07353	1.66608	0.52799	0.63771	1.09591	0.96685	0.89494	0.74405	0.51978	0.54981	1.64993	1.26548	0.93563	0.5635	0.32592	0.30435	0.63445	0.52388	0.3587	1.0283	0.13518	1.15198	0.75303	1.18583	0.83159	1.02202	0.60172	0.82621	0.85436
CL 74:10	0.15369	0.24511	0.22644	0.1875	0.11478	0.10494	0.20787	0.2993	0.06892	0.31293	0.25273	0.27409	0.23294	0.18508	0.22304	0.0766	0.2619	0.2802	0.22698	0.16784	0.2353	0.29112	0.20664	0.17158	0.12039	0.27722	0.11366	0.18444	0.12914	0.14428	0.08862	0.28084	0.1672	0.09645	0.1388	0.12157	0.13868	0.24511	0.13156	0.0604	0.17754	0.09507	0.19146	0.09938	0.14547	0.16471	0.17483	0.09585	0.20915	0.07126	0.14055	0.19845	0.24757	0.12193	0.22633	0.18448	0.27263	0.21426	0.21087	0.26547	0.19279	0.23606	0.04689	0.16164	0.17637	0.11076	0.29421	0.12474	0.08091	0.17672	0.19913	0.20837	0.33532	0.12455	0.16026	0.23762	0.25371	0.17759	0.14217	0.09924	0.09772	0.28255	0.23175	0.16629	0.04941	0.07328	0.06075	0.12181	0.10355	0.07362	0.20374	0.01851	0.18802	0.16436	0.24098	0.16898	0.19541	0.101	0.13945	0.14328
LPC 14:0	0.09998	0.19807	0.12246	0.22189	0.1669	0.17777	0.11398	0.07697	0.14904	0.29622	0.1075	0.21782	0.09752	0.17001	0.32726	0.20425	0.27349	0.21399	0.21931	0.41063	0.59017	0.40506	0.2711	0.3875	2.25096	1.03947	0.50482	0.34591	0.72841	0.28558	0.38107	2.39675	0.3167	0.38636	0.34759	0.44497	0.20953	0.2464	0.59317	0.41248	0.1607	0.65369	0.81871	1.4961	0.49197	0.79928	0.74908	1.03022	0.78005	0.61374	0.79599	0.07602	0.12633	0.03885	0.17695	0.15298	0.24051	0.08612	0.0968	0.2873	0.87161	0.11634	0.04361	0.61684	0.25161	0.64216	0.20314	0.61769	0.20488	0.44712	1.55511	0.16713	0.24498	0.93652	0.26522	0.19003	0.25527	0.41444	0.22645	0.50886	0.27068	0.09066	0.24461	0.45395	0.4525	0.84321	0.22724	0.39852	0.29529	0.35955	1.41715	0.22267	0.48694	0.56694	0.38287	0.64151	0.42017	0.54474	0.52479	0.54052
LPC 16:0	21.64789	38.04552	22.87998	42.31907	30.60094	28.74218	16.57777	19.93619	17.99153	43.17972	15.03468	20.41253	10.34474	24.5917	52.14163	44.29941	53.73835	33.01371	36.44595	71.31323	85.87014	67.75003	42.08259	55.27775	166.73938	114.40673	85.77071	71.29143	73.31432	23.25936	78.3293	206.19517	43.82053	92.32872	54.68483	64.57632	41.36559	46.23951	100.70466	86.1651	34.03572	134.55607	126.59053	135.21357	82.38939	95.32602	69.67764	108.618	93.68769	85.67988	92.56271	21.74705	24.0328	8.3486	22.83643	28.08904	47.66905	10.31929	14.43857	39.9537	95.9948	39.44558	5.77348	89.448	49.36597	121.50774	35.67351	87.02953	37.83235	81.55343	129.51843	30.52095	54.86275	109.67871	43.39165	26.84729	35.53007	68.01118	36.38206	86.44509	43.64653	21.12364	46.02795	103.7961	129.71517	115.42221	33.23435	81.74172	38.05423	66.38848	124.51061	23.959	55.98762	107.44361	80.44159	106.1743	89.59517	107.11155	95.47808	87.04337
LPC 16:1	0.16024	0.21037	0.12819	0.46042	0.4137	0.32236	0.15918	0.13198	0.17663	0.43001	0.11025	0.24942	0.09956	0.21477	0.36032	0.3831	0.33705	0.24645	0.42885	0.62266	0.83244	0.60663	0.35967	0.82948	2.90952	1.67863	0.77414	0.47144	1.05253	0.34963	0.87865	2.45668	0.48909	0.53737	0.66141	0.49383	0.22952	0.30043	0.79969	0.53234	0.25717	0.99549	1.18259	1.95042	0.59388	1.03128	0.93804	1.31437	0.87627	1.42361	0.94258	0.08376	0.13701	0.05811	0.23183	0.13728	0.38619	0.09829	0.07708	0.27688	1.44309	0.20408	0.03789	0.7066	0.3816	1.35121	0.2853	0.62634	0.25964	0.56487	1.97595	0.23338	0.33574	1.04246	0.25684	0.26175	0.36791	0.43427	0.32609	0.61538	0.28598	0.11265	0.33399	0.88771	1.12718	1.20209	0.26553	0.52092	0.40102	0.51694	1.71075	0.2203	0.69394	0.78129	0.69822	1.19477	0.81675	1.0995	1.09574	1.12213
LPC 17:0	0.39775	0.61201	0.39834	0.56402	0.60979	0.5998	0.32601	0.30168	0.27227	1.01668	0.3423	0.51154	0.19996	0.63049	0.82108	0.80131	0.85619	0.56797	0.66069	1.57412	1.98035	1.07936	0.71302	0.78665	3.65453	2.03771	1.81079	1.6126	1.52826	0.50388	1.12701	4.28923	1.06383	1.57972	0.73999	1.09765	0.75636	1.03868	2.72987	1.96404	0.50663	2.67135	3.45726	3.20779	1.76123	2.24904	1.60686	3.3567	2.2244	1.18985	3.09447	0.41235	0.39822	0.13449	0.40012	0.66051	0.74141	0.23487	0.34064	0.78909	1.68338	0.75412	0.13713	1.72594	0.88307	1.4613	0.6443	1.70016	0.68232	2.18023	2.49511	0.56093	0.94651	2.39588	0.89178	0.55709	0.70053	1.61838	0.63348	2.21144	0.98915	0.39672	1.11713	1.69876	1.66116	3.01047	0.70407	1.75822	0.76885	1.17846	3.0781	0.55628	1.54095	2.92963	1.25468	1.65404	1.37529	1.80397	1.4304	1.33365
LPC 17:1	0.01649	0.02463	0.01425	0.03855	0.02951	0.03127	0.01518	0.01073	0.01051	0.05072	0.00745	0.03412	0.00953	0.01682	0.03871	0.04379	0.03902	0.02667	0.04246	0.07398	0.09788	0.05698	0.04029	0.06454	0.29862	0.16377	0.09334	0.0716	0.11697	0.02941	0.06106	0.28749	0.05013	0.06875	0.05421	0.06127	0.02782	0.04222	0.11725	0.0772	0.02526	0.12387	0.15411	0.21882	0.08755	0.12325	0.09231	0.20619	0.1113	0.09041	0.12249	0.0071	0.01306	0.00299	0.01673	0.01679	0.0376	0.00489	0.01035	0.03688	0.13977	0.02266	0.00399	0.08159	0.04428	0.10388	0.02932	0.08138	0.03113	0.07908	0.20459	0.02274	0.0394	0.13347	0.0312	0.02792	0.03817	0.05811	0.02952	0.09447	0.03905	0.01376	0.04493	0.0902	0.09678	0.1455	0.03413	0.07706	0.03086	0.06422	0.20557	0.02531	0.07841	0.10974	0.06288	0.09769	0.07728	0.10537	0.09111	0.09215
LPC 18:0	9.48502	16.23323	13.77921	22.10045	14.99129	16.62796	8.95979	15.79749	10.21708	22.43732	9.40645	9.53149	5.48583	14.99047	34.98499	17.99891	24.56825	18.88257	20.84116	43.53115	62.96876	53.85023	22.3279	33.81883	116.17561	64.97716	61.00086	51.16877	43.44102	14.40438	49.48635	112.63758	27.02891	82.72785	33.94568	32.05255	27.43636	33.51073	72.33497	71.10004	28.49001	109.91841	99.80182	104.23159	60.37811	76.84302	50.02645	72.07996	68.4734	53.36497	81.99153	15.11364	14.62306	6.00841	10.64116	13.97429	28.96554	4.93042	10.32074	26.62007	55.76246	31.09313	3.63509	59.1923	39.24609	77.93707	20.20786	51.74148	23.73525	55.01236	85.5334	22.83438	38.52638	75.8993	28.5285	16.69953	22.64716	60.95875	24.10135	70.03035	32.38735	15.6246	33.05823	94.7728	101.73555	93.71691	23.17632	70.9157	26.43453	49.09889	84.13785	13.78361	41.86791	108.77295	50.53813	71.99397	64.12025	66.70171	58.08795	49.43029
LPC 18:1	2.71341	5.22689	3.53977	7.98656	5.13446	4.0936	2.97247	2.84458	3.03676	8.89088	2.23633	3.87232	1.75779	3.65005	9.35827	5.7714	7.01719	5.76121	6.97023	11.35848	18.073	14.75782	4.70902	17.02757	59.65369	35.44707	17.76027	12.43309	20.37069	3.47299	16.05849	55.10655	7.4801	22.21623	12.28183	12.42884	6.52811	7.55233	21.44385	17.32473	7.07962	22.01196	31.78391	43.17802	17.11998	21.45885	19.78035	24.13034	19.39837	25.61547	22.77928	3.23066	3.49781	1.44833	4.75001	4.02857	9.80921	1.70321	2.28123	7.26869	30.33024	5.41939	1.1573	21.82194	11.93358	36.02125	5.72347	11.77748	6.27905	13.24384	41.58012	4.60235	9.9385	21.20665	5.66558	4.14118	6.23169	10.58565	6.30247	13.2849	7.99647	3.95822	5.31665	27.85593	35.20148	33.49658	6.82928	18.32317	8.40712	15.94204	35.74082	3.05742	11.22961	20.64786	14.60362	26.08866	18.84843	23.49747	19.92054	21.68275
LPC 18:2	1.92309	3.30036	2.98522	4.44332	2.82962	3.21084	1.40782	1.94102	2.00932	6.85472	0.96001	2.19674	0.97667	2.16619	4.02615	4.58654	5.00149	5.35072	4.13827	10.68695	15.16416	10.78191	3.4209	8.55296	48.31576	23.57309	13.46253	9.06935	13.19125	1.61245	4.97811	36.79468	5.15059	8.20698	8.79128	11.17507	5.67371	6.01156	20.13827	15.54989	5.75079	11.41351	24.90024	32.76292	13.8058	15.71608	13.48085	17.57908	11.67029	12.25631	19.34375	0.87987	1.57241	0.54518	2.99303	2.1202	6.80663	0.92428	1.86571	5.9751	20.23463	1.74789	0.78756	17.20443	5.38248	19.59563	2.90175	5.90114	4.40379	8.18752	33.11282	2.43241	6.26248	20.776	5.37522	2.71977	4.99081	8.96623	2.977	7.41684	5.30457	2.65026	2.59149	12.31593	14.28715	20.91004	5.64958	12.11943	4.87989	12.12321	39.22063	1.68603	6.95086	14.57013	8.14362	14.3747	8.70544	12.89156	10.27722	12.36943
LPC 20:0	0.03213	0.05291	0.06357	0.08791	0.0415	0.07801	0.03637	0.0716	0.03477	0.08408	0.02497	0.03971	0.02288	0.05158	0.13858	0.06109	0.07304	0.07898	0.07281	0.18623	0.22859	0.2111	0.07616	0.13246	0.45329	0.27787	0.21671	0.2062	0.13529	0.0562	0.15269	0.37195	0.09884	0.35963	0.12566	0.10691	0.12281	0.12713	0.32972	0.23713	0.11312	0.53459	0.4047	0.41098	0.23872	0.24052	0.20921	0.26073	0.24142	0.17275	0.33334	0.06723	0.0827	0.0206	0.05677	0.06778	0.1485	0.00468	0.04865	0.08979	0.23368	0.11721	0.0141	0.27259	0.16543	0.34435	0.13197	0.15247	0.08062	0.21512	0.32103	0.07496	0.17817	0.26434	0.10243	0.05974	0.0764	0.21046	0.11042	0.2796	0.14748	0.08491	0.13755	0.40485	0.55295	0.47572	0.07105	0.29328	0.08124	0.24293	0.33638	0.05388	0.16628	0.46589	0.18753	0.2612	0.23622	0.25104	0.20465	0.17151
LPC 20:1	0.0613	0.10017	0.06995	0.13536	0.09546	0.12687	0.09886	0.08335	0.0605	0.15173	0.05295	0.07349	0.03243	0.09116	0.20798	0.13006	0.12931	0.11393	0.12415	0.28649	0.53604	0.29729	0.12715	0.30125	0.91338	0.5817	0.32338	0.40652	0.30305	0.07275	0.32045	0.64213	0.1665	0.62686	0.21093	0.19799	0.17847	0.21814	0.75082	0.60378	0.1833	0.80591	0.70574	0.91674	0.50641	0.42531	0.38907	0.43785	0.39241	0.39178	0.60457	0.06978	0.08668	0.03914	0.12193	0.07175	0.1892	0.02342	0.05733	0.11264	0.48862	0.13107	0.02761	0.38135	0.23237	0.53737	0.17276	0.2682	0.11153	0.2794	0.64755	0.10272	0.22727	0.3937	0.12212	0.07636	0.10423	0.24505	0.18921	0.50423	0.26545	0.11006	0.21373	0.72929	0.92964	1.01826	0.16403	0.45584	0.17241	0.33497	0.60702	0.07384	0.2848	0.57088	0.30253	0.44875	0.42001	0.49103	0.41116	0.39349
LPC 20:2	0.03937	0.1011	0.07174	0.13652	0.04768	0.07635	0.06124	0.06373	0.05112	0.15734	0.02753	0.06311	0.01651	0.0472	0.14014	0.07226	0.13633	0.12239	0.08729	0.27366	0.48733	0.36367	0.06807	0.31759	1.6424	0.73057	0.28762	0.28321	0.4599	0.04849	0.21646	0.83027	0.12183	0.54291	0.28189	0.32969	0.17599	0.22012	0.87065	0.66551	0.20428	0.56074	0.78144	1.51569	0.48726	0.52723	0.4144	0.43392	0.35061	0.49329	0.49659	0.03905	0.04908	0.02196	0.0784	0.0603	0.13095	0.01904	0.06079	0.17134	0.6203	0.06347	0.0291	0.32663	0.2061	0.49088	0.08882	0.18788	0.11031	0.21127	1.07579	0.1056	0.15479	0.54966	0.13067	0.05658	0.09969	0.31313	0.13563	0.32656	0.27581	0.07455	0.10367	0.66548	0.51411	0.79733	0.20821	0.49703	0.20357	0.27705	1.03486	0.05438	0.27839	0.44291	0.23944	0.4774	0.37072	0.40844	0.32681	0.34973
LPC 20:3	0.16183	0.31202	0.20405	0.56962	0.41779	0.17595	0.11159	0.23245	0.275	0.74473	0.1055	0.18723	0.13731	0.18621	0.46905	0.37682	0.46202	0.32323	0.53049	0.64034	0.94404	1.1767	0.29673	0.99698	7.26601	3.59833	1.19835	0.5091	1.42058	0.19844	0.78786	5.33657	0.4528	1.33721	1.10024	0.9788	0.37767	0.60508	1.57283	1.37507	0.73741	1.47173	2.52837	5.67255	0.86912	2.00468	1.26997	1.50507	1.90223	2.02442	1.52842	0.12612	0.09551	0.08066	0.21269	0.22977	0.47452	0.14069	0.16955	0.78158	3.28064	0.27329	0.07915	0.95636	0.84181	1.99253	0.22475	0.82444	0.45794	0.89856	4.71937	0.26729	0.435	2.11085	0.50162	0.27797	0.49648	1.25938	0.48993	0.86471	0.53052	0.19929	0.2649	1.88161	1.73268	1.59734	0.88788	1.61435	0.60759	0.84483	3.81949	0.32595	0.88745	1.43463	0.95111	1.79731	1.23475	1.61938	1.3297	1.5553
LPC 20:4	0.66531	0.85175	0.45287	1.09622	1.72556	0.60885	0.49352	0.47781	0.53168	1.44611	0.50117	0.40968	0.35704	0.80998	1.37771	1.73696	1.24902	0.82055	1.8385	1.40217	2.69945	2.1348	0.80563	2.61724	11.13433	5.28071	3.09539	1.324	2.7053	0.6234	1.97506	8.33156	1.79681	2.84914	1.8757	2.62242	0.82398	1.38572	2.83908	3.1146	1.11932	2.79293	6.37642	8.64578	1.91777	3.64051	2.79437	2.41693	3.13155	3.77548	4.8452	0.41476	0.41821	0.24219	0.71923	0.46444	1.21469	0.3913	0.38206	1.34324	4.53385	0.80269	0.21161	2.25639	1.8261	4.34978	0.80424	2.57204	0.8599	1.50199	7.20482	0.49489	1.0636	3.97121	1.03925	0.78546	1.16437	2.18714	0.76737	1.65463	1.10279	0.48352	0.71671	3.78922	3.63419	4.50478	1.5825	2.21548	0.96216	2.05292	7.71291	0.48824	1.24823	2.8859	2.34462	4.33168	2.82565	3.61742	3.03504	3.70636
LPC 22:4	0.01774	0.04798	0.02891	0.08193	0.03061	0.01771	0.02491	0.02274	0.01983	0.0709	0.00984	0.02781	0.01012	0.01722	0.07968	0.0264	0.0597	0.04297	0.07286	0.06262	0.15789	0.19033	0.0379	0.25392	0.87321	0.43778	0.1481	0.07619	0.26692	0.02694	0.14338	0.62589	0.05152	0.30814	0.15818	0.15209	0.05558	0.09848	0.19453	0.20026	0.08349	0.31701	0.3189	0.75764	0.14905	0.33648	0.22044	0.22439	0.22426	0.33504	0.26191	0.02568	0.03149	0.01627	0.03375	0.03175	0.05264	NA	0.02233	0.09593	0.36341	0.03955	0.01239	0.16173	0.19691	0.36276	0.04829	0.17383	0.06304	0.08595	0.60205	0.04159	0.0645	0.21429	0.04693	0.03823	0.06336	0.15343	0.07046	0.11641	0.09274	0.03308	0.04008	0.44884	0.32849	0.40955	0.09393	0.2041	0.08753	0.11761	0.41644	0.02415	0.11469	0.26191	0.16205	0.3196	0.246	0.29663	0.23005	0.29213
LPC 22:5	0.03289	0.0553	0.02787	0.08302	0.04989	0.03542	0.02348	0.02973	0.03844	0.09058	0.01455	0.03205	0.01957	0.04092	0.06658	0.07972	0.07684	0.05564	0.0699	0.11404	0.20702	0.15807	0.03954	0.1398	1.14897	0.37468	0.18882	0.10864	0.19172	0.02914	0.18107	0.79108	0.10822	0.21012	0.15568	0.17586	0.05874	0.12305	0.33018	0.30475	0.09241	0.22849	0.42592	0.97511	0.17977	0.28321	0.20966	0.28259	0.32619	0.4438	0.40379	0.01188	0.02381	0.00998	0.03572	0.03159	0.07054	0.01994	0.02359	0.11899	0.3258	0.03204	0.01205	0.22153	0.11101	0.36295	0.03931	0.11654	0.05678	0.11391	0.75577	0.03649	0.06667	0.25515	0.05771	0.04002	0.06926	0.22518	0.05468	0.1786	0.08584	0.0475	0.057	0.24431	0.3602	0.31588	0.12851	0.20389	0.07769	0.14334	0.50094	0.04875	0.10136	0.21482	0.15077	0.25266	0.19279	0.27258	0.22744	0.24726
LPC 22:6	0.18786	0.12128	0.04306	0.1355	0.33844	0.19387	0.07367	0.08664	0.08016	0.16951	0.07965	0.06238	0.0534	0.19772	0.23422	0.56076	0.19008	0.08036	0.26815	0.41303	0.45858	0.30406	0.15935	0.16043	1.4999	0.84832	0.50104	0.31307	0.27447	0.10806	0.31195	0.86755	0.4353	0.54315	0.25975	0.34208	0.07462	0.32458	0.80089	0.70807	0.20662	0.58424	1.00899	1.25144	0.41787	0.50246	0.36693	0.54143	0.41769	0.59951	0.98214	0.0214	0.02396	0.01579	0.06022	0.05431	0.18723	0.05734	0.04301	0.23188	0.75678	0.08043	0.01305	0.17993	0.14497	0.46809	0.08713	0.42899	0.12106	0.27293	0.98384	0.06946	0.15628	0.76891	0.13941	0.12753	0.18817	0.48351	0.1335	0.51784	0.08143	0.04819	0.21074	0.32507	0.6039	0.37935	0.31761	0.46281	0.1182	0.32176	1.23405	0.0972	0.18566	0.48624	0.32584	0.41198	0.32035	0.52816	0.40243	0.43036
LPC 24:1	0.01279	0.02671	0.00896	0.0359	0.00996	0.02843	0.0302	0.01777	NA	0.03479	NA	0.01607	0.00833	0.01351	0.04557	0.01825	0.02787	0.01229	0.02904	0.06694	0.12559	0.07415	0.02809	0.06823	0.17649	0.1295	0.05954	0.09525	0.06017	0.02122	0.07561	0.13077	0.02863	0.14412	0.04807	0.04814	0.02559	0.05263	0.14704	0.10196	0.04158	0.20871	0.14214	0.15842	0.11303	0.07891	0.1164	0.07714	0.08196	0.0906	0.12866	0.01508	0.02396	0.00884	0.03365	0.01393	0.03451	NA	0.0129	0.0271	0.11151	0.03125	0.00675	0.07206	0.06577	0.11316	0.05794	0.06234	0.02697	0.03923	0.12306	0.02562	0.04737	0.07635	0.02037	0.01632	0.02101	0.06076	0.04806	0.09862	0.05573	0.02548	0.04212	0.15545	0.14987	0.19156	0.03265	0.0917	0.01844	0.05689	0.12586	0.01691	0.09769	0.12768	0.07219	0.11116	0.08451	0.09641	0.06973	0.06845
LPC O-16:0	0.38078	1.37053	0.53417	2.07768	0.42086	0.61868	0.61577	0.76811	0.68225	2.09969	0.33447	1.10007	0.15606	0.38027	1.56297	0.45714	1.58319	1.14643	1.27238	2.45225	5.54615	9.3891	0.49269	4.1203	23.97059	13.47265	3.28081	2.69206	6.88234	0.39188	1.88198	24.43776	1.20058	8.92358	5.44411	7.58227	3.03385	2.76037	7.87873	7.32732	3.4901	6.36191	9.69469	17.42388	6.46179	5.81334	5.52529	9.06675	6.58932	8.63003	5.28369	0.38054	0.82195	0.32582	0.50594	0.65199	0.88331	0.29317	0.5126	3.62618	10.57896	0.42467	0.38377	4.17445	1.81089	6.91055	0.57385	3.40814	2.20478	1.16063	13.4	0.73659	1.39745	4.13139	1.18205	0.36085	0.63181	4.64517	2.34477	5.0287	6.43483	1.64504	0.98357	7.66011	5.06523	6.81658	4.67743	5.06833	2.70246	3.26256	12.41716	4.403	4.57169	6.96121	3.15468	4.39866	4.51681	7.20973	4.83582	4.85775
LPC O-18:0	0.14505	0.47447	0.23709	0.55972	0.15612	0.23162	0.23727	0.30427	0.21875	0.72714	0.13663	0.42697	0.0689	0.12673	0.73004	0.18606	0.53825	0.43837	0.43419	0.79457	2.12798	2.66215	0.18487	1.42639	5.03353	4.0605	1.01676	0.9796	2.32554	0.14823	0.65693	6.55795	0.38829	4.32066	2.00236	2.4038	1.68156	1.40002	3.88609	3.37529	1.37939	3.24732	3.49	4.26968	2.39297	2.434	1.95563	3.35129	2.57973	2.30241	1.95277	0.15729	0.33383	0.13561	0.15463	0.26482	0.36875	0.08314	0.24891	1.04912	3.12036	0.18239	0.15148	1.33687	0.85995	2.21227	0.22872	1.19115	0.66131	0.52584	2.87972	0.25991	0.62078	1.47103	0.47185	0.17264	0.26891	1.81396	1.41055	2.44119	3.21018	0.76157	0.48549	3.30684	2.63924	3.33723	1.75045	2.24559	0.96313	1.55052	3.67355	3.24494	2.0167	3.90258	1.24814	1.64091	1.9681	2.51359	1.85044	1.73463
LPC O-20:0	0.01994	0.05056	0.03345	0.08346	0.01631	0.03527	0.04821	0.03881	0.01904	0.09223	0.01602	0.0718	0.01056	0.01582	0.10323	0.02943	0.05917	0.05697	0.05535	0.11171	0.37945	0.32833	0.02996	0.19727	0.6363	0.56821	0.12545	0.13663	0.31961	0.02437	0.0953	0.7975	0.05631	0.67989	0.34171	0.28576	0.29132	0.19734	0.58341	0.62512	0.19122	0.78308	0.48011	0.56879	0.3647	0.33671	0.30094	0.59244	0.42038	0.32156	0.29634	0.01742	0.04327	0.01659	0.02562	0.03802	0.05681	NA	0.02534	0.1196	0.42351	0.03015	0.01824	0.19098	0.15923	0.32631	0.05085	0.12045	0.06273	0.07972	0.39761	0.03352	0.08866	0.20389	0.0499	0.02643	0.03933	0.27057	0.25519	0.40542	0.49154	0.12131	0.07415	0.51959	0.45472	0.73702	0.22184	0.27801	0.10888	0.22602	0.48601	0.66765	0.40842	0.62581	0.19604	0.26122	0.30331	0.39335	0.28489	0.30113
LPC P-16:0	0.31274	0.5373	0.39766	0.80793	0.37104	0.55631	0.46669	0.44799	0.30494	0.90598	0.27108	0.42147	0.24587	0.37266	0.90505	0.4452	0.68965	0.65233	0.56469	1.23884	2.42209	1.98119	0.42161	1.68108	5.21147	3.00572	1.30271	1.42986	1.86021	0.41984	1.05841	4.84433	0.55666	2.81538	1.21068	1.7746	1.04344	1.10311	2.92077	2.54406	0.99137	2.06397	3.00901	4.03785	1.84424	1.69254	2.19818	2.20178	1.54321	2.11517	2.09769	0.26518	0.48102	0.26859	0.30479	0.46395	0.53611	0.1948	0.344	0.94165	2.54193	0.39583	0.15475	1.66797	1.03515	2.30422	0.43324	1.45771	0.8859	0.94412	3.15018	0.62153	0.76197	2.01153	0.49195	0.37086	0.50502	1.65959	0.75313	1.8984	1.42823	0.64311	0.79894	2.5578	2.02116	2.83776	1.36554	1.76457	1.22789	1.20225	3.67648	0.69772	1.5793	2.24702	1.41879	1.99013	1.74223	2.45144	2.16703	1.90242
LPC P-18:0	0.18423	0.63413	0.27022	0.99289	0.30478	0.40243	0.39727	0.40524	0.32883	0.88084	0.21184	0.45532	0.10697	0.24388	0.83488	0.2654	0.7467	0.56918	0.63856	1.14732	2.48196	4.13152	0.22685	2.00992	9.54485	6.3971	1.59228	1.21393	2.81034	0.30351	0.89671	8.93688	0.61504	4.09481	2.03576	3.07707	1.1865	1.19298	3.81998	3.05614	1.48913	2.53014	4.37793	7.94148	2.51625	2.05626	2.78933	3.12854	2.65982	3.04353	2.46031	0.21968	0.58484	0.18399	0.29512	0.3259	0.54522	0.15724	0.24915	1.38131	4.9266	0.2587	0.2048	2.36364	0.83761	3.13484	0.31374	1.29205	0.8783	0.60273	5.3622	0.37121	0.78842	1.67104	0.43115	0.19911	0.31084	1.61359	1.19757	2.22499	2.70877	0.99582	0.54628	3.74611	2.88292	3.11466	1.86617	2.07007	1.21297	1.7936	5.2961	1.02513	1.92001	2.60701	1.42585	1.96311	2.28852	3.06362	2.10365	2.25309
LPE 16:0	0.43588	0.74112	0.43152	0.92799	0.42119	0.82831	0.68405	0.25842	0.36407	0.73886	0.26945	0.49402	0.26836	0.39714	0.91026	0.71761	0.92274	0.45092	0.66856	1.35859	1.34593	0.99185	0.6198	0.57312	3.79365	2.28736	1.70536	1.46198	0.92371	0.4155	1.14295	4.16399	0.57028	1.39256	0.91272	0.9603	0.68899	0.86936	1.32188	0.75073	0.46123	2.56689	2.15052	2.09823	1.20674	1.44345	1.13782	1.731	1.67716	1.04575	1.16795	0.62068	0.59981	0.17838	0.55644	0.70394	0.95899	0.24379	0.31493	0.65623	1.92844	0.59392	0.13046	1.08652	0.9023	2.11659	0.60033	1.37048	0.60135	1.38743	2.36125	0.6369	0.89607	1.70439	0.62893	0.52183	0.64988	0.7908	0.88827	1.32439	0.43684	0.29625	0.91861	1.06677	3.8841	1.30421	0.33968	1.23913	0.79907	0.87299	2.16104	0.25673	1.09217	2.21845	1.38289	2.13924	1.48435	2.12235	1.82347	1.60581
LPE 18:0	1.00171	2.21381	1.59067	2.78324	1.40495	2.96314	3.64361	1.16451	1.15827	1.93469	0.97318	1.72565	0.94029	1.09872	2.73891	1.21682	2.75044	1.61915	2.46935	3.37002	6.61169	4.22459	2.11265	2.09749	8.29422	5.11052	4.3738	4.36885	3.16868	1.65262	3.02015	9.11583	1.50402	4.80081	2.71996	3.08096	2.85889	2.76793	3.00274	2.87524	2.41742	7.03975	6.01301	5.63364	3.72576	4.72425	4.08908	4.98374	5.7527	2.67697	3.67853	2.71874	2.85	0.78592	1.68288	1.70822	2.39006	0.90282	1.56642	2.13243	4.35433	2.65975	0.64692	3.97691	4.54577	5.35441	2.2458	4.23235	2.30044	4.1745	5.48332	3.50914	2.62746	4.84662	2.05251	1.5563	1.8858	2.65612	2.27671	3.56218	1.89186	1.92226	2.78562	3.94554	8.21475	3.962	1.17121	3.70262	4.37481	2.29262	5.47546	0.7858	5.04053	6.30216	4.50503	7.16071	5.17991	6.1026	5.49711	4.74217
LPE 18:1	0.25011	0.65479	0.45802	0.86486	0.47526	0.67807	1.00717	0.3081	0.37142	0.97963	NA	0.568	0.27685	0.30396	0.7194	0.39091	0.73734	0.50888	0.78945	0.84614	1.48771	1.00817	0.4679	0.66181	3.47359	1.99534	1.03908	1.03545	0.71008	0.45763	0.69463	3.66668	0.45202	0.87712	0.6911	0.78564	0.72118	0.54186	0.76927	0.65237	0.47683	1.27634	1.10613	1.66734	0.80018	0.99583	1.21355	1.21471	1.36973	0.7361	0.94372	0.7215	0.8319	0.25481	0.73072	0.74191	0.91401	0.27654	0.33135	0.52072	1.74716	0.55358	0.19633	1.20071	0.93602	1.56741	0.44278	1.23368	0.52713	1.15731	2.13803	0.57116	0.82104	1.03418	0.55054	0.48781	0.57718	0.47443	0.61599	0.74109	0.42476	0.40197	0.59682	0.86892	2.26196	1.05601	0.28036	0.97447	0.98362	0.84969	1.72374	0.15658	1.14814	1.31487	0.90194	1.05971	0.91519	1.37444	1.06963	1.10629
LPE 18:2	0.11632	0.18595	0.16106	0.23001	0.20786	0.22877	0.10487	0.09524	0.13838	0.28499	0.05164	0.10074	0.08281	0.0719	0.18519	0.3171	0.26024	0.22982	0.19018	0.5385	0.27171	0.31336	0.23737	0.17926	1.54085	0.72107	0.49729	0.40053	0.22714	0.11464	0.22667	1.23862	0.19692	0.23463	0.25268	0.23712	0.20781	0.19406	0.59675	0.2547	0.1441	0.49674	0.59782	0.74836	0.31058	0.4364	0.3001	0.54278	0.45641	0.24921	0.39649	0.06224	0.14255	0.02858	0.15496	0.18484	0.36826	0.03059	0.07359	0.17992	0.65432	0.12303	0.03402	0.57999	0.12698	0.722	0.14675	0.26489	0.12869	0.59529	0.92433	0.08366	0.27656	0.56626	0.25252	0.18871	0.23717	0.20298	0.12279	0.24733	0.15972	0.11582	0.13142	0.31184	0.70958	0.50528	0.08199	0.37682	0.10062	0.38805	0.81938	0.06011	0.25384	0.43756	0.3027	0.39181	0.29842	0.36588	0.28913	0.30171
LPE 20:4	0.32362	0.71473	0.5169	0.8624	0.71062	0.33785	0.81367	0.39087	0.62355	1.24509	0.83525	0.61274	0.52587	0.56951	0.62591	0.48295	0.6938	0.51167	0.91683	0.68967	0.93277	1.05164	0.52538	0.76965	2.96902	2.24789	1.00794	0.8634	0.78096	0.53793	0.66067	4.55634	0.59692	0.57427	0.63319	0.69273	0.558	0.61405	0.50521	0.55925	0.54222	0.72201	0.92777	1.34865	0.67157	1.14414	0.85529	0.97616	0.89442	0.62836	0.87999	0.72537	0.82226	0.48284	0.91583	0.80898	0.98992	0.65064	0.34512	0.71846	1.85457	0.41825	0.23964	0.99337	0.64172	1.57636	0.6321	1.86958	0.5176	0.88374	1.85135	0.51711	0.92511	0.89099	0.88531	0.80672	0.77656	0.46761	0.49172	0.45214	0.36758	0.44379	0.47165	0.6424	0.95632	0.80142	0.34251	0.66589	0.67848	0.80579	1.45513	0.15757	0.53857	1.08419	0.75855	0.82215	0.75126	1.11326	0.95201	0.91776
LPE 22:4	0.03984	0.1459	0.10057	0.16519	0.07636	0.0315	0.16841	0.08701	0.08292	0.2627	NA	0.09691	0.09082	0.08311	0.13002	0.01757	0.11148	0.09044	0.15968	0.08836	0.14958	0.28422	0.09383	0.1811	0.60649	0.47981	0.20246	0.13137	0.1348	0.08733	0.10122	0.87224	0.07625	0.10631	0.10953	0.11908	0.08223	0.13452	0.05689	0.08272	0.12435	0.14696	0.13663	0.2632	0.10666	0.22644	0.19225	0.18616	0.16518	0.12989	0.2114	0.15895	0.19229	0.10878	0.13557	0.22408	0.18061	0.02786	0.07004	0.11193	0.38814	0.06101	0.05353	0.18695	0.17041	0.32741	0.10597	0.38664	0.10357	0.1515	0.3345	0.0794	0.17111	0.17471	0.15201	0.15	0.13311	0.06293	0.08725	0.08394	0.04901	0.10389	0.09435	0.14814	0.20982	0.14712	0.06211	0.18981	0.09961	0.14502	0.29986	0.01636	0.12965	0.26275	0.12449	0.14681	0.1221	0.17425	0.14244	0.17666
LPE 22:6	0.18263	0.14811	0.05864	0.17008	0.34486	0.17588	0.16231	0.0829	0.11291	0.14237	0.179	0.15013	0.09773	0.16304	0.20118	0.49222	0.19622	0.0846	0.29131	0.30583	0.14892	0.17163	0.15468	0.08287	0.51933	0.37612	0.32429	0.3027	0.14305	0.13783	0.22451	0.42957	0.29412	0.20864	0.14649	0.13658	0.07463	0.18983	0.22461	0.14658	0.09752	0.2091	0.29096	0.26684	0.18987	0.23778	0.13682	0.23747	0.18452	0.1529	0.23506	0.04869	0.08244	0.04652	0.1106	0.12508	0.16328	0.12109	0.04943	0.1604	0.30863	0.08407	0.01735	0.11059	0.07904	0.19862	0.11427	0.28049	0.0769	0.23405	0.302	0.11159	0.15499	0.2736	0.14523	0.17481	0.18685	0.13321	0.09807	0.16884	0.04636	0.05202	0.19487	0.10358	0.28097	0.12068	0.08735	0.21026	0.11402	0.15385	0.31353	0.03701	0.0876	0.22848	0.21719	0.20983	0.20303	0.23175	0.20043	0.23739
LPE P-16:0	0.44878	1.24743	0.89861	1.76593	0.57544	1.99121	2.14473	0.59286	0.57697	1.18261	0.62749	1.19352	0.62617	0.62058	1.37632	0.37168	1.50012	0.93205	1.416	1.45936	4.33603	2.92864	0.84782	1.58047	4.5181	3.12485	1.59118	2.54655	2.38577	0.84784	1.09545	5.8874	0.70582	2.65628	1.62415	2.11209	1.61701	1.58153	1.49203	2.28598	1.45249	2.95232	2.44565	3.54422	2.47356	2.55275	2.57404	2.9841	2.70767	1.57931	2.54137	1.09706	1.51415	0.57359	0.77533	0.94192	0.8366	0.56871	0.96415	1.41775	2.67034	0.92456	0.3259	2.20574	2.15686	2.42128	0.89908	2.80518	1.60338	1.55486	3.08933	2.21306	1.21297	1.95533	0.75901	0.62665	0.75974	1.77192	1.39524	2.53638	1.20998	0.97257	1.75596	2.02165	2.06894	2.69517	0.76658	1.61946	2.46141	1.10915	2.99505	0.30581	3.00423	2.88703	1.71795	2.55957	2.07571	2.9849	2.92911	2.38005
LPE P-18:0	0.70461	1.38603	1.51479	1.94585	0.88735	2.10637	2.17388	1.14086	0.75675	1.31335	0.81578	1.1038	1.13823	1.10777	2.13507	0.59407	1.83093	1.48266	1.81502	1.72506	5.29923	4.42078	1.55779	1.85501	4.95884	3.5927	2.27697	3.75535	3.06727	1.05763	1.66736	6.32379	0.97462	3.82789	2.11281	2.24356	2.53403	2.38038	1.96554	3.43088	1.96072	4.87439	3.78927	4.27094	3.46449	3.96307	3.06967	3.73486	4.80136	2.01141	3.78368	1.05067	1.64845	0.90754	0.68874	1.09845	1.29721	0.7274	1.38019	1.93849	3.08301	1.34623	0.39558	2.5532	2.47151	3.79318	1.37716	4.15313	2.61576	2.30973	3.3529	3.21958	1.99569	3.11238	1.33187	1.04852	1.21191	2.46718	2.5813	4.5784	1.41506	1.35231	3.0041	2.43445	4.93458	4.16404	1.09376	2.90827	2.53225	1.86707	3.85974	0.43406	2.73441	5.83498	2.30801	3.24478	2.76572	3.27952	3.14428	2.56962
LPI 18:0	0.03543	0.07583	0.0566	0.09975	0.04815	0.05346	0.08248	0.05856	0.05951	0.1039	0.08558	0.0757	0.05254	0.23216	0.12618	0.02362	0.07723	0.09203	0.08986	0.0874	0.25843	0.19763	0.08765	0.09268	0.34292	0.1742	0.14265	0.19696	0.15158	0.0551	0.16016	0.15763	0.073	0.25155	0.13677	0.07226	0.07159	0.28044	0.09777	0.13687	0.08522	0.30435	0.08667	0.22097	0.30217	0.20693	0.24017	0.11578	0.27329	0.08334	0.15525	0.09504	0.10312	0.05551	0.07447	0.07578	0.09121	0.06336	0.05463	0.13396	0.19183	0.07858	0.03117	0.25803	0.19912	0.29414	0.09514	0.21192	0.09934	0.17702	0.2263	0.22604	0.15296	0.14703	0.83253	0.17813	0.1778	0.18073	0.12321	0.08106	0.12289	0.0775	0.42239	0.21462	0.19886	0.28451	0.07877	0.10383	0.25337	0.10451	0.12303	0.01733	0.1063	0.29295	0.10446	0.14157	0.11758	0.07926	0.14806	0.14146
LPI 18:1	0.00172	0.00564	0.00351	0.0095	0.00544	0.00288	0.00714	0.00651	0.00245	0.00876	0.00155	0.00646	0.00368	0.02348	0.00725	0.00155	0.00664	0.00752	0.00818	0.00987	0.02225	0.01999	0.00505	0.00877	0.03898	0.01769	0.01082	0.0154	0.01338	0.00471	0.01878	0.01168	0.00612	0.01814	0.01584	0.00733	0.00412	0.02754	0.00955	0.01259	0.00996	0.02427	0.00847	0.02673	0.03556	0.01068	0.0274	0.01314	0.02602	0.00831	0.01453	0.00403	0.00973	0.00373	0.00648	0.00448	0.00709	0.00286	0.00263	0.008	0.02121	0.0048	0.00109	0.025	0.01625	0.02362	0.00715	0.00798	0.00805	0.01131	0.02343	0.01586	0.01298	0.01201	0.05916	0.01939	0.01669	0.00944	0.0096	0.00579	0.01006	0.00808	0.04383	0.01867	0.01616	0.02916	0.00726	0.01214	0.01692	0.00652	0.01424	0.00034	0.0138	0.02363	0.00885	0.0125	0.01033	0.00704	0.01349	0.01502
LPI 20:4	0.00211	0.00572	0.00459	0.009	0.00438	0.00495	0.01012	0.0082	0.00155	0.00811	0.00539	0.00423	0.0035	0.00474	0.00854	0.00401	0.00596	0.00817	0.00882	0.00639	0.01861	0.01863	0.00502	0.00442	0.0247	0.01143	0.00735	0.01205	0.00293	0.00675	0.04046	0.00587	0.00547	0.01273	0.00873	0.00634	0.00449	0.01749	0.00728	0.00829	0.01039	0.01056	0.00608	0.01554	0.01131	0.01105	0.01447	0.00582	0.00847	0.00492	0.00984	0.00379	0.01284	0.00248	0.00504	0.0058	0.00615	0.00135	0.0019	0.01266	0.00794	0.01031	0.00332	0.01732	0.01579	0.01282	0.00657	0.01022	0.00598	0.0123	0.01366	0.01136	0.01064	0.00816	0.01401	0.01598	0.0141	0.01043	0.0042	0.00256	0.00857	0.01207	0.00919	0.00952	0.0088	0.01316	0.00363	0.00552	0.00177	0.00697	0.01007	0.00006	0.00444	0.01244	0.00599	0.00851	0.00717	0.00285	0.00696	0.00966
LPS 18:0	0.02421	0.0527	0.03461	0.05146	0.03367	0.04923	0.08455	0.02517	0.02259	0.05489	0.04231	0.05887	0.0278	0.07485	0.05497	0.01402	0.04637	0.04504	0.04648	0.04202	0.11118	0.09127	0.05279	0.03618	0.07833	0.08098	0.04853	0.06381	0.03624	0.03116	0.03073	0.08772	0.02835	0.03703	0.07478	0.0273	0.02919	0.13316	0.02096	0.0266	0.03127	0.04925	0.02794	0.03502	0.17153	0.05694	0.07738	0.02611	0.09249	0.02281	0.04183	0.07731	0.06042	0.02872	0.05692	0.03664	0.04061	0.04553	0.04234	0.05178	0.10334	0.03247	0.01907	0.0875	0.08775	0.09276	0.05797	0.13135	0.05415	0.0762	0.07722	0.10617	0.08937	0.03255	0.07976	0.09443	0.10307	0.03805	0.09471	0.02134	0.04421	0.03479	0.23665	0.03584	0.04925	0.04846	0.0276	0.03395	0.07665	0.02746	0.02397	0.00283	0.04757	0.06692	0.03716	0.03448	0.02566	0.02372	0.04279	0.03819
LPS 18:1	0.00825	0.01745	0.01354	0.02287	0.01881	0.01462	0.02683	0.01507	0.02423	0.02796	0.06474	0.01628	0.01787	0.02932	0.01497	0.00696	0.01314	0.01641	0.01836	0.01298	0.02577	0.03004	0.013	0.01449	0.03206	0.02503	0.01469	0.02303	0.01179	0.01215	0.06006	0.02396	0.00867	0.00642	0.01519	0.00849	0.01069	0.02444	0.00593	0.00718	0.0139	0.0074	0.00659	0.0121	0.02124	0.02144	0.01801	0.00679	0.0135	0.00512	0.00964	0.02517	0.02321	0.01802	0.03111	0.02212	0.01545	0.04268	0.01047	0.02817	0.0244	0.01265	0.0108	0.02636	0.01851	0.01937	0.02283	0.02636	0.01578	0.02357	0.02734	0.03006	0.03592	0.00874	0.02941	0.02665	0.02678	0.01184	0.01442	0.00301	0.02055	0.01587	0.02318	0.00932	0.00663	0.00725	0.00474	0.00684	0.02264	0.01082	0.0059	0.0004	0.01028	0.01041	0.01211	0.01127	0.00763	0.00711	0.01371	0.01348
LPS 20:4	0.00032	0.00242	0.0018	0.00222	0.00121	0.00031	0.00449	0.00152	0.00316	0.00328	0.00205	0.00268	0.00065	0.00284	0.00262	0.00097	0.00166	0.00227	0.00333	0.00111	0.00446	0.00522	0.00246	0.00214	0.00358	0.0054	0.00233	0.00264	0.00067	0.00083	0.01303	0.00321	0.00153	0.0017	0.00146	0.00124	0.00254	0.00461	0.00025	0.00114	0.00166	0.00124	0.00116	0.00122	0.00234	0.00348	0.00252	0.00157	0.00154	0.0003	0.00235	0.00285	0.00389	0.00096	0.00489	0.00134	0.0013	0.00093	0.0022	0.00284	0.00374	0.00214	0.00168	0.00386	0.00314	0.0046	0.00433	0.00647	0.001	0.0028	0.00304	0.00371	0.0054	0.00143	0.00329	0.00506	0.00532	0.0016	0.00445	0.00018	0.0034	0.0027	0.00305	0.00163	0.00397	0.00078	0.00067	0.00366	0	0.00179	0.00115	0	0.00255	0.00299	0.00171	0.00261	0.00133	0.00104	0.00259	0.00219
SM 28:1;O2	0.00198	0.0109	0.01489	0.009	0.00401	0.00506	0.01183	0.01757	0.00071	0.02472	NA	0.01353	NA	0.00668	0.0135	0.00749	0.01231	0.01633	0.01474	0.021	0.04355	0.04755	0.01102	0.01247	0.09147	0.06115	0.03196	0.01306	0.03348	0.02013	0.04612	0.13296	0.02181	0.02491	0.01484	0.02522	0.02282	0.02182	0.03251	0.02525	0.02496	0.03982	0.06936	0.06173	0.02626	0.0402	0.05778	0.10508	0.05355	0.06688	0.06372	0.00194	0.00625	0.00147	0.00131	0.00738	0.01909	0	0.00878	0.01519	0.05275	0.00798	0.00064	0.02867	0.01231	0.01471	0.01538	0.03581	0.01443	0.01957	0.06112	0.01601	0.02742	0.05127	0.02425	0.01423	0.0168	0.02096	0.01396	0.03937	0.03436	0.00841	0.01675	0.02298	0.01228	0.04994	0.01793	0.03271	0.01163	0.04504	0.12133	0.04902	0.06081	0.0509	0.02861	0.02923	0.02873	0.03604	0.03199	0.02778
SM 30:0;O2	0.01002	0.02453	0.0217	0.02158	0.01572	0.00916	0.01332	0.02055	0.01447	0.04767	0.00664	0.02787	0.00995	0.01469	0.03219	0.0164	0.02997	0.02518	0.02133	0.03558	0.05069	0.0649	0.01396	0.01785	0.18154	0.09533	0.05016	0.02589	0.04825	0.01596	0.04828	0.23454	0.02197	0.03413	0.0251	0.04102	0.03144	0.03003	0.04267	0.03011	0.0326	0.0335	0.07144	0.09576	0.03012	0.05027	0.04546	0.10771	0.07061	0.06908	0.05884	0.0056	0.0126	0.00298	0.01647	0.01776	0.03053	0.00671	0.01158	0.02542	0.0811	0.00955	0.00422	0.0454	0.01102	0.03154	0.0214	0.08428	0.02191	0.02918	0.11595	0.02348	0.03699	0.05717	0.02688	0.01678	0.02102	0.02415	0.0186	0.05295	0.03186	0.0105	0.02257	0.02513	0.02042	0.05615	0.0287	0.03663	0.0207	0.04455	0.12837	0.03231	0.04893	0.04215	0.03712	0.04376	0.03577	0.05151	0.04255	0.03745
SM 31:1;O2	0.13718	0.20923	0.16469	0.18794	0.16673	0.1466	0.16437	0.11333	0.13391	0.59124	0.19678	0.33518	0.11141	0.2007	0.20192	0.20633	0.23593	0.17817	0.21905	0.40469	0.57092	0.42037	0.18472	0.2777	1.6702	0.89858	0.48863	0.37028	0.68329	0.21467	0.41014	2.05838	0.27218	0.26132	0.20964	0.373	0.237	0.35986	0.5509	0.35125	0.18399	0.43306	0.79395	0.99428	0.52539	0.7773	0.57311	1.2212	0.8155	0.53929	0.73454	0.12193	0.13811	0.05428	0.16527	0.24268	0.21837	0.20548	0.14542	0.34845	0.70102	0.1377	0.05665	0.39725	0.19726	0.24429	0.30912	0.95926	0.24007	0.41868	1.05959	0.23416	0.30252	0.58828	0.28692	0.22345	0.26893	0.31456	0.1921	0.64189	0.34127	0.11103	0.32877	0.30071	0.14759	0.63908	0.2576	0.39413	0.36433	0.66053	1.15238	0.55	0.77621	0.59661	0.39808	0.46938	0.38432	0.65484	0.43066	0.43673
SM 32:0;O2	0.3405	0.73982	0.4904	0.81948	0.42069	0.34787	0.51341	0.45995	0.38409	1.366	0.33367	0.69353	0.29907	0.40278	0.77393	0.46415	0.85075	0.53444	0.58581	1.18945	2.0162	2.10414	0.46727	0.97113	6.25182	3.19489	1.25472	1.16787	1.69666	0.3996	1.53888	8.1327	0.59047	0.97863	0.86245	1.6447	0.68786	0.88052	1.30471	1.07729	0.79974	1.00361	1.81336	2.95957	1.45698	1.73611	1.41337	2.5394	2.03591	2.33892	1.73667	0.33735	0.46594	0.19499	0.55414	0.55516	0.74829	0.26249	0.29494	0.96847	2.54571	0.33977	0.13941	1.65682	0.51949	1.70388	0.73692	2.51929	0.87798	0.91264	3.72591	0.51654	1.03496	1.76782	0.66758	0.43673	0.55864	0.68614	0.44371	1.39191	0.78461	0.29481	0.56451	0.99631	0.65812	1.90425	0.67201	0.99589	0.81346	1.46705	4.47666	0.86309	1.50031	1.25375	1.16607	1.6295	1.13001	1.66106	1.25686	1.17944
SM 32:0;O3	0.00259	0.00418	0.00446	0.00483	0.0017	0.00119	0.00427	0.00131	0.00043	0.00917	0.00069	0.00311	0.00029	0.00223	0.00579	0.00285	0.00547	0.00476	0.0047	0.01044	0.01367	0.00809	0.00374	0.0061	0.02675	0.01277	0.00877	0.00671	0.00969	0.00348	0.01049	0.02721	0.00409	0.00582	0.00532	0.00755	0.00632	0.00686	0.01138	0.00843	0.00316	0.01162	0.01364	0.01323	0.00687	0.0124	0.00897	0.01623	0.00905	0.01253	0.01093	NA	0.00349	0.00071	0.00197	0.00466	0.0054	NA	0.00097	0.00428	0.0104	0.00473	0.00021	0.01006	0.00506	0.01096	0.00585	0.01054	0.00675	0.00912	0.01708	0.00395	0.00844	0.0156	0.00487	0.00425	0.00529	0.00583	0.00222	0.00977	0.00581	0.00211	0.00386	0.00639	0.00686	0.0144	0.00357	0.01102	NA	0.00975	0.02834	0.01326	0.01028	0.01165	0.01004	0.01442	0.0098	0.01454	0.01033	0.01001
SM 32:1;O2	10.69291	20.26257	12.74442	17.14563	10.58426	8.09415	12.30364	11.83795	10.48168	35.08892	10.91819	14.31998	7.64247	10.79456	23.5043	14.44191	24.29212	13.43988	19.71226	26.29203	47.36499	49.43832	17.62916	33.38292	124.09953	67.33762	38.81799	34.23773	53.42055	14.1148	48.41495	165.47163	18.91947	40.17725	23.23687	42.29191	18.41267	33.17139	36.64104	33.47717	23.49493	49.80814	58.86123	84.9606	50.16584	61.87501	44.29403	60.25153	60.50107	64.0967	53.12251	10.43009	10.10692	6.22932	10.60683	13.48978	19.84465	8.59834	8.61496	25.93318	57.55113	12.94637	4.16843	33.58561	22.24442	39.71442	23.18051	62.55166	21.71997	26.4375	88.93549	17.53261	26.24417	47.72145	20.35995	15.55273	19.69301	25.83685	14.79611	47.45083	34.51142	9.37904	19.57986	42.11927	21.16088	52.54194	22.00871	37.82801	25.48169	41.31677	85.60262	33.86875	56.35413	46.62831	40.61854	54.4145	40.31588	54.53125	42.26174	41.13035
SM 32:1;O3	0.06077	0.10271	0.07633	0.08373	0.05479	0.04171	0.07051	0.05261	0.06365	0.1877	0.05803	0.09496	0.04356	0.05385	0.1566	0.06097	0.1022	0.06317	0.11976	0.11543	0.24957	0.29638	0.13007	0.21098	0.78874	0.49597	0.20625	0.17854	0.27385	0.07521	0.48519	0.95358	0.0897	0.20585	0.12092	0.22456	0.10546	0.19169	0.18737	0.16326	0.1233	0.2268	0.3708	0.59366	0.44324	0.46529	0.28787	0.35082	0.51938	0.70543	0.36288	0.07622	0.05441	0.03767	0.07761	0.06902	0.09749	0.05701	0.07185	0.2312	0.35685	0.06482	0.02734	0.1609	0.18564	0.31157	0.23075	0.63693	0.13201	0.11283	0.4698	0.13692	0.19497	0.36916	0.11671	0.09808	0.11057	0.17112	0.11284	0.33	0.22473	0.05595	0.14963	0.22333	0.11177	0.42292	0.10419	0.18995	0.22038	0.47046	0.48888	0.17686	0.36019	0.30648	0.28192	0.35231	0.26005	0.37408	0.27032	0.28213
SM 32:2;O2	0.2608	0.54177	0.33058	0.49172	0.42876	0.30529	0.31654	0.30397	0.23885	0.97055	0.38148	0.47175	0.2098	0.35569	0.54577	0.36976	0.63171	0.37901	0.48892	0.73129	1.17494	1.11032	0.44603	0.76092	2.88416	1.86918	1.20011	0.85066	1.23857	0.54392	1.48323	3.51896	0.52586	0.86806	0.61645	1.05401	0.50089	0.74657	1.22571	0.83522	0.5394	1.03055	2.21158	1.9481	1.31268	1.53337	1.58308	1.8581	1.44586	1.67117	1.60394	0.36595	0.36969	0.14798	0.37767	0.43122	0.65133	0.31557	0.32818	0.80541	1.50824	0.43753	0.09948	1.09563	0.66181	1.0389	0.73545	1.7914	0.48693	0.77623	1.9045	0.52856	0.84769	1.2875	0.63049	0.49054	0.58642	0.80204	0.49114	1.34707	0.82526	0.32477	0.65259	1.06708	0.69138	1.91749	0.56563	0.99432	0.84039	1.62455	2.54534	1.04164	1.68887	1.54135	0.96442	1.24251	1.10148	1.47357	1.14558	1.044
SM 33:0;O2	0.11097	0.19006	0.12907	0.20412	0.1168	0.11868	0.19112	0.10485	0.09081	0.41178	0.10472	0.23004	0.07426	0.11793	0.17965	0.14147	0.2307	0.13043	0.2167	0.41477	0.6531	0.52318	0.16428	0.30775	1.503	0.90026	0.37944	0.39859	0.52799	0.12067	0.34581	2.0199	0.17828	0.19687	0.20891	0.40549	0.18831	0.27317	0.41282	0.32505	0.1935	0.23368	0.50201	0.78633	0.46674	0.51099	0.35439	0.83114	0.65118	0.59471	0.45088	0.08285	0.15635	0.05998	0.13199	0.18211	0.16539	0.07421	0.08141	0.40513	0.67968	0.09445	0.03747	0.44352	0.17402	0.41248	0.30193	0.87153	0.26507	0.3132	0.93551	0.16723	0.3216	0.51389	0.21625	0.13746	0.18313	0.22704	0.12359	0.38978	0.20199	0.09954	0.19116	0.21916	0.12608	0.50461	0.16551	0.26103	0.20726	0.46631	1.06857	0.21917	0.42141	0.36614	0.37376	0.4865	0.3102	0.57719	0.34657	0.37674
SM 33:1;O2	7.34496	11.80079	8.45195	11.32116	7.5136	6.46547	10.64575	7.07649	6.62763	26.55273	8.85291	11.75711	4.75241	7.27377	12.55449	9.83137	14.35938	8.50191	13.61779	20.77026	37.06313	31.14789	10.62887	19.36373	87.83127	46.53296	26.94528	24.52404	37.19785	8.48037	24.60991	102.55162	12.01149	19.2978	12.98872	23.94422	11.87841	20.18263	26.47708	22.58535	13.24673	27.11401	40.6124	55.10481	33.49488	41.13027	27.10279	46.16724	37.82765	33.41148	33.69576	6.48376	7.36983	3.58136	7.01546	10.566	11.4785	6.28329	5.64014	19.4108	37.93346	8.4584	2.62367	23.52966	13.83601	20.8878	16.82015	44.96145	14.98489	19.03818	58.23515	10.59213	16.92211	32.32583	13.30057	10.12249	12.84819	16.7653	9.06643	31.10193	19.54768	6.61379	14.33754	21.08853	9.46523	35.42201	12.26088	22.81778	14.79424	32.84926	58.10594	20.94117	34.04789	31.6764	24.37184	32.15202	23.4794	38.35205	25.62833	26.48572
SM 33:1;O3	0.04786	0.0715	0.06139	0.06277	0.03935	0.04125	0.07191	0.03974	0.04531	0.16236	0.05058	0.0915	0.03409	0.04179	0.10491	0.043	0.07679	0.05207	0.08854	0.11658	0.22017	0.22414	0.09976	0.15782	0.5204	0.46127	0.1665	0.15136	0.21419	0.06053	0.29809	0.65266	0.06853	0.10237	0.08257	0.14452	0.08797	0.12616	0.15991	0.1285	0.07939	0.12315	0.2734	0.37776	0.35527	0.32578	0.20278	0.32317	0.52034	0.49093	0.24178	0.05561	0.05208	0.02906	0.06309	0.07338	0.08372	0.03638	0.05442	0.23035	0.29414	0.05809	0.02085	0.14164	0.1417	0.23727	0.23035	0.76508	0.11065	0.11053	0.30664	0.10144	0.17744	0.33193	0.10075	0.08105	0.09085	0.1265	0.08791	0.24283	0.1416	0.04757	0.12788	0.13045	0.11695	0.30528	0.06919	0.12515	0.1491	0.63723	0.36845	0.13798	0.23714	0.2403	0.22359	0.26605	0.17721	0.33247	0.19558	0.23207
SM 33:2;O2	0.1067	0.17813	0.09568	0.13014	0.12312	0.10802	0.11475	0.10163	0.09163	0.27301	0.16409	0.15705	0.07131	0.10415	0.14853	0.14941	0.20796	0.10354	0.20399	0.2459	0.40624	0.34735	0.13784	0.22691	1.09076	0.49535	0.41424	0.31708	0.45857	0.13649	0.36315	1.17902	0.17474	0.25632	0.16784	0.33369	0.14307	0.2682	0.37557	0.28907	0.17423	0.35839	0.67661	0.73026	0.50783	0.54754	0.43528	0.65252	0.49771	0.42109	0.52445	0.12362	0.07951	0.05486	0.11734	0.11105	0.14236	0.06284	0.11094	0.26356	0.39831	0.10758	0.03577	0.28305	0.20294	0.2053	0.20769	0.57777	0.15858	0.22827	0.71841	0.15502	0.19729	0.39261	0.1931	0.14815	0.17476	0.27613	0.13111	0.45223	0.25358	0.10513	0.19529	0.28716	0.12407	0.51473	0.19098	0.30115	0.34679	0.47565	0.68745	0.32146	0.5891	0.48091	0.29981	0.37412	0.30044	0.47319	0.32228	0.32969
SM 34:0;O2	14.47448	32.01948	18.82792	34.64594	15.78722	14.06769	24.24286	21.229	16.31212	41.81349	15.13566	20.11082	12.04003	17.27983	30.78413	16.19282	29.19749	20.20309	23.46093	38.05147	56.91919	63.51965	25.13976	43.82575	109.16829	88.86843	33.5034	42.02739	50.32882	15.93317	38.99588	181.25335	19.28927	36.56695	36.16254	53.59471	26.66097	29.40512	40.29902	42.32021	31.95255	34.72395	44.79724	66.88416	52.90066	48.87984	33.61847	49.09375	52.52998	74.99246	38.04788	22.59174	24.03209	16.97268	27.43672	25.13052	29.45778	8.18965	13.14668	37.00311	72.15066	18.18223	7.04879	48.88423	25.32216	71.23846	29.32026	95.23156	34.83012	28.69117	75.94422	20.08431	40.25348	54.18309	26.53197	16.34732	18.95947	24.79973	20.51881	37.31522	29.81413	18.2342	18.38063	38.627	28.96127	51.02116	26.24407	32.89249	35.82418	50.02958	98.71355	26.3045	38.92674	34.40042	44.55797	61.03472	47.23346	64.17662	47.42701	45.36587
SM 34:0;O3	0.16258	0.27203	0.28094	0.37161	0.22894	0.1666	0.22919	0.158	0.12861	0.49542	0.15203	0.11406	0.07895	0.16325	0.416	0.25726	0.3295	0.26257	0.33697	0.55784	0.9009	0.61994	0.28636	0.47702	1.61845	0.78313	0.59538	0.51282	0.47388	0.18535	0.5722	1.33882	0.23089	0.5158	0.41077	0.51987	0.37422	0.39228	0.67564	0.54591	0.26553	0.71985	0.7785	0.80426	0.58228	0.62697	0.51173	0.52318	0.48418	0.706	0.55028	0.27139	0.23019	0.12429	0.21169	0.23456	0.47584	0.07978	0.11561	0.36024	0.67057	0.41661	0.05769	0.69571	0.44239	1.22745	0.41563	0.75386	0.40026	0.44845	0.99016	0.20696	0.56126	1.02336	0.31842	0.25341	0.31599	0.34941	0.16383	0.56698	0.35411	0.21876	0.25275	0.63792	0.64026	0.88175	0.22624	0.65828	0.27324	0.79206	1.53807	0.39445	0.49128	0.7815	0.68617	1.07507	0.69479	0.91261	0.66221	0.6127
SM 34:0;O4	0.00996	0.02192	0.01829	0.03297	0.01125	0.01167	0.02084	0.01292	0.00685	0.03437	0.01107	0.01252	0.00608	0.01056	0.03586	0.01218	0.02714	0.01726	0.02527	0.03908	0.08001	0.09881	0.02869	0.05921	0.19968	0.1323	0.05195	0.05006	0.07012	0.01617	0.07224	0.21358	0.01865	0.06757	0.04661	0.05578	0.0266	0.0291	0.05507	0.0506	0.02607	0.07524	0.08694	0.10457	0.08524	0.09416	0.06406	0.07258	0.07848	0.13168	0.05994	0.02323	0.01969	0.00975	0.01844	0.0214	0.03327	NA	0.00796	0.04302	0.10574	0.03949	0.00452	0.07582	0.04889	0.14986	0.04587	0.07051	0.03259	0.03568	0.11773	0.01843	0.05602	0.10012	0.02257	0.0186	0.02157	0.03876	0.01777	0.05976	0.05135	0.01764	0.02101	0.0735	0.06129	0.11398	0.02181	0.05636	0.02059	0.12447	0.20617	0.11119	0.05081	0.08955	0.07485	0.13231	0.08403	0.11551	0.08302	0.07454
SM 34:1;O2	128.45268	245.32978	177.99243	238.97298	197.40596	139.40716	203.44679	175.33041	190.09436	304.07139	225.55142	161.86805	136.31121	192.49729	242.55272	161.69441	222.51713	180.09429	197.45706	249.34919	348.41474	320.71241	207.04025	272.83964	478.40937	393.63904	263.21271	273.635	312.80943	165.45694	282.10829	821.0721	176.97924	262.5918	229.10401	291.00361	235.86808	222.30056	272.07808	285.05184	238.54008	288.59027	323.96565	355.8235	317.01324	334.8418	240.80536	309.57409	340.01922	349.96634	262.59667	292.54665	176.75491	135.8139	247.84464	206.43894	243.46905	124.72106	137.37155	234.26869	342.93388	193.5975	76.25476	284.31035	234.36306	386.20248	236.24001	623.92315	199.95906	234.33868	381.82204	186.99837	274.25978	336.73787	201.19873	172.38829	187.34003	210.04814	169.91824	271.58352	258.21404	174.99032	191.54578	284.07391	256.86934	294.31927	194.82384	266.66565	401.25318	309.07343	419.9385	213.15118	293.64268	274.87237	323.99873	385.66988	339.58038	414.40183	321.16037	327.83367
SM 34:1;O3	1.01096	2.375	1.77088	2.27976	1.01401	0.74497	1.96317	1.24954	1.13033	3.42437	1.1099	1.61504	1.03078	1.16091	3.30189	0.79872	2.21315	1.33699	2.25673	2.26923	5.8144	8.30366	3.17443	5.95159	16.24185	14.22545	3.58035	3.93769	5.65384	1.612	10.34616	17.45849	1.55663	3.33218	2.90602	5.19597	2.2086	2.78468	2.9803	3.18794	2.51485	3.11808	5.63215	11.22592	9.62187	8.58621	5.93857	5.52737	11.96639	15.34308	5.76744	2.19786	1.96457	1.56186	2.05795	1.70983	2.93017	0.63431	1.27661	7.08959	10.08578	1.71193	0.59276	5.37399	5.72036	13.45782	6.2029	17.03577	2.78597	2.29141	9.46019	2.61633	6.2562	7.92456	2.02026	2.35968	2.53912	3.45548	2.07837	4.83123	3.19415	1.75545	2.7708	4.52323	3.02205	9.02673	1.78704	2.72549	3.14416	13.10953	9.88566	1.78551	4.49975	5.59951	6.87178	10.35997	6.19163	10.24724	6.8413	7.23228
SM 34:1;O4	0.00448	0.01134	0.0139	0.0094	0.00156	0.00947	0.01006	0.00615	NA	0.01363	NA	0.00608	NA	NA	0.02004	0.00487	0.01407	0.01044	0.00667	0.02264	0.03201	0.0317	0.01421	0.02166	0.06109	0.06016	0.02761	0.0221	0.02158	0.00771	0.06294	0.07473	0.00866	0.02555	0.01415	0.02196	0.01734	0.01358	0.03032	0.02043	0.01455	0.03077	0.03756	0.0397	0.05202	0.03332	0.02752	0.03057	0.05417	0.08282	0.02679	0.00901	0.00992	0.00435	NA	0.01541	0.01763	0.00631	0.01021	0.03096	0.04021	0.01761	0.00137	0.0248	0.02828	0.0844	0.03461	0.08411	0.01645	0.0277	0.03655	0.01707	0.03207	0.05092	0.02237	0.01244	0.0144	0.02165	0.01453	0.02973	0.01835	0.01115	0.01417	0.02778	0.04	0.05472	0.00997	0.02618	0.0288	0.08726	0.05626	0.03935	0.03509	0.04146	0.04006	0.04997	0.03675	0.05703	0.03971	0.03923
SM 34:2;O2	10.64645	26.72524	13.8602	23.37613	12.39947	10.1742	15.70539	14.65005	10.2262	31.52678	12.13839	12.35274	6.729	9.91872	28.34531	14.47141	30.41824	14.6185	21.65287	30.43891	62.21576	58.96039	22.28285	43.49416	117.68068	74.07292	50.80534	44.47404	53.36329	15.60452	69.16964	139.38962	17.91552	53.8473	32.9737	55.35487	21.77046	33.52685	48.07652	45.65049	29.47076	55.36675	80.25448	78.9389	67.32063	66.90098	55.01748	57.21436	57.49707	77.58932	59.60711	17.44966	16.65337	7.86704	12.54218	13.29893	27.96662	7.06974	9.6726	39.3811	62.61963	21.90003	3.93344	54.82727	41.71144	75.50624	31.44993	66.93542	23.71392	27.58544	82.33884	18.096	37.81433	55.49992	21.31383	15.86886	20.05409	37.82868	19.41263	54.02544	40.3193	18.33383	23.42466	58.98349	46.44188	80.28857	23.17229	44.21706	26.85114	69.03516	92.26168	31.76439	56.36345	58.3901	49.55203	69.28756	53.48951	70.82265	53.96874	52.36691
SM 34:2;O3	0.11452	0.24391	0.14997	0.19341	0.11862	0.09977	0.15721	0.1038	0.13124	0.30422	0.12391	0.17685	0.0651	0.10628	0.35196	0.10119	0.22913	0.13561	0.21767	0.22674	0.59651	0.63779	0.36218	0.58289	1.12972	0.99809	0.47734	0.39828	0.52963	0.16489	1.45268	1.44166	0.15444	0.52114	0.33861	0.59164	0.24448	0.36661	0.45843	0.42348	0.26745	0.49767	0.87161	0.9998	1.22881	0.92457	0.68792	0.59367	0.89824	1.54331	0.7487	0.25762	0.1599	0.09525	0.19451	0.12774	0.25542	0.0884	0.14576	0.79437	0.71997	0.17913	0.05597	0.51175	0.75402	1.26583	0.71522	1.80819	0.27126	0.20327	0.69807	0.30348	0.59222	0.83501	0.19179	0.234	0.25116	0.51044	0.30239	0.74269	0.54497	0.19842	0.37733	0.62139	0.42397	1.37636	0.22355	0.40301	0.45562	2.00576	0.91253	0.33635	0.68056	0.71235	0.68694	0.76945	0.6443	0.96211	0.64775	0.71353
SM 34:3;O2	0.02631	0.06617	0.02629	0.05112	0.02929	0.03241	0.03577	0.02686	0.0138	0.08959	0.02455	0.04737	0.01793	0.03027	0.05072	0.04169	0.07294	0.02949	0.05793	0.08482	0.13922	0.10284	0.04352	0.07617	0.30187	0.15433	0.12168	0.10481	0.13724	0.04708	0.14602	0.38034	0.06071	0.10031	0.06566	0.12146	0.04538	0.08232	0.13476	0.10444	0.05173	0.13129	0.21804	0.18765	0.1551	0.1743	0.14199	0.20798	0.15672	0.16371	0.18674	0.0294	0.03594	0.01346	0.02311	0.03935	0.049	0.01342	0.02403	0.07973	0.12854	0.04596	0.00821	0.11333	0.07258	0.09522	0.05769	0.15354	0.05171	0.08456	0.20712	0.04334	0.06648	0.12411	0.05323	0.04309	0.05239	0.09688	0.04281	0.14854	0.09607	0.03726	0.06763	0.11007	0.07479	0.20516	0.06014	0.10844	0.08783	0.13523	0.21572	0.10714	0.18222	0.13409	0.10473	0.13616	0.10678	0.1559	0.11933	0.11625
SM 35:0;O2	0.26804	0.53965	0.2625	0.52578	0.31276	0.21922	0.47161	0.31014	0.23186	0.84662	0.26011	0.48143	0.19092	0.33232	0.43201	0.25744	0.54615	0.26553	0.51084	0.68226	1.14563	1.34728	0.37762	0.71289	2.41492	1.79152	0.73018	0.90273	1.02006	0.28264	0.48284	4.33215	0.41663	0.42091	0.53377	0.92052	0.37631	0.54067	0.63777	0.60028	0.48705	0.38567	0.91766	1.36793	1.04221	0.95933	0.63775	1.35716	1.63769	1.28979	0.84727	0.27038	0.5006	0.24515	0.37315	0.48717	0.39124	0.14828	0.18057	0.83051	1.31132	0.28415	0.10338	0.91878	0.45824	1.14951	0.60571	2.56709	0.55846	0.59366	1.5353	0.40586	0.68361	0.8952	0.4863	0.30675	0.34436	0.45281	0.24155	0.63988	0.37049	0.25999	0.35699	0.40259	0.23345	0.86686	0.46844	0.43743	0.37348	0.80996	1.9357	0.26666	0.59983	0.66028	0.69114	0.96067	0.67068	1.10701	0.70925	0.72735
SM 35:1;O2	5.87774	9.65202	6.99362	8.78324	8.84867	6.18285	8.66154	5.47407	7.00105	19.38212	9.93755	9.52862	6.54033	8.9562	9.04548	7.07104	9.4487	6.68379	9.76622	11.98402	19.66919	15.84766	7.54823	10.83696	36.29186	26.89838	13.46518	13.21975	19.92828	6.36415	13.87977	62.60276	8.29145	9.66864	8.36465	14.62239	8.79979	9.91066	14.85016	12.98349	7.14259	11.27982	18.05082	21.77259	17.19703	20.44874	12.60439	20.58243	23.76641	19.93797	15.84731	8.40297	7.25063	3.62332	8.56219	12.00619	7.70498	6.78054	5.84535	12.32091	20.28593	6.59196	2.90851	13.52019	9.46917	13.00314	9.58639	44.31941	10.60541	12.32001	23.75354	7.95044	10.74538	17.90449	9.18506	7.08605	7.86816	9.06209	6.09566	15.42162	9.83085	5.40198	9.04374	8.71498	4.73241	16.88231	9.44663	10.60714	12.93663	17.40244	29.41591	11.59993	14.25453	15.03279	14.61248	17.58066	14.05439	22.99574	15.19947	15.69033
SM 35:1;O3	0.00995	0.01791	0.0155	0.0177	0.00398	0.01033	0.01898	0.01285	0.00369	0.03188	0.00529	0.01268	0.00325	0.00516	0.02989	0.00988	0.01999	0.01478	0.01375	0.03386	0.06642	0.05646	0.01761	0.03488	0.09244	0.09174	0.03617	0.03567	0.03842	0.01288	0.0572	0.13442	0.01514	0.03172	0.01768	0.03046	0.02342	0.02142	0.04538	0.03436	0.02333	0.03118	0.04445	0.05892	0.06224	0.05163	0.03847	0.04491	0.09438	0.08645	0.04603	0.01811	0.01624	0.00539	0.01482	0.02558	0.02559	0.0021	0.01142	0.03918	0.06206	0.02404	0.00275	0.04545	0.03231	0.07177	0.04527	0.13051	0.02612	0.03993	0.05274	0.02228	0.04395	0.07491	0.0308	0.01535	0.01874	0.02677	0.01665	0.04025	0.02093	0.01213	0.02039	0.02637	0.03165	0.0703	0.01725	0.03047	0.02651	0.08997	0.10238	0.0371	0.04365	0.05082	0.04494	0.05275	0.03348	0.06563	0.04401	0.04525
SM 35:2;O2	0.35648	0.64317	0.35236	0.55107	0.38188	0.35736	0.48622	0.32852	0.35302	1.09303	0.52542	0.53728	0.29529	0.44308	0.58466	0.46797	0.67181	0.35105	0.59484	0.77516	1.50637	1.32115	0.51504	0.86988	3.63613	1.84817	1.36076	1.26021	1.5059	0.39558	1.1207	3.75923	0.59457	0.93819	0.59574	1.1386	0.5162	0.75973	1.26667	0.97088	0.55552	0.86974	2.20984	2.04661	1.82942	1.90417	1.27246	1.82725	1.82679	1.43354	1.80484	0.46704	0.37159	0.13963	0.39154	0.46362	0.54418	0.29402	0.32562	1.17605	1.51197	0.46849	0.1353	1.24382	0.83662	1.15364	0.888	2.23658	0.59025	0.8247	2.16989	0.4976	0.86302	1.31027	0.60733	0.47227	0.51819	0.90682	0.34148	1.19478	0.82614	0.31214	0.63952	0.92455	0.55148	1.98872	0.60296	0.8562	0.63579	1.75867	2.65947	0.88984	1.46757	1.44369	1.04013	1.33344	0.98345	1.75732	1.11317	1.16234
SM 36:0;O2	2.46296	8.31868	3.97584	8.79405	5.88814	2.94087	6.3661	5.93639	4.91089	11.09975	5.22344	4.18262	3.18905	4.34416	7.02617	3.05815	8.46096	3.55602	6.85357	6.20935	11.03681	16.71366	2.78745	4.85899	23.75345	14.01047	7.83932	8.44196	9.8253	2.94306	7.96903	47.06363	3.47703	5.69323	6.8311	10.88579	4.19283	3.96395	5.00893	6.06935	7.04137	3.85166	7.88	10.36492	8.27543	9.11783	5.45172	8.40471	11.73147	12.11147	5.14902	4.73574	5.86929	2.53568	5.05762	8.63124	5.0435	2.19519	2.52859	5.50045	11.00934	3.64205	1.09687	8.39275	3.09755	13.14071	2.93628	26.55426	7.52467	7.11303	16.38953	4.55287	6.0996	8.5677	5.58577	2.67387	3.12477	3.34876	2.37058	5.78737	2.88202	2.03565	3.08904	3.51657	3.47055	4.53452	5.94549	5.1044	4.31097	5.90178	17.09402	2.6919	4.31316	5.01636	8.12533	10.90058	8.12776	12.33418	9.5339	8.40667
SM 36:1;O2	39.35835	87.92217	67.07201	96.45761	67.86446	49.67684	81.67718	57.34012	65.90725	132.18193	84.88646	51.153	59.54573	74.92337	88.84538	46.21655	82.48108	64.35935	69.11216	78.10836	120.24079	114.68858	49.86772	61.42283	193.30004	141.73634	83.08692	95.35177	116.18964	45.66256	103.76171	360.23912	53.94371	65.05037	66.6128	91.82378	71.6222	50.62116	80.04248	73.67493	56.26411	72.38706	94.18791	108.74726	92.98565	104.0773	68.82126	75.76792	120.88414	118.2026	71.98725	83.41567	71.96848	29.82938	78.44164	109.08471	83.20953	44.2737	47.37118	62.08362	116.23624	67.22701	18.66107	101.60043	53.80299	127.94118	43.46137	259.63914	79.04055	105.93084	145.3833	63.78019	90.80388	107.07187	70.92629	42.77678	48.12989	47.3067	34.19388	69.87056	50.98359	31.83093	52.42419	53.52006	58.30872	67.61181	54.73802	66.25385	71.54562	97.28744	165.85564	54.02514	57.13475	72.68059	98.38556	113.89754	100.2524	134.94224	105.59869	102.7105
SM 36:1;O3	0.06012	0.16245	0.10813	0.17308	0.05681	0.0662	0.15108	0.0764	0.09349	0.24419	0.08601	0.09536	0.07292	0.07704	0.23978	0.04817	0.14807	0.08753	0.12326	0.15215	0.36941	0.41942	0.15905	0.22642	0.96109	0.69046	0.19016	0.24783	0.40023	0.08261	0.5763	1.31419	0.08625	0.15949	0.15371	0.22944	0.12494	0.09543	0.19536	0.15576	0.1098	0.14552	0.25635	0.39211	0.40147	0.36382	0.24568	0.22445	0.61758	0.75315	0.25734	0.12583	0.14076	0.05214	0.11948	0.18357	0.20332	0.04862	0.07126	0.23867	0.49726	0.14485	0.02492	0.37805	0.18954	0.66403	0.1816	0.97276	0.23816	0.23295	0.57283	0.15171	0.37203	0.43016	0.15028	0.06851	0.08217	0.12633	0.0713	0.18795	0.10565	0.06007	0.11088	0.15527	0.16349	0.3114	0.08448	0.11176	0.1804	0.48981	0.77606	0.17792	0.1528	0.21731	0.32957	0.38558	0.24919	0.54108	0.34902	0.33288
SM 36:2;O2	16.03026	37.66198	23.75777	35.03684	27.39386	19.67541	26.43595	18.6564	25.93224	51.54079	33.67314	21.88982	21.60308	25.84498	34.09469	19.06813	34.39052	23.75143	26.31512	31.34003	59.18372	46.38038	19.46972	27.76098	101.79712	63.80703	44.26726	42.01118	57.57705	17.75286	53.54019	166.33882	21.27414	37.54645	29.49691	44.65156	29.20116	24.54558	43.03976	38.05423	22.689	35.7135	57.10446	52.84033	50.07609	50.97523	37.59043	41.81176	56.99508	55.66686	41.42236	35.59182	28.0932	10.56423	27.34597	39.44514	31.97051	20.23412	20.9894	28.39579	51.09823	25.72006	7.19664	57.95902	27.61279	53.23586	18.24621	99.32381	32.67991	37.58856	73.95628	23.49547	36.84434	47.01032	30.00977	16.03534	18.53259	26.71423	15.66835	36.16906	26.20096	18.20772	21.22922	30.72062	29.62482	41.55705	26.86383	32.9282	43.06528	49.37351	83.51938	26.49856	35.21228	37.76918	41.62928	48.2592	39.77529	62.68222	46.60932	46.26565
SM 36:2;O3	0.04853	0.10576	0.0672	0.10141	0.07551	0.06089	0.09803	0.05894	0.07898	0.12623	0.07705	0.05561	0.0887	0.07611	0.14304	0.04979	0.09419	0.06097	0.07873	0.10907	0.21082	0.17294	0.06715	0.09806	0.36089	0.21529	0.13091	0.16661	0.17029	0.06262	0.28016	0.55598	0.08075	0.07302	0.09135	0.095	0.07066	0.0746	0.12312	0.09679	0.06917	0.07165	0.18347	0.17632	0.2217	0.1786	0.131	0.11777	0.2467	0.2652	0.15501	0.07455	0.0798	0.03168	0.02597	0.08453	0.10619	NA	0.03652	0.12259	0.1846	0.0701	0.01142	0.18109	0.08724	0.16393	0.07493	0.41898	0.09981	0.10206	0.27503	0.07767	0.14999	0.17355	0.10041	0.05423	0.06237	0.08124	0.03837	0.13213	0.05703	0.04196	0.10963	0.08714	0.07121	0.12368	0.06309	0.06753	0.05573	0.17044	0.28608	0.07109	0.09859	0.10857	0.1621	0.17033	0.12232	0.24816	0.15501	0.17853
SM 36:3;O2	0.21521	0.47642	0.23434	0.42073	0.32548	0.26241	0.39196	0.24744	0.20471	0.78891	0.35409	0.39684	0.17286	0.31102	0.37594	0.3626	0.57544	0.27093	0.39467	0.6763	1.26739	0.76672	0.24986	0.43962	2.53043	1.14847	1.20696	0.85741	1.09168	0.31935	1.17755	2.98256	0.46544	0.5989	0.43006	0.7363	0.32416	0.56095	1.03861	0.77089	0.37033	0.82701	1.7718	1.40062	0.98403	1.19221	0.94123	1.66651	1.08453	1.08354	1.23188	0.25692	0.32581	0.11707	0.21758	0.43204	0.38941	0.25034	0.19194	0.49673	0.95118	0.38552	0.07215	1.04415	0.41489	0.65514	0.32577	1.16705	0.43764	0.83939	1.65145	0.31142	0.46333	0.86024	0.40227	0.25914	0.34006	0.62497	0.24101	0.81873	0.53371	0.29147	0.41982	0.67695	0.55188	1.08927	0.44217	0.77095	0.4171	0.84807	1.76985	0.80365	1.18444	0.94474	0.76789	0.97927	0.78888	1.26489	0.92628	0.90729
SM 37:1;O2	1.78423	2.74679	2.20019	2.85129	2.51608	1.76802	2.26077	2.15864	1.67597	6.76127	2.84445	2.02403	1.55376	2.34551	3.33996	2.63264	3.40282	2.0082	3.31213	4.36743	5.81789	4.97259	1.89327	2.00815	12.68717	6.88969	5.0953	5.0265	5.15575	1.97314	5.10242	14.95401	2.75509	3.30866	2.91868	3.5458	2.23423	3.44126	4.88221	3.90231	2.40331	3.97092	6.2026	6.5927	5.17777	6.76537	3.6836	5.963	6.06605	5.06267	4.68437	1.81457	1.86184	0.87495	1.57561	3.4536	2.74157	1.56343	1.3667	2.89881	5.69912	2.70187	0.58599	3.54159	2.20819	3.44626	2.28983	9.15096	2.68884	4.57408	8.67254	2.43213	3.25072	5.71832	3.76372	2.31445	2.69534	2.93646	1.63185	5.54752	2.69798	1.51734	3.18324	2.40359	1.60178	3.79246	2.6725	3.46731	2.27308	4.28187	7.59889	3.70668	4.62529	4.8304	5.18237	6.10502	4.69886	6.93379	5.42146	4.94899
SM 37:2;O2	0.35948	0.58015	0.39776	0.5464	0.53448	0.40059	0.51869	0.37528	0.35995	1.17516	0.59555	0.5019	0.29534	0.50158	0.55441	0.54044	0.66692	0.39469	0.5867	0.91844	1.40078	0.88903	0.33632	0.42643	2.45014	1.2764	1.23382	1.16669	1.14801	0.39862	0.99219	3.10544	0.58261	0.69869	0.5558	0.81603	0.45967	0.71874	1.30994	0.92672	0.47953	0.84962	1.75968	1.32133	1.26951	1.39358	0.85669	1.62226	1.18424	1.12392	1.20741	0.31482	0.38126	0.15035	0.34095	0.59882	0.57787	0.32596	0.30135	0.60504	1.07119	0.47853	0.11138	0.98084	0.48983	0.74634	0.43019	1.69105	0.52429	0.89932	1.58939	0.44492	0.64776	1.08782	0.65792	0.37075	0.47559	0.72548	0.31779	0.92278	0.56638	0.32726	0.58519	0.55589	0.43786	1.13571	0.47968	0.76911	0.62567	1.06176	1.77673	0.81086	1.12718	1.08791	0.98725	1.07494	0.90556	1.60363	1.08111	1.09699
SM 38:0;O2	0.80403	1.97387	1.10284	2.56733	1.33236	0.69555	1.34614	2.30615	1.11272	2.97496	1.04903	1.03829	0.68706	0.95829	2.59305	1.04355	2.55314	0.90277	2.60112	2.07837	3.4451	6.87433	0.9922	1.58759	11.41593	4.92149	2.89554	3.10675	3.06082	1.05344	2.46029	12.60116	1.07165	2.38529	2.53109	2.60653	1.15792	1.69516	1.72911	1.87324	2.93356	1.82452	3.14927	5.06493	2.81151	3.97938	2.04613	3.50135	4.45806	3.05909	2.02091	0.9013	1.6633	0.87097	0.85281	1.968	1.7269	0.39068	0.52478	2.18619	4.04561	1.37748	0.25948	2.66103	1.10514	4.49601	1.52839	7.0215	2.10543	2.08062	7.37372	1.45991	2.18294	3.61228	2.15163	1.04145	1.26224	1.76596	0.85964	2.96863	1.16718	0.8468	1.4119	1.52407	1.68266	1.59942	1.73356	2.16557	1.13911	1.92125	5.19027	1.15795	1.82742	2.12583	2.98435	4.31003	2.65499	3.76429	2.88687	2.68062
SM 38:1;O2	20.37013	35.65019	27.90658	42.06027	31.93574	20.4535	26.01385	34.6103	25.09435	64.63349	32.1911	16.45483	20.5061	27.66149	48.98085	31.89876	41.54398	27.01233	36.95573	46.56313	63.54099	71.32008	28.42987	34.89091	126.99517	83.04972	52.35706	56.55028	55.84384	22.76142	60.94927	168.59169	29.0889	50.17659	41.49588	44.44107	32.34992	37.19019	55.31732	44.59528	39.21974	62.08045	63.12694	73.60963	58.79437	70.0377	41.68787	47.81077	68.35798	66.46759	49.49264	30.4489	27.07989	15.59242	19.88957	44.95101	41.84156	17.23794	18.0762	34.36462	70.46653	36.92069	9.03843	50.2381	30.9312	74.25266	28.65946	102.50548	37.16963	54.99214	92.06882	31.77017	49.11507	71.11944	42.28289	24.03431	27.50517	35.34514	22.27987	55.00006	37.96254	22.05003	32.33847	41.67577	39.51061	44.03975	32.71106	48.78127	36.84625	62.75023	90.56434	44.75392	45.47195	51.39014	60.06696	78.44517	62.04361	77.64248	63.00994	56.66295
SM 38:2;O2	3.91696	6.98022	5.6089	7.88308	6.41413	4.58931	4.91714	6.17518	4.41232	12.02862	6.4768	3.02767	3.93077	5.09172	9.39855	6.16694	7.87906	5.27563	6.74483	9.98238	14.06891	14.3161	4.40875	6.51838	25.89224	16.69662	13.45671	11.69363	11.27618	4.59737	14.29939	35.2224	5.80251	13.66303	9.08577	9.6988	7.25088	8.34067	14.93962	11.86652	8.40883	12.55093	18.93473	15.24592	15.22985	14.94781	9.77229	10.99172	14.41479	16.3135	12.54993	6.20572	5.4705	2.39967	4.01097	7.58507	9.94342	3.74947	3.82113	8.171	13.88912	6.62481	1.63588	13.91565	7.30132	16.45698	5.41235	20.01414	7.17525	10.8963	17.34203	5.49882	10.6052	13.83593	8.09122	4.50665	5.29762	9.71098	5.13816	11.17211	9.0991	5.76922	5.49524	10.52619	11.44699	13.61154	7.41763	11.82833	8.76672	18.41188	20.57928	11.73924	12.27419	14.25924	11.67797	14.05053	11.86676	16.09245	12.15719	11.25372
SM 39:1;O2	4.63811	7.01045	5.05375	8.01173	5.87119	4.67026	4.94855	5.63757	4.96417	16.83819	6.42288	4.90842	3.30361	5.16252	9.67993	8.2425	9.86774	4.7932	8.75905	14.8881	19.22758	17.29	6.07324	8.66592	61.03117	23.1651	17.56229	17.24759	18.22641	5.18096	17.92982	51.14607	7.79698	12.78999	9.30141	10.65017	6.57466	12.01145	18.45742	12.18488	8.00244	19.51007	22.87178	30.16752	18.80584	27.22682	13.81788	25.62956	23.1736	17.70148	19.45535	4.38716	3.75218	2.24695	2.85404	6.89309	8.33885	4.65553	3.58685	9.6978	19.77259	8.19312	1.46788	10.89967	7.15443	12.20848	7.63711	22.10685	8.3985	16.31778	39.80429	7.19538	11.36972	24.82382	11.99512	6.34667	8.13645	11.76174	4.41006	25.76718	9.73689	3.71826	11.78542	12.76375	6.55867	14.97672	7.42476	14.03078	8.24513	16.63832	32.65971	15.89111	17.90496	19.63652	17.60523	24.98425	16.6115	22.26279	17.01609	15.34721
SM 39:2;O2	0.57574	0.69885	0.53414	0.82509	0.61015	0.55987	0.64219	0.59831	0.47593	1.58153	0.6368	0.68419	0.43098	0.65879	0.88603	0.97285	0.8401	0.42276	0.8622	1.47761	2.10761	1.4071	0.55087	0.70298	4.30094	1.98714	2.0016	1.82372	1.86748	0.69184	1.99199	4.65213	0.89022	1.19286	1.04074	1.08661	0.65835	1.41458	2.19643	1.63567	0.78475	1.60072	2.98804	2.42233	2.09447	2.4605	1.5126	3.0074	2.11989	2.07633	2.13781	0.41832	0.51253	0.23938	0.24821	0.6651	0.90332	0.38841	0.4128	0.96401	1.74506	0.76927	0.14422	1.44184	0.85123	1.15184	0.73598	2.02188	0.7887	1.47099	2.88745	0.77504	1.12801	1.93197	1.18215	0.67566	0.91907	1.21888	0.54796	2.37955	0.9901	0.54461	1.16501	1.19614	0.70945	1.65522	0.78846	1.39263	0.77189	1.92771	2.7392	1.73307	2.36835	2.0538	1.6115	1.88822	1.33947	2.1901	1.68977	1.50205
SM 40:0;O2	1.07701	3.44973	1.43922	3.94864	1.53309	0.86617	1.89137	2.80738	1.44201	3.97532	1.26852	1.20268	0.84956	0.96002	3.10785	1.33957	3.86329	1.21809	3.06572	2.71425	5.43745	12.57362	1.93343	3.57525	19.19847	9.49049	3.96752	4.72595	4.56148	1.44962	2.88037	24.75019	1.29785	3.05376	3.81844	4.51611	1.66102	2.36816	2.27827	2.61616	4.31294	3.29793	4.08513	7.69507	5.01218	6.28024	3.4519	5.15147	8.12858	5.89893	3.06656	1.34369	2.87783	1.61458	1.39848	2.87358	3.20063	0.50952	0.78646	3.74419	7.37902	2.03801	0.41063	4.52931	2.07829	8.85586	2.68145	12.57503	3.63404	3.05759	11.71498	1.926	3.84701	6.02958	3.35327	1.48297	1.87937	2.67572	1.2598	4.09216	1.49688	1.1766	1.89642	3.12109	2.74689	3.0592	2.31435	3.72326	1.65326	3.26617	8.91619	1.60663	2.64073	3.64439	5.0256	8.08212	4.55283	6.31859	4.88602	4.24964
SM 40:1;O2	37.10774	74.63899	57.09959	86.54381	54.21559	36.18235	52.67717	70.08007	44.40286	110.90954	54.72453	37.34595	34.0253	43.08601	89.60593	54.36833	84.90999	51.99278	70.97831	85.46376	128.10989	151.34658	67.95083	92.92505	258.25492	167.52964	104.28107	114.33646	112.48617	48.12101	107.16102	328.31723	51.67066	93.3825	84.87984	90.14098	68.85136	75.84986	100.24213	85.81669	87.01764	136.53109	125.31572	154.56675	118.90533	142.43759	88.08762	117.18359	143.82791	120.85506	95.8497	76.50334	62.04908	43.88279	46.23036	88.20384	89.86466	27.07805	34.50473	80.61377	138.98919	85.4417	17.46631	104.86997	79.83993	164.28915	74.50031	201.47379	73.53607	107.19473	184.26877	62.57973	106.19038	144.44738	82.89989	56.60523	62.78113	77.87209	45.71556	114.85912	74.40376	49.32521	70.70262	105.88154	93.85799	96.91463	57.57932	105.2089	71.71181	132.82563	174.16204	76.48811	92.28032	118.21072	131.26602	184.12892	140.0716	164.36578	133.09592	118.78682
SM 40:1;O3	0.18181	0.31648	0.31084	0.3538	0.19348	0.16752	0.27317	0.24559	0.14363	0.54718	0.20442	0.18914	0.18479	0.2119	0.43607	0.22702	0.35951	0.25073	0.34678	0.4547	0.6824	0.7252	0.32001	0.45373	1.12701	0.9707	0.51235	0.46941	0.53009	0.22331	0.64448	1.38664	0.2486	0.36141	0.35423	0.39602	0.3338	0.35669	0.52219	0.40862	0.31909	0.48103	0.65237	0.62015	0.6257	0.61976	0.43157	0.49405	0.77157	0.76509	0.49422	0.31198	0.27444	0.22447	0.26494	0.41464	0.47175	0.08681	0.18011	0.45504	0.75364	0.40326	0.07948	0.50493	0.48959	0.88874	0.52751	1.09191	0.32571	0.53916	0.7687	0.33234	0.61093	0.72766	0.41085	0.28	0.29483	0.3271	0.20745	0.48245	0.34513	0.21131	0.31799	0.43652	0.35424	0.64575	0.18991	0.34284	0.31272	0.80198	0.97803	0.35427	0.47162	0.49562	0.63628	0.7991	0.57199	0.78751	0.60424	0.59571
SM 40:2;O2	23.31151	36.15672	25.38621	39.55666	29.36334	23.29271	26.78635	32.8579	22.39718	57.29996	28.26303	19.53182	19.91213	26.43288	45.89789	34.67356	43.5842	25.16865	38.30855	54.95207	80.06475	73.70293	29.95337	49.74008	160.6973	93.89515	71.93639	66.86457	72.64614	28.90755	72.30336	187.72143	34.07641	66.0343	45.03703	49.31664	32.75539	53.19834	75.85494	61.20591	45.26957	80.7733	95.20644	100.85631	80.74422	88.11828	59.72271	73.61694	83.40956	86.44759	71.92255	27.73542	25.5346	17.96142	20.76699	32.22222	48.51285	16.70203	17.52991	43.7062	81.34245	40.21833	8.75071	60.30874	43.19115	77.1824	39.20761	88.15893	35.1449	56.60253	115.76076	36.2582	56.03108	75.0994	43.10158	27.97132	33.87253	48.78445	27.80672	77.78319	52.42418	27.08642	43.21083	70.39779	53.90629	77.98767	33.88881	64.09039	41.33119	85.14151	104.96863	56.44106	72.36325	71.24181	66.50373	83.98215	69.05902	87.58651	67.55863	65.57403
SM 41:1;O2	9.81806	18.26979	14.58069	25.46777	13.93048	11.28195	14.48912	17.56099	11.72055	37.21048	15.18743	12.58558	7.54318	12.47048	26.52858	17.16147	26.49276	14.02098	21.20564	34.34868	53.72046	53.85558	16.14762	29.109	125.74239	61.33842	42.47193	47.18922	43.06167	12.94467	41.70608	107.41342	17.96411	33.50529	29.28141	26.49584	20.14098	24.05512	40.22118	32.36284	25.01464	47.87753	52.07866	62.66874	45.96161	58.22755	34.17348	57.60408	50.78641	40.56825	42.97343	14.87538	11.58593	7.77104	8.92647	16.08934	23.0403	9.32255	8.91229	27.64262	51.59309	28.95647	3.60963	34.07995	23.55553	52.35692	20.97731	56.11435	22.42756	41.00058	82.98622	16.10913	32.27995	71.18159	28.33768	15.52273	19.15241	32.3652	11.44355	54.31077	24.08624	12.0966	27.59288	41.61365	26.98661	40.01144	17.98645	36.7891	18.4747	46.09264	81.92827	30.87604	38.81299	46.62141	52.98846	84.32034	56.08412	66.86703	52.248	45.03231
SM 41:2;O2	9.099	13.98885	9.93201	17.73895	10.67516	10.46478	13.18479	12.11855	7.88513	29.50917	11.75064	10.73931	6.65879	9.96195	17.48414	15.16978	19.08406	9.95514	16.55813	29.9235	45.87061	33.12315	10.89865	20.76845	90.84153	48.99597	37.54139	36.77926	36.17064	12.04834	32.9532	88.12001	15.64815	25.32608	20.12918	20.85548	13.69576	23.58182	41.72158	30.9603	17.54985	32.67316	53.35037	52.41232	40.20394	47.79581	30.2665	49.60368	39.3372	34.57661	38.88536	8.9206	9.70207	5.75949	7.66239	12.40204	18.11699	7.20819	6.71095	20.13464	40.92601	17.93784	2.90481	27.29451	17.76794	28.96948	18.66233	37.45003	14.57148	27.76112	61.19125	14.36534	23.83168	39.30878	19.62022	12.96108	16.14985	24.32138	10.91251	42.00047	22.84954	9.82135	21.59921	30.16242	19.09089	42.63045	14.05157	27.68841	14.16856	37.49639	57.74178	25.22689	37.74592	37.54478	30.90769	41.25087	30.66476	43.30149	32.00603	30.78595
SM 42:1;O2	46.86122	91.47226	70.19913	99.2732	54.30707	35.30617	60.5161	66.00956	43.6262	119.52987	45.75721	43.83175	37.0029	39.13984	94.52149	51.70999	93.9359	55.02751	72.76647	85.91773	138.08428	185.34553	96.77004	130.64025	284.06583	229.23014	107.20583	116.38704	117.18282	61.46568	101.65839	439.72417	49.04737	89.42543	94.01741	111.04875	86.40673	83.56276	90.02435	84.52059	97.94757	144.75372	121.01354	163.60122	147.61965	151.97099	104.4135	126.34352	189.96864	146.6299	101.63031	91.93673	78.64528	68.995	58.43218	101.0414	118.27304	27.12251	42.90568	111.69187	174.89238	84.64751	19.0292	118.98155	114.25476	234.04587	87.23113	335.75672	94.03437	110.86409	190.20101	80.06673	136.50363	155.67603	97.83168	71.54082	79.08621	85.99349	64.20378	120.44107	68.98891	51.20783	80.01946	125.28367	111.13076	114.47207	65.14593	118.81761	91.79574	149.03474	196.17007	67.79994	94.52124	141.73274	159.7401	227.24287	168.04996	198.67183	159.5107	145.44533
SM 42:1;O3	0.69601	1.32657	1.12469	1.64394	0.90157	0.69339	1.36445	1.09611	0.59347	2.10068	0.72727	0.60627	0.55841	0.71598	1.84782	0.82	1.65043	0.91575	1.42991	2.02686	3.70412	3.13886	1.3668	2.30398	5.6637	4.82575	2.27047	2.46323	2.06827	1.02158	2.61939	6.14832	0.91036	1.75552	1.4958	1.82703	1.28915	1.42888	2.10681	2.03738	1.47573	1.95058	2.66023	3.06832	2.7703	2.63341	2.20702	1.86374	2.90366	3.09613	1.87246	1.29698	1.32084	0.93572	1.03246	1.35594	2.14317	0.34814	0.56776	1.93873	3.71727	1.91012	0.28349	2.78325	2.17395	4.96751	2.23938	4.54619	1.42107	2.01894	3.68555	1.229	2.65037	3.42143	1.42204	1.1353	1.26388	1.42009	0.93681	1.83406	1.36578	1.02899	1.20175	2.26316	2.14045	3.3066	0.81265	1.68577	1.0446	3.50021	4.55575	0.8806	1.86496	2.10701	2.67095	3.91325	2.54872	3.41967	2.58734	2.60868
SM 42:1;O4	0.04	0.1032	0.09219	0.12911	0.06199	0.04238	0.13679	0.08899	0.03547	0.14391	0.06055	0.062	0.04455	0.06346	0.13384	0.04592	0.11714	0.08358	0.11629	0.11486	0.28035	0.25805	0.10326	0.19613	0.42852	0.39961	0.19488	0.17633	0.21077	0.11723	0.21605	0.49021	0.08449	0.15451	0.12337	0.13464	0.12816	0.10485	0.10592	0.15348	0.13425	0.16099	0.25113	0.23346	0.20748	0.25458	0.21529	0.16485	0.18685	0.20915	0.17553	0.12028	0.12009	0.07409	0.08206	0.08795	0.15266	NA	0.03647	0.14164	0.34302	0.1601	0.02654	0.24769	0.23071	0.3534	0.20795	0.19386	0.07901	0.14135	0.29561	0.1036	0.20468	0.19629	0.07804	0.13296	0.14598	0.10683	0.09402	0.16157	0.16016	0.11727	0.13513	0.18757	0.19255	0.32035	0.05638	0.14698	0.05706	0.25933	0.30664	0.11116	0.18378	0.23974	0.24094	0.31049	0.22859	0.3263	0.24734	0.2493
SM 42:2;O2	71.06677	140.06182	93.8589	152.94657	114.76796	82.83478	132.26285	127.87265	98.16526	190.20243	112.76134	78.60494	79.88508	107.97631	147.60192	89.29529	138.97607	90.63814	123.01036	156.5416	249.20048	216.95913	110.69269	174.28854	313.95162	275.36948	173.69612	196.53397	187.1172	112.52763	176.15518	475.41543	103.99403	154.3525	144.57549	148.72175	121.13342	130.54048	175.4423	184.37037	163.28407	181.82879	215.15953	225.76292	204.73274	204.27878	158.13741	172.61633	186.82919	209.54162	160.48434	162.00847	121.06483	95.3735	144.14904	133.47842	162.98428	48.50334	66.18989	131.20236	242.57175	141.56035	41.59988	190.12842	152.28938	253.75191	149.46215	306.27428	107.07651	146.78405	258.66985	117.30325	168.27028	198.8917	118.55481	100.36478	111.97713	114.72566	109.15478	170.5309	159.45194	101.24213	122.28158	188.35013	179.75013	204.83849	97.84325	155.96697	140.7964	190.3046	257.63435	90.78501	168.84335	165.35139	189.60801	241.34443	205.73409	253.20806	201.42237	201.78248
SM 42:2;O3	0.35762	0.77834	0.56155	0.75095	0.3831	0.33634	0.71531	0.51637	0.35055	1.07643	0.39593	0.4291	0.45156	0.48944	0.91733	0.34356	0.73703	0.46329	0.68977	0.78513	1.58414	1.43152	0.68932	1.23936	2.07463	2.36843	0.8834	1.054	1.06577	0.61574	1.29433	2.95971	0.50135	0.75442	0.71228	0.80595	0.61956	0.68016	0.82958	0.88443	0.67691	0.70406	1.12755	1.29444	1.294	1.18128	1.09803	0.89198	1.29197	1.54264	0.96426	0.7221	0.677	0.67335	0.76678	0.69514	1.11629	0.16225	0.38381	1.03921	1.91034	0.82567	0.19073	1.25088	1.24084	2.11315	1.31032	2.12342	0.62401	0.77663	1.41321	0.78348	1.31682	1.1724	0.72079	0.6577	0.70344	0.6239	0.53847	0.86566	0.78687	0.50201	0.7049	0.9733	0.79056	1.70459	0.33175	0.60033	0.60718	1.64949	1.67824	0.43651	0.92589	0.84825	1.1168	1.41952	1.0464	1.4505	1.11473	1.16881
SM 42:3;O2	28.92334	54.58596	34.53188	58.62454	32.7757	33.86891	47.16251	41.82763	27.00629	69.04266	37.45193	30.07307	24.13915	36.30646	51.80278	36.4507	56.72213	36.04906	44.10395	71.29669	117.06399	99.45908	41.0704	84.33312	161.02016	130.59263	84.83792	82.29856	95.55709	42.3508	83.65164	225.95343	44.0554	73.77625	62.73816	69.97734	49.59657	63.47003	94.0623	85.85676	60.86169	82.50552	118.62096	110.94813	101.01596	101.10965	82.31745	88.25377	86.94353	101.53358	88.23976	46.11286	44.92822	29.71768	50.31107	45.06046	60.52073	18.77587	25.35199	68.91731	113.83236	50.35485	13.45597	91.44628	65.71898	105.16559	65.20221	106.82007	44.13129	63.99625	121.15024	47.97553	73.85261	83.31815	47.96417	35.65372	41.45729	60.65421	40.10361	81.83267	73.0777	39.26555	52.99869	92.74646	72.32291	128.21755	41.71358	68.28853	55.03546	91.66776	129.639	45.60538	89.92073	81.24223	83.66176	107.51164	92.50996	117.28943	89.53547	88.65807
SM 42:3;O3	0.05925	0.07136	0.02257	0.13051	0.08758	0.07515	0.11554	0.10063	0.03209	0.12971	0.05709	0.03655	0.02364	0.04754	0.11649	0.0952	0.10829	0.02579	0.122	0.18923	0.35374	0.25932	0.03654	0.15937	0.42686	0.29772	0.19799	0.25901	0.18953	0.09132	0.28761	0.32764	0.09515	0.14754	0.15229	0.10719	0.03752	0.15241	0.21765	0.19924	0.14566	0.08907	0.3203	0.24079	0.28595	0.28537	0.20908	0.16235	0.16294	0.21224	0.22224	0.03872	0.03133	0.04532	0.03974	0.02903	0.07279	NA	0.03065	0.08223	0.27668	0.08449	0.01548	0.10465	0.09438	0.13235	0.11122	0.10799	0.04949	0.07447	0.29161	0.03627	0.08842	0.22602	0.09061	0.07125	0.09189	0.09613	0.07844	0.36586	0.1398	0.0414	0.22768	0.2619	0.09568	0.24863	0.05032	0.11106	0.02315	0.11289	0.30219	0.05816	0.2232	0.21621	0.19607	0.31906	0.22031	0.25603	0.20742	0.21052
SM 43:1;O2	1.29601	2.34615	1.57216	2.36054	1.73186	1.29695	1.52336	1.40951	1.27787	4.72626	1.54468	1.85934	1.06951	1.4003	2.31961	1.80241	2.79033	1.2544	2.34896	3.51779	4.59421	5.12186	1.77964	2.6119	14.66413	7.34806	4.65824	3.92382	3.91186	1.41509	2.99331	14.51285	1.59378	2.63754	2.25199	2.80799	1.79328	2.51798	3.90104	2.45708	2.10555	4.37578	5.56318	6.17872	4.32985	5.22427	3.13045	6.95619	6.69266	4.02359	3.78984	1.65943	1.39008	0.89424	1.24782	2.89489	2.16186	1.18812	1.03745	3.59375	5.65293	1.97576	0.43807	3.07158	2.39847	4.06782	1.85853	8.04539	2.58102	3.85557	8.46367	2.0612	2.66016	5.59928	2.70782	1.55788	1.91087	3.22993	1.27454	5.51267	1.92002	1.07877	2.9441	2.96555	1.72702	3.49959	1.8366	3.58301	2.25184	3.52592	6.99994	2.7824	3.47506	4.446	4.29709	6.31858	4.10035	5.64053	4.2862	3.82135
SM 43:2;O2	2.91865	5.50601	2.79518	5.81575	4.14907	3.45969	4.80795	3.89932	2.50108	11.09967	3.30587	4.01218	2.22947	3.25939	5.51028	4.6926	7.13686	2.58712	6.58911	10.78113	15.18562	10.87748	3.41556	5.22402	29.26361	16.55075	13.84459	12.21188	9.52188	3.80883	11.04343	27.43346	4.41126	6.35252	5.84045	6.74059	3.49241	7.04899	12.8882	9.06933	5.61172	8.21986	18.11416	15.31277	11.21544	12.93467	8.16624	16.4005	12.18343	9.97547	10.3215	2.83046	3.25616	1.76159	2.68684	5.25158	4.27064	1.87347	1.67457	6.20563	14.22689	5.21116	1.03533	8.29941	4.98645	7.13582	5.07879	14.55032	4.82033	8.33367	19.25206	4.38197	5.04319	10.60111	5.06287	3.57451	4.59081	6.15623	3.41713	12.81374	6.71324	2.75196	6.54431	7.16253	3.75969	10.76168	4.4997	7.55206	4.05112	6.54236	13.32624	4.65372	9.48457	8.95476	9.72001	12.8839	9.0654	14.2277	10.32619	10.25011
SM 43:3;O2	0.5268	0.85654	0.47497	0.94986	0.50457	0.5742	0.82033	0.53213	0.35852	1.60068	0.55822	0.77026	0.3234	0.53871	0.71887	0.76575	1.12156	0.46279	0.8053	1.81623	2.7445	1.68169	0.56256	1.10871	4.63337	2.83402	2.1405	1.72603	1.94049	0.67653	1.954	4.90065	0.79916	1.00774	1.07002	1.30814	0.66272	1.46197	2.30294	1.67493	0.80773	1.3745	3.0935	2.69024	1.9757	2.44338	1.62673	3.37306	2.04764	1.83887	2.17751	0.45279	0.60333	0.28809	0.5817	0.8934	0.76478	0.3054	0.3526	1.42348	2.42035	0.73708	0.17419	1.60112	0.92955	1.28737	1.10038	2.13709	0.8135	1.43651	3.13627	0.80996	1.05623	1.70908	0.93577	0.62899	0.80117	1.21449	0.56009	2.07919	1.15593	0.44872	1.08327	1.37405	0.77473	2.74038	0.72509	1.25959	0.7524	1.39802	2.58991	0.92769	2.12497	1.798	1.5851	2.13265	1.57041	2.41719	1.73689	1.68053
SM 44:1;O2	0.40637	0.86669	0.69607	0.80696	0.97219	0.27195	0.44356	0.46492	0.39853	0.95653	0.41172	0.39163	0.36278	0.40072	0.9596	0.35836	0.85375	0.4163	0.61231	0.66506	1.09584	2.30009	0.81813	1.3605	3.30945	3.20143	0.91	0.96806	1.04207	0.55586	0.87633	5.59216	0.3815	0.72517	0.68665	1.15146	0.8078	0.70848	0.67001	0.57195	0.76456	1.59401	1.14487	1.73786	1.66083	1.23648	1.10698	1.23172	2.42119	1.94505	0.87794	0.71574	0.71028	0.70237	0.54765	0.79858	0.97743	0.34587	0.38534	1.29231	2.09572	0.52237	0.16537	1.08686	1.17407	2.7218	0.73021	3.93982	1.07734	0.84532	1.80925	0.72864	1.62801	1.61437	0.87924	0.56162	0.63153	0.69311	0.94332	1.4656	0.5015	0.37139	0.81237	1.055	1.36938	1.06151	0.54178	1.82554	0.9549	1.68005	2.22798	0.66516	0.78235	2.37631	1.6705	2.43751	1.73343	2.06808	1.55984	1.44021
SM 44:2;O2	0.9603	2.25785	1.32538	2.47816	1.46242	0.87834	1.82081	1.47813	0.96519	2.9997	0.90526	0.95699	0.8232	1.3074	2.62748	0.99285	2.34458	0.99834	1.92822	2.65843	4.77449	5.84979	1.81598	3.53201	9.2872	8.43906	2.75762	4.09941	2.87119	1.78196	2.69805	12.23613	1.20197	2.0376	1.95663	2.60083	1.5106	1.85517	2.52035	2.21641	2.34188	3.17646	3.24267	4.39224	4.1319	3.22316	3.57636	2.83964	4.07049	4.13172	2.89146	1.64266	2.12073	1.56851	1.8934	1.86578	2.75971	0.68966	0.7092	2.31973	6.55139	1.65635	0.47009	3.59463	2.47249	6.33589	2.19051	6.84723	2.01517	2.07166	5.58288	1.71626	3.76769	3.28431	1.9204	1.46654	1.69733	1.38241	2.01187	3.22777	1.48628	0.93898	2.04568	2.66093	3.2832	3.43949	1.10442	3.07988	1.65999	3.51043	5.39201	0.9763	2.1277	3.3045	3.08057	4.62222	3.16375	4.13012	3.34311	3.26516
SM 44:3;O2	0.82399	1.78218	1.14645	2.06838	0.69291	0.72218	1.47855	0.85323	0.58794	2.28952	0.55249	0.89441	0.46405	0.76897	1.70869	0.67579	1.8049	1.05072	1.20919	2.58696	4.71585	5.32946	1.56543	4.34045	7.46564	7.3343	2.45542	3.12419	3.43721	1.45342	2.23556	12.13827	1.22304	1.73762	1.94147	2.78102	1.7772	2.03094	2.77951	2.3432	1.95754	2.36925	3.56144	4.99291	4.02832	3.41925	3.96542	3.38011	3.56163	3.76274	3.6702	1.25897	1.92087	1.1084	1.6919	1.52133	2.16309	0.43371	0.67618	3.23874	5.69406	1.22763	0.3729	4.04658	2.6694	4.63139	2.43445	5.29943	1.97774	2.20724	5.05622	1.76385	3.77254	2.72374	1.646	1.12224	1.37385	1.82496	1.46086	2.61171	1.81921	0.85369	1.67046	2.79339	2.0004	4.69774	1.23692	2.25209	1.67235	3.28402	5.3768	0.75855	2.6642	2.72863	2.64288	4.05726	3.01263	3.96425	2.93543	2.96441
SM 44:4;O2	0.17354	0.3238	0.22672	0.48405	0.09638	0.15374	0.28347	0.17044	0.10825	0.41031	0.10252	0.21946	0.10527	0.12446	0.35007	0.11533	0.33553	0.22106	0.26858	0.52701	1.01741	1.11307	0.40859	1.34503	1.82341	1.71134	0.51355	0.57426	0.93768	0.34445	0.52742	2.45847	0.26782	0.52233	0.49823	0.66348	0.42945	0.52931	0.66419	0.54991	0.42811	0.517	0.98047	1.37055	0.82776	0.88577	1.04258	0.84735	0.74788	0.92256	0.92518	0.30786	0.37213	0.27947	0.36241	0.23693	0.39678	0.06262	0.14543	1.01161	1.3529	0.30266	0.08174	0.90946	0.90681	0.97658	0.7502	0.89282	0.37421	0.42457	1.18272	0.45238	0.75114	0.5779	0.29904	0.32009	0.35126	0.53236	0.35652	0.55528	0.61386	0.22927	0.387	0.90658	0.40158	1.56316	0.298	0.51928	0.44302	0.75167	1.1715	0.17791	0.86086	0.65499	0.66536	1.12049	0.85746	0.96372	0.72149	0.72298
SM 50:2;O3	0.08161	0.38531	0.1805	0.39767	0.07621	0.09373	0.21065	0.12255	0.11111	0.66234	0.07053	0.19578	0.03017	0.06639	0.30082	0.09193	0.45045	0.17297	0.21062	0.43614	0.86069	1.0373	0.20898	0.67468	2.7883	1.69195	0.43509	0.44924	0.78835	0.09867	1.00454	3.45801	0.18209	0.52162	0.51414	1.039	0.26441	0.22498	0.6471	0.49584	0.29988	0.50656	0.68448	1.43144	0.81064	0.81412	0.53266	0.67879	0.70892	1.2746	0.61251	0.29514	0.23595	0.06619	0.19689	0.34189	0.41087	0.03783	0.0859	0.56328	1.46132	0.23921	0.06011	0.83201	0.37583	1.57355	0.34956	0.7578	0.49149	0.26344	1.5449	0.13358	0.64894	0.98083	0.2738	0.09135	0.14036	0.32947	0.1746	0.65657	0.47278	0.13082	0.18359	0.64772	0.41953	0.84419	0.32756	0.38336	0.30957	0.91401	2.1156	0.29139	0.40951	0.50409	0.77175	1.35799	0.92479	1.50793	1.0623	0.95182
SM 52:2;O3	0.06589	0.29591	0.14995	0.3359	0.05786	0.07632	0.1837	0.11535	0.09777	0.50222	0.05189	0.15532	0.02586	0.06379	0.29322	0.07558	0.38129	0.14861	0.20677	0.39752	0.72761	1.01686	0.18155	0.4982	2.43624	1.31456	0.35571	0.46153	0.67333	0.08017	0.83704	2.8309	0.15606	0.4826	0.44576	0.76768	0.21666	0.19471	0.55658	0.37869	0.26465	0.42748	0.51548	1.07765	0.78204	0.73389	0.44349	0.50637	0.66886	0.96119	0.51907	0.24728	0.23534	0.05359	0.14784	0.24493	0.3824	NA	0.06968	0.46413	1.12206	0.25077	0.04131	0.75782	0.32648	1.35357	0.27821	0.8156	0.4524	0.24298	1.34259	0.12712	0.58597	0.96073	0.25006	0.08577	0.13298	0.29319	0.14387	0.5972	0.35367	0.12734	0.14891	0.51684	0.35358	0.74165	0.29088	0.33454	0.26308	0.84315	1.79341	0.24874	0.35865	0.49158	0.78065	1.36644	0.91176	1.40904	1.14814	0.86773
SM 52:3;O3	0.02608	0.12548	0.06001	0.14092	0.02137	0.0323	0.07169	0.04319	0.02861	0.2448	0.01525	0.07149	0.00602	0.02208	0.13699	0.03413	0.14392	0.05986	0.07337	0.14206	0.29487	0.30897	0.06568	0.2372	0.9368	0.61372	0.16832	0.14857	0.3034	0.04272	0.36029	1.12479	0.06526	0.2504	0.18334	0.32028	0.09349	0.08974	0.26245	0.18703	0.10956	0.19913	0.27303	0.5361	0.2743	0.29154	0.22308	0.26976	0.22329	0.37978	0.23283	0.08633	0.09139	0.0217	0.06326	0.12978	0.14954	NA	0.02858	0.20073	0.54196	0.08066	0.01898	0.32004	0.15509	0.51402	0.12515	0.2231	0.15521	0.10886	0.55822	0.05314	0.22465	0.2983	0.08443	0.03824	0.05085	0.11916	0.0696	0.22285	0.16785	0.05254	0.05705	0.25951	0.20194	0.35184	0.11619	0.17525	0.09086	0.29614	0.68274	0.09393	0.15199	0.19243	0.21922	0.34993	0.28773	0.43565	0.3186	0.25786
SM 54:2;O3	0.02055	0.10457	0.04653	0.12961	0.00691	0.01779	0.06058	0.03997	0.02074	0.19355	NA	0.04416	0.00287	0.00946	0.11404	0.0315	0.13281	0.04232	0.07498	0.15162	0.24125	0.29297	0.05292	0.09627	0.82041	0.37579	0.11657	0.1716	0.18253	0.02106	0.32821	0.94699	0.04651	0.14963	0.1369	0.21579	0.06202	0.05592	0.17648	0.09931	0.08053	0.14672	0.13324	0.28612	0.2058	0.22344	0.12422	0.12963	0.21907	0.28685	0.14297	0.06511	0.06303	0.01169	0.02078	0.11169	0.12921	NA	0.01619	0.09418	0.33321	0.09949	0.01047	0.20718	0.07033	0.38674	0.06276	0.28264	0.14721	0.09919	0.48093	0.04211	0.16492	0.35163	0.09343	0.02246	0.03639	0.08064	0.03137	0.1811	0.08059	0.02658	0.04958	0.10568	0.09178	0.13277	0.07988	0.08657	0.02835	0.21739	0.49437	0.08328	0.08928	0.12533	0.31007	0.50873	0.27394	0.44791	0.39294	0.2924
Cer 33:1;O2	0.05568	0.12918	0.08319	0.12351	0.07386	0.0495	0.13401	0.09317	0.06182	0.31802	0.10107	0.11666	0.07058	0.07855	0.14632	0.06128	0.17113	0.08728	0.16597	0.19349	0.50543	1.01101	0.11958	0.55543	2.26113	2.33272	0.37362	0.36705	1.13568	0.08712	0.62615	3.50979	0.16868	1.06914	0.32247	0.84138	0.22191	0.31937	0.65921	0.44547	0.44381	0.54551	0.94276	1.98519	1.15456	1.14146	0.74214	1.16187	2.04248	5.55171	0.7308	0.0505	0.13697	0.0315	0.06404	0.10817	0.09931	0.02439	0.07256	0.60123	1.25865	0.06342	0.0382	0.53899	0.27989	0.66726	0.17494	2.13494	0.22103	0.18339	1.14086	0.19363	0.21485	0.96269	0.13007	0.0957	0.12547	0.55954	0.22355	0.9014	0.68523	0.2243	0.17144	0.68025	0.42138	1.37376	0.38657	0.40043	0.64247	2.73021	3.82212	2.74288	1.20716	0.70145	0.69411	0.64763	0.55162	1.06884	0.66704	0.5158
Cer 34:1;O2	0.63478	1.7971	1.03043	1.58717	1.18861	0.66272	1.52685	1.06452	1.76217	2.96133	1.61251	1.13181	1.00165	1.22478	1.69369	0.6312	1.83381	1.17931	1.50777	1.56712	4.62106	10.35872	2.2662	5.85058	14.02836	19.34247	2.79868	2.93237	6.58806	0.98655	6.05709	31.25043	1.48023	9.3983	3.71095	9.86163	2.76551	2.42525	4.83558	4.96857	4.36402	4.32421	5.9713	13.03274	9.16258	6.39778	5.11674	7.48724	16.70524	49.41134	5.64831	2.30374	2.4475	0.81267	1.93841	1.75732	1.58751	0.99966	1.27328	5.64995	11.20774	1.05133	0.85283	6.19694	3.49739	10.03972	1.86721	30.13052	2.46839	1.73767	7.51814	1.57389	2.7934	7.33226	1.37227	1.04107	1.23007	4.74988	2.87336	6.80222	7.74371	2.94549	1.41097	6.35607	3.19584	10.39486	4.81848	3.40278	11.92364	23.05183	28.87751	24.0204	8.50896	5.50822	6.59277	5.79082	5.41237	9.37847	6.41938	4.83481
Cer 35:1;O2	0.04837	0.13254	0.07634	0.09537	0.07837	0.04888	0.12317	0.04923	0.07979	0.27438	0.09973	0.0926	0.07897	0.09464	0.10321	0.04662	0.12007	0.07484	0.10759	0.1073	0.24843	0.48924	0.13028	0.25389	0.69873	1.19704	0.16649	0.20789	0.36295	0.05676	0.2328	2.20002	0.11064	0.30996	0.1415	0.39468	0.13789	0.11295	0.21958	0.21749	0.1354	0.15962	0.2923	0.60338	0.53569	0.30183	0.24341	0.49114	1.73742	2.18353	0.3055	0.11093	0.19625	0.02903	0.11861	0.21028	0.08146	0.03841	0.08992	0.3637	0.57434	0.06314	0.0475	0.33312	0.18429	0.56173	0.11627	3.10926	0.14373	0.18877	0.36186	0.12332	0.17107	0.35446	0.12501	0.06245	0.07642	0.20356	0.13062	0.32233	0.26643	0.10567	0.10819	0.17458	0.23094	0.36017	0.23454	0.15334	0.28633	1.15366	1.23735	0.95352	0.34559	0.24957	0.28404	0.20667	0.21109	0.48412	0.29144	0.21449
Cer 18:1;O2/18:0	0.4293	1.39235	1.01582	1.31563	1.01285	0.54358	1.3602	0.71735	1.23663	2.63469	1.22558	0.67409	1.00666	1.06015	1.21221	0.41008	1.25947	0.82631	1.1715	0.77829	1.93136	3.53564	0.75184	1.31749	5.97863	6.4179	1.22961	1.73269	2.45996	0.59742	2.52814	14.83742	0.82073	1.87486	1.20457	2.67996	1.11431	0.65433	1.04814	1.20633	1.31826	1.15138	1.49811	2.98054	2.60895	1.83437	1.53243	2.08164	8.02388	10.64454	1.52548	1.24331	2.53841	0.36905	1.25259	2.85418	1.30296	0.66283	0.83777	1.46782	3.74631	0.76051	0.45348	2.89302	0.93482	4.16895	0.46584	17.15057	1.50943	2.18055	3.26915	1.07038	1.52112	2.15178	1.18098	0.49641	0.62282	1.0042	0.73174	1.51629	1.25944	0.74578	0.69707	1.03431	1.02208	1.35843	1.48258	0.88444	2.34588	4.13764	7.269	5.09104	1.56496	1.4897	2.23616	1.95193	1.80467	3.98674	2.61258	2.06033
Cer 17:1;O2/20:0	0.0134	0.05139	0.02842	0.03978	0.02371	0.01669	0.04045	0.0131	0.01275	0.11969	0.02018	0.04927	0.02852	0.0311	0.02719	0.0127	0.05244	0.02135	0.04776	0.02783	0.03945	0.0512	0.01213	0.01155	0.13785	0.11698	0.04553	0.04216	0.06179	0.01468	0.07262	0.38203	0.02505	0.0406	0.01785	0.08261	0.02365	0.01424	0.02333	0.01758	0.0195	0.02007	0.05861	0.06545	0.0513	0.03424	0.02648	0.10661	0.14933	0.18864	0.03206	0.01062	0.06102	0.00323	0.01386	0.14199	0.02853	0.00518	0.02045	0.03456	0.073	0.0133	0.00626	0.06206	0.01177	0.02291	0.00157	0.26713	0.03887	0.08214	0.0762	0.03349	0.02537	0.03868	0.03166	0.01392	0.01683	0.01914	0.01122	0.04036	0.01708	0.00813	0.0177	0.00819	0.00197	0.01737	0.0268	0.00742	0.01216	0.04989	0.12645	0.1001	0.02516	0.02668	0.05066	0.04108	0.04048	0.1172	0.07496	0.06194
Cer 18:1;O2/19:0	0.04185	0.07849	0.05614	0.07688	0.08486	0.0449	0.06766	0.05503	0.0785	0.19364	0.0985	0.05628	0.05994	0.07308	0.06959	0.04651	0.08102	0.04893	0.08569	0.07277	0.1358	0.19208	0.063	0.07015	0.4158	0.38184	0.10986	0.1188	0.14373	0.04852	0.17405	0.65809	0.06478	0.12231	0.07856	0.13006	0.06155	0.07836	0.10838	0.10216	0.09347	0.09095	0.14888	0.24726	0.18147	0.15568	0.10877	0.20095	0.37181	0.44441	0.12503	0.08248	0.08771	0.03437	0.07027	0.13491	0.07981	0.07562	0.05332	0.11358	0.24048	0.05931	0.02859	0.12395	0.07157	0.16641	0.06685	0.57136	0.0771	0.11523	0.22788	0.06335	0.10331	0.13918	0.09501	0.05312	0.06309	0.09346	0.05979	0.13841	0.09484	0.05781	0.0559	0.06996	0.06788	0.10576	0.10183	0.07748	0.15928	0.27312	0.35803	0.38176	0.15816	0.10932	0.14975	0.15812	0.1258	0.24731	0.16016	0.14244
Cer 16:1;O2/22:0	0.16281	0.2937	0.19653	0.30136	0.2441	0.13951	0.19314	0.2532	0.20852	0.85208	0.22898	0.15332	0.177	0.17821	0.40447	0.24265	0.35612	0.1789	0.39979	0.28644	0.49934	0.93787	0.27526	0.36517	2.5321	1.65751	0.45802	0.58159	0.8854	0.19702	1.01037	3.5251	0.28226	0.81078	0.38154	0.62501	0.30451	0.50743	0.60141	0.46434	0.5674	0.69135	0.68284	1.53576	1.00941	0.91995	0.59575	0.88776	1.6377	2.94993	0.65161	0.23534	0.25163	0.10732	0.12045	0.49911	0.34142	0.13426	0.16806	0.42528	1.25124	0.21356	0.08678	0.45628	0.27444	0.58395	0.24568	1.5565	0.34439	0.44958	1.46979	0.30104	0.40273	0.87938	0.39702	0.20252	0.25282	0.49095	0.30124	0.92579	0.62865	0.22909	0.30576	0.52915	0.25155	0.50361	0.49159	0.51146	0.75628	1.53766	2.02898	2.57893	0.98032	0.66442	0.76956	0.6913	0.62435	1.04423	0.78687	0.59124
Cer 18:1;O2/20:0	0.1577	0.55748	0.37079	0.8115	0.28554	0.15879	0.39798	0.41156	0.22247	1.23197	0.26238	0.21279	0.18088	0.22948	0.71322	0.19899	0.62552	0.31807	0.53134	0.44901	1.14312	2.16596	0.38261	0.6767	3.22487	3.64708	0.80045	0.96064	0.9861	0.26149	1.7326	5.13867	0.31801	1.43694	0.83299	1.16865	0.47018	0.40439	0.67236	0.76409	0.85244	0.87384	1.16327	1.83537	1.43238	1.06891	0.87672	1.06701	2.81205	4.14676	0.90879	0.57101	0.92488	0.17681	0.29106	1.2623	0.68357	0.10509	0.15991	0.7355	2.34837	0.52129	0.13744	1.4414	0.61483	2.58713	0.46489	3.92913	0.64095	0.83135	1.66047	0.32484	0.90359	1.19696	0.58176	0.26091	0.33568	0.60941	0.45184	0.76252	0.78915	0.49129	0.28834	0.78353	0.83703	0.99213	0.6382	0.67299	0.63801	2.63145	3.18485	2.04502	0.82097	1.04828	1.30199	1.59447	1.1576	2.18804	1.50205	1.18625
Cer 39:1;O2	0.10146	0.21437	0.11797	0.23004	0.1716	0.09758	0.12738	0.13225	0.11802	0.66564	0.16024	0.14446	0.10012	0.11921	0.27259	0.16723	0.29669	0.11576	0.25449	0.30157	0.59536	0.76117	0.16356	0.30729	3.18192	1.64448	0.52565	0.52515	0.71845	0.12001	0.99726	2.87647	0.19667	0.65019	0.3327	0.51309	0.20412	0.3926	0.52559	0.41091	0.34589	0.56309	0.78912	1.50944	0.83018	0.87097	0.5659	1.22353	1.5224	1.87394	0.68688	0.15099	0.16235	0.04997	0.06967	0.29422	0.23165	0.10576	0.09337	0.38872	1.11143	0.18524	0.04944	0.41472	0.24108	0.57774	0.21583	1.13164	0.23332	0.42522	1.5412	0.17891	0.37835	0.71624	0.31705	0.15155	0.2103	0.44571	0.18499	0.89482	0.39567	0.15675	0.26701	0.41458	0.21466	0.52916	0.32336	0.4003	0.43374	1.24846	1.78416	1.75054	0.76991	0.68488	0.67349	0.84274	0.56534	1.01018	0.72154	0.55404
Cer 16:1;O2/24:0	0.22098	0.36162	0.20684	0.29414	0.28132	0.14529	0.14914	0.25155	0.17604	0.78627	0.29783	0.18564	0.21898	0.18931	0.52826	0.30118	0.40688	0.19144	0.37901	0.41072	0.66473	1.26499	0.36683	0.46453	3.44125	1.80715	0.69705	0.62629	0.7465	0.22095	1.10626	3.87856	0.28886	0.8742	0.40396	0.56216	0.35487	0.62856	0.6223	0.4393	0.626	0.91134	1.04302	1.5946	0.93655	1.0225	0.68243	1.20989	2.17953	2.07827	0.90817	0.24437	0.18598	0.11634	0.13429	0.33029	0.41704	0.17589	0.19401	0.54124	1.16102	0.28802	0.07831	0.38217	0.39478	0.83316	0.35868	1.95665	0.39159	0.53761	1.86223	0.39577	0.61337	0.82823	0.48474	0.30987	0.35395	0.52023	0.27678	1.04763	0.53539	0.19333	0.40886	0.55537	0.35385	0.59424	0.41427	0.70043	0.63838	1.06549	1.91404	1.75078	0.99366	0.89403	0.93895	1.07142	0.79863	1.00428	0.74805	0.7037
Cer 18:1;O2/22:0	1.06354	3.3004	2.13237	4.57361	1.84643	1.02651	2.00526	2.21403	1.50507	6.57938	1.69465	1.38444	1.03208	1.22639	3.60395	1.4214	3.84301	1.82714	3.20693	2.88903	6.76731	12.82296	2.92434	4.68014	27.21888	20.14509	5.40682	5.74317	5.96322	1.50883	8.03093	36.07608	1.73668	6.56024	4.14708	6.0644	2.63185	2.9586	3.73909	4.03121	4.44578	6.02295	6.49127	12.19187	8.40354	6.88748	5.28448	7.95364	18.15689	18.3931	5.56471	3.66011	4.37684	1.15481	1.64403	5.9624	4.7838	0.8103	1.10232	4.74707	13.40435	2.99169	0.72182	7.01135	4.16147	13.80953	3.03736	18.84998	3.55158	4.9434	12.99183	2.14285	5.99442	6.20907	3.7094	1.89738	2.43905	3.96129	2.24985	5.66005	3.67538	2.42883	2.34334	4.98476	4.23708	5.90442	2.8863	4.22178	3.81682	14.94059	14.59965	9.90176	4.56282	6.8366	7.74041	10.0458	6.44445	11.44688	8.04089	6.47133
Cer 16:1;O2/24:1	0.21213	0.42175	0.21664	0.41242	0.426	0.17652	0.31842	0.33754	0.24713	0.79846	0.29919	0.2221	0.24726	0.26132	0.44666	0.25802	0.46295	0.21181	0.53758	0.38871	0.82107	1.17143	0.35486	0.6522	2.52446	1.93191	0.65201	0.68117	1.02001	0.32866	1.38889	2.97756	0.3591	1.23844	0.54875	1.01502	0.40349	0.64909	0.7841	0.68095	0.91848	0.89225	1.14299	2.02784	1.18789	1.04605	0.93965	1.23013	1.77986	4.5918	0.85833	0.2855	0.37378	0.18677	0.26626	0.45328	0.3759	0.15211	0.1978	0.51545	1.42357	0.29592	0.14338	0.62833	0.46553	0.79331	0.52569	1.47657	0.32455	0.45247	1.56876	0.4316	0.46346	1.03468	0.38592	0.32188	0.39372	0.58511	0.52133	1.30187	1.08744	0.42493	0.46281	1.00365	0.59881	1.12722	0.56583	0.79863	0.8834	2.07349	2.54237	2.26133	1.48021	0.97954	0.96239	0.92072	0.9033	1.4229	1.05204	0.87873
Cer 16:1;O2/24:2	0.00597	0.01084	0.00496	0.01126	0.00406	0.00257	0.0094	0.00506	0.00143	0.02878	0.00527	0.01936	0.00435	0.00501	0.00595	0.00497	0.01089	0.00378	0.01224	0.00863	0.01971	0.02903	0.0099	0.01488	0.06923	0.08099	0.01685	0.01619	0.05076	0.00642	0.03769	0.15706	0.01018	0.04912	0.01665	0.03256	0.00814	0.02579	0.02113	0.01665	0.02075	0.02153	0.03008	0.08116	0.03337	0.04773	0.025	0.1067	0.11201	0.34618	0.02311	0.00321	0.01316	0.00264	0.00397	0.01737	0.00448	0.00328	0.00335	0.02295	0.04366	0.00581	0.00103	0.02033	0.00892	0.00922	0.00965	0.05709	0.0096	0.01629	0.03963	0.01411	0.00637	0.01913	0.01212	0.00877	0.00862	0.02421	0.01074	0.03169	0.02686	0.01241	0.00718	0.01847	0.00398	0.03407	0.01833	0.02194	0.01637	0.4671	0.08964	0.21775	0.08203	0.02419	0.03184	0.01697	0.02423	0.0624	0.03112	0.02755
Cer 18:1;O2/22:2	0.02312	0.04956	0.03458	0.05391	0.02807	0.01852	0.0448	0.03957	0.02685	0.07933	0.02741	0.02586	0.01841	0.03112	0.03774	0.01388	0.0511	0.03064	0.04448	0.04317	0.09051	0.17912	0.04798	0.10381	0.2415	0.2676	0.05661	0.06772	0.13521	0.03848	0.09065	0.39842	0.04362	0.14498	0.07265	0.13386	0.07229	0.08082	0.11185	0.07921	0.11429	0.09551	0.12055	0.25345	0.16394	0.11911	0.12375	0.12111	0.21895	0.54181	0.11489	0.03005	0.07318	0.02635	0.05128	0.07085	0.04959	0.00615	0.03339	0.12875	0.1693	0.02956	0.02281	0.11508	0.06697	0.09309	0.06491	0.18697	0.04578	0.06259	0.14904	0.06721	0.07233	0.10059	0.051	0.02939	0.03529	0.12556	0.06743	0.1353	0.14776	0.06172	0.05033	0.12578	0.07679	0.16428	0.06609	0.08043	0.10586	0.30792	0.34488	0.2778	0.17326	0.10769	0.1063	0.08317	0.10158	0.14797	0.11383	0.0939
Cer 18:1;O2/23:0	0.67634	1.45505	0.9288	1.68214	1.1597	0.77063	0.89966	0.94549	0.87571	3.07984	1.11324	0.93369	0.66309	0.82005	1.89928	1.08157	1.94774	0.95808	1.40958	1.86638	3.65701	3.57769	1.11044	1.68477	10.57605	6.14919	2.85883	2.70962	2.54655	0.76421	4.6694	9.65899	1.09797	3.20504	2.02792	2.36675	1.41745	1.9164	2.43307	2.35244	1.73336	3.01847	3.57109	5.34843	3.202	3.36761	2.51554	5.13412	5.61891	5.79919	3.13575	1.33074	0.9317	0.41861	0.6139	1.31998	1.69088	0.71526	0.63377	1.9532	4.48641	1.53174	0.29679	2.15297	1.79165	3.79958	1.36931	5.17794	1.23334	2.6339	5.66662	1.05767	2.33086	3.43218	1.78179	1.03161	1.33115	2.18317	0.97984	3.7331	1.64745	0.91181	1.732	2.31975	1.65367	2.67336	1.46446	1.98793	2.12168	4.24777	5.82021	4.7152	2.68954	3.15689	3.73445	5.37478	3.33848	4.88414	3.94029	3.09787
Cer 19:1;O2/22:0	0.05986	0.15849	0.05988	0.13645	0.10343	0.06849	0.06372	0.06706	0.04984	0.35504	0.06607	0.12542	0.04683	0.04118	0.13429	0.10418	0.21175	0.06072	0.15615	0.21073	0.29998	0.26439	0.06938	0.10618	1.27027	0.54983	0.35621	0.25154	0.26295	0.05055	0.39319	1.24026	0.0831	0.33026	0.15538	0.27891	0.08741	0.2252	0.30851	0.1953	0.12579	0.28699	0.51208	0.60183	0.29891	0.33099	0.19762	0.78401	0.57818	0.4794	0.26401	0.06999	0.06863	0.01589	0.02608	0.16018	0.08563	0.02259	0.03933	0.17817	0.43261	0.09065	0.01577	0.18146	0.11352	0.16558	0.07133	0.35282	0.09488	0.22906	0.67734	0.09261	0.11165	0.25924	0.1302	0.0766	0.10404	0.22865	0.07534	0.48552	0.16353	0.05926	0.16755	0.15469	0.0672	0.21684	0.15085	0.17843	0.17397	0.29776	0.47469	0.44349	0.23425	0.32989	0.27881	0.3269	0.21511	0.3801	0.27989	0.25769
Cer 17:1;O2/24:1	0.16456	0.30922	0.18394	0.36291	0.27747	0.14557	0.29071	0.20493	0.16624	0.93104	0.23235	0.22165	0.16069	0.18725	0.31159	0.18776	0.39346	0.16542	0.42978	0.41855	0.97699	1.23162	0.31003	0.52252	3.79783	2.66092	0.78837	0.72798	0.95172	0.25133	1.00489	3.84404	0.26093	0.65984	0.41687	0.71035	0.28176	0.52672	0.68095	0.59493	0.55969	0.64193	1.05741	2.01064	1.10251	1.07503	0.89581	1.57487	2.18405	2.80601	0.91481	0.21054	0.42661	0.10887	0.20929	0.46065	0.40452	0.11679	0.14045	0.57984	1.78997	0.25085	0.09785	0.75845	0.45088	0.90801	0.50666	2.35969	0.33374	0.57531	1.88745	0.33436	0.59132	0.79291	0.44887	0.27487	0.34181	0.49976	0.36588	1.03103	0.60259	0.28322	0.39597	0.61062	0.48452	1.01241	0.39124	0.60525	0.53282	1.80291	1.88002	1.35872	1.12406	0.86048	0.82502	0.89954	0.69455	1.31934	0.87278	0.78008
Cer 18:1;O2/24:0	3.12398	8.30332	5.79384	9.9714	4.71124	3.00751	4.49706	5.02371	4.03908	14.86114	4.16806	3.63501	3.21399	3.22951	9.78908	3.90204	9.78158	4.78381	7.44954	7.93195	16.80977	29.35679	8.77939	13.26487	61.71383	55.64166	14.32841	13.48782	11.49816	4.16156	17.36982	90.74701	4.09162	15.63334	9.23162	14.05692	7.15744	8.71625	9.98404	9.9863	9.81699	19.91746	17.07809	32.89288	20.41999	16.24723	13.89199	17.57136	48.25776	33.18309	15.24651	9.2881	9.56232	3.87192	4.52362	10.61935	12.261	2.48143	3.23179	12.16238	33.8842	6.52041	1.80927	16.31169	11.5575	40.56677	7.48961	53.93272	9.67141	12.59744	31.204	6.19575	16.12523	15.25531	9.2059	5.08125	6.20468	9.53538	5.87961	15.0069	7.50672	4.87606	7.30935	14.61373	13.76218	15.39314	6.90391	11.90099	10.71924	22.58467	28.10135	12.25842	10.62503	17.51395	19.25143	28.94579	17.87602	26.58209	20.60585	16.21464
Cer 18:1;O2/24:1	3.23315	9.3091	5.36226	11.49628	6.02559	3.18684	7.71257	6.08325	4.27682	17.41813	4.48249	3.73052	3.50004	4.27796	9.26774	3.55251	9.90109	4.76871	8.7203	8.28667	21.00663	27.65666	8.77985	13.87789	51.00075	47.35803	14.30656	14.75471	14.55281	6.14647	20.3292	69.48941	5.01564	15.28729	9.94037	15.89317	7.23831	7.61127	9.66432	11.49966	13.35602	13.53512	16.45366	26.67791	19.48993	16.12741	16.2751	16.64238	32.88896	48.14294	14.26395	9.95397	13.09708	4.2519	7.58709	13.50098	13.42096	1.92689	3.19783	11.57523	33.76425	7.67396	2.58211	19.2819	11.68693	30.26232	10.36093	40.57436	7.46374	11.24249	27.90264	6.86096	14.71781	13.91699	8.35054	6.24759	7.44482	8.8888	8.73728	14.20659	11.59629	7.60811	7.17754	14.73159	13.87223	19.51721	6.3702	11.46495	9.73599	31.29302	33.73045	14.36981	14.04361	15.15357	16.2056	18.71498	14.82957	24.21786	17.01046	15.46321
Cer 19:1;O2/24:0	0.15824	0.33701	0.15839	0.29755	0.24219	0.20011	0.14141	0.16649	0.14701	0.7909	0.16618	0.27165	0.1474	0.13136	0.40119	0.26472	0.47226	0.15679	0.35877	0.58236	0.67689	0.5887	0.20069	0.29089	2.54398	1.21977	0.89915	0.55947	0.48956	0.13458	0.67188	2.43452	0.18789	0.81527	0.37785	0.58039	0.21826	0.55164	0.86478	0.48013	0.29039	1.0114	1.27879	1.23085	0.68019	0.68951	0.48187	1.63177	1.34355	0.84812	0.69543	0.19247	0.15376	0.0614	0.08315	0.33729	0.2402	0.11587	0.10648	0.44498	0.92084	0.203	0.05144	0.40791	0.25979	0.49276	0.17063	0.92382	0.2619	0.5781	1.41787	0.2778	0.27114	0.60736	0.30302	0.17293	0.22791	0.59457	0.18219	1.19062	0.37598	0.12966	0.47788	0.51054	0.24018	0.69537	0.33771	0.54994	0.47338	0.52321	0.85804	0.63662	0.53696	0.85869	0.62672	0.82438	0.56392	0.88201	0.66649	0.53961
Cer 18:1;O2/25:1	0.06297	0.13856	0.06843	0.16816	0.08944	0.06812	0.10884	0.07947	0.05397	0.28824	0.06917	0.10608	0.05577	0.0611	0.129	0.09396	0.18054	0.06576	0.12913	0.18396	0.41775	0.3187	0.10249	0.15928	0.95793	0.68515	0.30489	0.25022	0.22387	0.08001	0.49707	0.99117	0.09114	0.21361	0.18329	0.22799	0.10246	0.18491	0.24113	0.23913	0.15166	0.21768	0.38846	0.48818	0.2957	0.28677	0.24103	0.57708	0.62815	0.66622	0.28867	0.10242	0.12111	0.04191	0.07213	0.14424	0.13112	0.03349	0.04237	0.16355	0.45292	0.11684	0.0283	0.2267	0.15255	0.32049	0.15334	0.66801	0.11368	0.219	0.49506	0.09178	0.17942	0.22793	0.13449	0.08764	0.11025	0.16112	0.11943	0.32415	0.17449	0.0844	0.14848	0.2076	0.17531	0.31747	0.13084	0.19221	0.12796	0.33391	0.45324	0.33053	0.26447	0.27985	0.30958	0.39041	0.27243	0.42074	0.3142	0.27305
Cer 19:1;O2/24:1	0.11225	0.27993	0.11497	0.24867	0.19791	0.1509	0.17637	0.14391	0.11074	0.63821	0.136	0.17432	0.11092	0.13108	0.26499	0.16542	0.36688	0.10529	0.30284	0.43193	0.61672	0.50404	0.12659	0.19169	1.82674	1.08556	0.66761	0.47086	0.39209	0.12394	0.78994	1.62957	0.15093	0.50391	0.26411	0.4586	0.151	0.33853	0.61097	0.40005	0.24633	0.36651	0.94833	0.90391	0.52452	0.47909	0.36118	0.97627	0.83537	1.12403	0.47633	0.1514	0.16999	0.04664	0.11318	0.36059	0.17727	0.07113	0.06983	0.26754	0.82469	0.16351	0.0535	0.35474	0.20692	0.27023	0.15721	0.63536	0.1673	0.37991	0.94052	0.17887	0.18253	0.36195	0.1789	0.1206	0.15555	0.27985	0.16789	0.73235	0.36956	0.12771	0.28666	0.27007	0.12837	0.47418	0.23418	0.26166	0.27223	0.47964	0.66664	0.51403	0.42366	0.39423	0.4775	0.54016	0.40712	0.77056	0.5488	0.50906
Cer 18:1;O2/26:0	0.07008	0.17835	0.12776	0.17274	0.19032	0.06123	0.0805	0.11244	0.07384	0.2691	0.07037	0.08109	0.0766	0.05921	0.26524	0.08344	0.18518	0.08222	0.16425	0.16161	0.30985	0.49484	0.17645	0.20521	0.95808	0.9978	0.32376	0.20293	0.15632	0.09436	0.29363	1.61109	0.08257	0.349	0.13111	0.20014	0.14255	0.17789	0.18192	0.18182	0.1762	0.3867	0.32497	0.56588	0.32933	0.25414	0.24643	0.33745	0.92427	0.39888	0.28102	0.14962	0.17147	0.08907	0.086	0.18183	0.22361	0.02959	0.06856	0.23779	0.56366	0.11374	0.03139	0.21285	0.21708	0.64536	0.16312	1.12305	0.20381	0.24331	0.46007	0.12755	0.32981	0.18662	0.18578	0.10738	0.12565	0.16472	0.16749	0.27333	0.10566	0.06697	0.16638	0.24045	0.27642	0.21234	0.12678	0.32781	0.14084	0.3109	0.28892	0.19938	0.14972	0.43258	0.37653	0.55018	0.34117	0.4437	0.30598	0.29565
Cer 18:1;O2/26:1	0.11247	0.32423	0.18108	0.32963	0.20749	0.10047	0.20371	0.16806	0.09714	0.53183	0.08873	0.13263	0.11202	0.12597	0.33886	0.11064	0.35879	0.12604	0.29045	0.31973	0.64196	0.95132	0.31285	0.44515	1.7305	1.84218	0.50273	0.51047	0.36469	0.1838	0.52889	2.69075	0.14371	0.48512	0.27049	0.5211	0.21443	0.28152	0.34969	0.34697	0.34994	0.59873	0.61755	0.9227	0.73245	0.49916	0.54821	0.51126	1.29181	1.33404	0.52879	0.25358	0.3998	0.14209	0.21847	0.34719	0.40977	0.04511	0.09013	0.37521	1.18781	0.17802	0.06514	0.55734	0.36262	1.12068	0.29083	1.5967	0.29282	0.35152	0.90013	0.19936	0.5314	0.41571	0.27157	0.17473	0.20702	0.24323	0.33875	0.59795	0.25201	0.14036	0.28672	0.47139	0.61064	0.57873	0.17712	0.54002	0.21973	0.8428	0.99911	0.35871	0.37862	0.65791	0.49747	0.66393	0.50086	0.74072	0.55644	0.48366
Cer 44:3;O2	0.05891	0.14422	0.11167	0.16575	0.07089	0.04618	0.10433	0.05866	0.04948	0.24798	0.03185	0.05826	0.04318	0.0558	0.12076	0.03505	0.14988	0.07801	0.12069	0.16273	0.33035	0.64078	0.19202	0.2825	0.86494	1.05162	0.2135	0.25285	0.24768	0.11286	0.2085	1.74227	0.09735	0.12842	0.11581	0.25395	0.14562	0.12621	0.13153	0.15987	0.17483	0.21351	0.24395	0.57419	0.37185	0.28587	0.3312	0.30259	0.82293	0.68883	0.3586	0.12929	0.29337	0.07944	0.16456	0.19979	0.24753	0.01994	0.05708	0.30746	0.62285	0.08467	0.04018	0.36124	0.23199	0.51892	0.21304	0.93384	0.19473	0.24508	0.45268	0.13015	0.42169	0.17636	0.15828	0.09737	0.11811	0.14459	0.15724	0.20574	0.11776	0.07772	0.12769	0.15752	0.20796	0.30371	0.10343	0.20356	0.14524	0.42439	0.52699	0.11808	0.20542	0.26101	0.2299	0.25628	0.20493	0.31784	0.22294	0.21661
Cer 18:2;O2/14:0	0.00361	0.00429	0.00323	0.00746	0	0.00206	0.00819	0.00615	0	0.01571	0	0.00625	0.00314	0.00354	0.00582	0.00248	0.00891	0.00364	0.00864	0.01012	0.01977	0.02787	0.00451	0.01706	0.03357	0.03556	0.01584	0.01378	0.03014	0.01085	0.04625	0.03586	0.00905	0.05475	0.02186	0.04382	0.01358	0.02545	0.04294	0.02116	0.03329	0.02964	0.05339	0.05998	0.04868	0.04294	0.05545	0.06367	0.05106	0.21144	0.03911	0	0.00948	0.00319	0	0.00551	0.01094	0	0.00602	0.02615	0.02752	0.00727	0.0016	0.03072	0.02469	0.01786	0.01531	0.0611	0.00668	0.01402	0.02273	0.0144	0.0164	0.0539	0.00737	0.0071	0.00966	0.04174	0.01421	0.05109	0.03881	0.02501	0.0138	0.04608	0.01787	0.06461	0.02158	0.02721	0.02381	0.18231	0.14593	0.19025	0.09646	0.04565	0.04512	0.03154	0.03918	0.05884	0.04784	0.0364
Cer 18:2;O2/16:0	0.12823	0.26119	0.1801	0.27881	0.27881	0.1416	0.28412	0.27598	0.25588	0.32231	0.33584	0.19872	0.23137	0.21857	0.27551	0.12464	0.28467	0.21101	0.2566	0.26724	0.52062	0.9056	0.22716	0.80702	0.99239	1.31838	0.43167	0.48925	0.97778	0.19777	1.03204	1.41455	0.20453	2.29731	0.6233	1.39243	0.54399	0.53591	1.10906	0.77964	0.86562	0.99701	1.33971	1.68178	1.57904	1.09757	0.99474	1.13923	1.27769	6.0697	0.74553	0.35279	0.31828	0.20265	0.20703	0.20583	0.25373	0.12591	0.30514	0.75663	0.86311	0.24277	0.12904	0.80221	0.72638	0.87721	0.3447	1.73276	0.24877	0.2271	0.65919	0.35048	0.37243	1.03498	0.22096	0.22574	0.23341	1.0892	0.498	1.38966	1.75591	0.86885	0.34737	1.43733	0.77198	1.77648	0.78125	0.82043	1.90462	4.32742	3.06546	4.7462	1.86342	1.04235	0.9259	0.69348	0.86484	1.15567	0.83409	0.69099
Cer 18:2;O2/18:0	0.045	0.12564	0.10567	0.15073	0.14517	0.10011	0.16251	0.07932	0.17167	0.23828	0.24683	0.0592	0.15819	0.11287	0.1199	0.04683	0.12629	0.10325	0.1338	0.09967	0.25223	0.35934	0.06177	0.15379	0.58677	0.66134	0.11346	0.19032	0.444	0.06304	0.42129	1.50067	0.10092	0.5066	0.18766	0.45831	0.15402	0.09229	0.29684	0.17832	0.19644	0.18043	0.28074	0.43975	0.45804	0.23752	0.26008	0.34795	0.76258	2.40064	0.18585	0.1064	0.23115	0.0325	0.09791	0.26135	0.10039	0.10153	0.15856	0.2059	0.36488	0.09262	0.03876	0.42458	0.14214	0.27585	0.02664	1.54723	0.16389	0.20156	0.34839	0.18485	0.14929	0.33462	0.1248	0.02391	0.02503	0.20625	0.11697	0.3383	0.30288	0.15296	0.11097	0.21113	0.12917	0.29461	0.27916	0.15398	0.5229	1.18898	1.48339	1.84701	0.36164	0.20479	0.2844	0.16299	0.24041	0.54759	0.33085	0.26188
Cer 18:2;O2/20:0	0.04917	0.10847	0.09085	0.14476	0.08565	0.04198	0.08814	0.12968	0.06253	0.22523	0.0974	0.04328	0.07937	0.07589	0.13593	0.05048	0.1234	0.07657	0.11634	0.09746	0.18429	0.34939	0.08683	0.14668	0.48475	0.57593	0.15182	0.19311	0.26004	0.06951	0.32985	0.87387	0.08272	0.49188	0.20662	0.28853	0.14541	0.14608	0.28687	0.18522	0.26429	0.24079	0.32234	0.42346	0.41104	0.24341	0.22459	0.26899	0.55525	1.61508	0.20459	0.0959	0.18516	0.05889	0.05732	0.21216	0.13676	0.03148	0.07103	0.22441	0.36235	0.12035	0.03604	0.31362	0.1654	0.36253	0.08097	0.66994	0.11793	0.16409	0.28637	0.12912	0.18082	0.29752	0.14428	0.06878	0.07578	0.25176	0.12574	0.26319	0.28158	0.22286	0.08914	0.23314	0.2073	0.26627	0.20269	0.1841	0.23831	1.39591	0.93543	1.43174	0.35979	0.23676	0.25699	0.20673	0.21027	0.39629	0.27257	0.21456
Cer 18:2;O2/22:0	0.28586	0.55653	0.42876	0.70155	0.3899	0.23398	0.40693	0.52036	0.27056	1.07392	0.38853	0.2803	0.31037	0.32324	0.61458	0.29852	0.65807	0.38266	0.62738	0.53826	1.01404	1.49601	0.61852	0.80251	2.92182	2.67344	0.89949	0.92108	1.15174	0.37971	1.44031	4.55876	0.40477	1.55038	0.73406	1.0752	0.5879	0.78717	1.08338	0.80103	0.92032	1.19981	1.36364	2.05182	1.54524	1.16788	0.99404	1.42151	2.74038	4.0785	1.00869	0.52682	0.82544	0.28638	0.26664	0.96109	0.76804	0.21087	0.30955	1.04772	1.77073	0.5778	0.14738	1.38256	0.85536	1.6445	0.63793	3.14287	0.56028	0.84346	1.63171	0.58492	1.06721	1.00038	0.74996	0.50372	0.54199	0.99446	0.48931	1.21632	0.87792	0.75455	0.57017	1.01264	0.84492	1.18691	0.67297	0.87926	1.08217	4.86235	2.42704	3.52009	1.3522	1.20355	1.08083	0.96534	0.93346	1.61113	1.04736	0.9796
Cer 18:2;O2/23:0	0.08728	0.15307	0.09179	0.18438	0.15714	0.10993	0.11754	0.11232	0.10173	0.35459	0.17849	0.12534	0.12495	0.14832	0.17487	0.14874	0.21092	0.11247	0.17591	0.23638	0.36307	0.27665	0.10672	0.20409	0.94506	0.62149	0.31717	0.37098	0.39207	0.10187	0.55425	1.09007	0.17644	0.59919	0.28291	0.33877	0.19006	0.31079	0.52067	0.35	0.24396	0.39184	0.61532	0.67268	0.54787	0.44901	0.34481	0.83188	0.67468	1.23835	0.44726	0.118	0.12667	0.0484	0.06327	0.17522	0.17377	0.10641	0.11108	0.25435	0.44353	0.16137	0.03925	0.30611	0.19772	0.28885	0.13419	0.43144	0.11735	0.26254	0.54037	0.13945	0.21861	0.43359	0.1897	0.12703	0.15028	0.34825	0.14327	0.61366	0.33671	0.225	0.22857	0.38214	0.24814	0.47469	0.24507	0.29867	0.38918	1.07353	1.06093	1.56326	0.69532	0.48911	0.35774	0.3559	0.30096	0.55059	0.38603	0.30339
Cer 18:2;O2/24:0	0.6657	1.10386	0.89839	1.20784	0.79631	0.53324	0.70074	0.78163	0.57075	1.92199	0.75009	0.55313	0.77857	0.68379	1.37688	0.68376	1.45189	0.76456	1.095	1.17602	2.24291	3.00487	1.86404	1.94867	7.08566	5.22224	2.27092	1.95738	1.94793	0.78351	2.75513	8.50437	0.74538	2.64169	1.47047	2.26271	1.22105	1.75845	1.95065	1.52226	1.617	3.00274	3.17553	4.17338	3.06361	2.55055	2.166	3.05004	4.95506	5.23089	2.4868	1.21938	1.39946	0.71024	0.65572	1.35149	1.63467	0.55273	0.68883	2.07629	3.29025	1.05414	0.31827	2.35381	2.20889	4.05625	1.49952	5.82045	1.07483	1.81803	3.70888	1.24882	2.1689	2.1943	1.47817	1.26044	1.36193	1.96429	0.96293	2.54296	1.37404	1.19098	1.46037	2.48878	2.20606	2.82647	1.17822	2.04765	1.85396	5.44804	4.01551	3.14092	2.47736	3.13005	2.41958	2.7308	2.21206	3.02073	2.27696	2.04644
Cer 18:2;O2/24:1	1.32379	2.67063	1.99613	3.03472	1.63924	1.08427	2.39878	2.13757	1.14001	4.28993	1.48512	1.21468	1.19814	1.44474	2.52873	1.05839	2.91613	1.71363	2.775	2.70847	5.47298	7.6593	3.30054	4.38588	10.85995	11.28408	3.74617	4.19139	4.72415	2.33562	5.06256	17.16504	1.94768	4.47935	2.8586	4.70851	2.64564	3.13645	3.63499	3.55033	4.30961	3.73744	4.92863	7.79415	6.05186	4.96799	5.1259	4.72744	8.32947	12.40914	4.9582	2.4073	4.47147	1.74555	2.49973	3.54787	3.79623	0.72986	1.27966	4.88934	7.9144	2.41738	0.83787	6.24173	4.00374	6.63067	3.97663	11.10054	2.43584	3.72817	6.47656	2.90819	4.81619	3.53444	2.88947	2.35733	2.60533	3.50026	2.6825	4.49463	3.85936	2.95981	2.77068	4.367	3.90131	6.39566	2.14865	3.45989	3.43302	9.07709	8.28899	4.91537	5.44672	4.49973	4.57255	4.41794	4.22909	6.36331	4.39702	4.49688
Cer 18:2;O2/24:2	0.07393	0.14824	0.10998	0.16615	0.04867	0.0545	0.1521	0.10379	0.03793	0.19667	0.07077	0.10332	0.06924	0.06477	0.10728	0.04343	0.15782	0.08534	0.12705	0.14271	0.29992	0.44363	0.21065	0.26389	0.47385	0.61833	0.16302	0.19936	0.3063	0.13041	0.2328	0.83685	0.1037	0.25044	0.17494	0.30323	0.19072	0.22409	0.2331	0.20153	0.26375	0.20451	0.29949	0.45435	0.34973	0.29373	0.31316	0.34704	0.42423	0.82286	0.28714	0.08905	0.25252	0.0836	0.11888	0.17585	0.17435	0.01624	0.08617	0.3934	0.41009	0.10389	0.04615	0.35914	0.24886	0.27649	0.26476	0.51179	0.13396	0.18784	0.3132	0.2072	0.2811	0.18836	0.15564	0.12622	0.13975	0.27178	0.13521	0.25987	0.3027	0.1633	0.17232	0.25085	0.18352	0.46228	0.12241	0.17725	0.16392	0.55453	0.49882	0.33558	0.40169	0.25198	0.26432	0.23747	0.24579	0.35937	0.2546	0.2444
Cer 18:1;O/18:0	0.21536	0.86917	0.23118	1.06809	0.18015	0.24152	0.61346	0.28505	0.46844	0.45495	0.19994	0.34028	0.36917	0.2232	0.8307	0.17359	1.16302	0.22757	0.38874	0.61488	1.07762	0.76512	0.33198	0.72533	6.13265	1.47046	0.32143	0.77994	1.48554	0.1728	1.01227	5.29884	0.33601	0.43152	0.79055	1.604	0.26841	0.40536	0.34537	0.38565	0.38553	0.3374	0.48543	2.12305	0.69115	0.7627	0.64931	0.47972	1.28863	1.76761	0.96515	0.2625	0.34612	0.1643	0.13283	0.29168	0.09839	0.0485	0.10814	0.62052	1.09279	0.32283	0.03007	0.91694	0.48233	1.34038	0.11837	0.69109	0.67497	0.4263	3.92688	0.71523	0.19365	1.14887	0.32332	0.16721	0.20143	0.30596	0.16003	0.34558	0.15526	0.12616	0.30146	0.35018	0.43757	0.3051	0.14286	0.24025	0.20654	0.11036	2.51806	0.02912	0.23287	0.27126	0.45136	0.46731	0.44165	0.55301	0.50857	0.53315
Cer 18:1;O/20:0	0.24981	0.71563	0.18469	1.12889	0.23823	0.21325	0.71607	0.49394	0.27571	0.58846	0.14156	0.25219	0.29197	0.18855	1.22958	0.24507	1.23942	0.21219	0.49247	0.77494	1.27657	1.28345	0.44736	1.02301	6.83374	2.24057	0.41788	1.12444	1.46198	0.23257	1.69303	5.58572	0.42081	1.03585	1.31208	1.62578	0.2557	0.73853	0.5099	0.74407	0.80273	0.85292	0.70874	3.71796	1.10786	1.18182	0.91855	0.70078	1.56347	2.40115	1.56099	0.25601	0.34493	0.24793	0.10055	0.27324	0.19419	0.02247	0.05969	0.81672	1.72589	0.40358	0.03996	1.0458	0.67	1.82722	0.27603	0.78604	0.58722	0.37783	4.36284	0.62967	0.24281	1.56	0.35839	0.30331	0.33104	0.41818	0.40031	0.55133	0.36552	0.29036	0.44453	0.77211	1.24553	0.55074	0.26598	0.5779	0.22109	0.2644	2.53596	0.1109	0.46323	0.59009	0.68197	0.76528	0.7598	0.87909	0.79036	0.86072
Cer 18:1;O/22:0	0.64035	1.77706	0.52139	2.70625	0.4809	0.54279	1.59787	1.07446	0.60713	1.47696	0.33858	0.62507	0.56381	0.37471	2.98622	0.68673	2.94705	0.51983	1.2146	2.10324	4.42281	4.22427	1.50142	4.30085	24.54705	7.31459	1.57204	3.31136	3.95816	0.64471	5.5988	18.19184	1.00853	3.62636	3.30562	4.96103	0.75871	2.5568	1.75862	2.30869	2.49064	3.55962	2.9985	14.20213	3.84653	4.45995	3.09141	3.30747	5.94795	8.60096	6.46176	0.6183	0.90066	0.68865	0.21099	0.56556	0.86336	0.08266	0.2083	3.04939	5.86565	1.26581	0.09459	2.97552	2.74491	5.9408	1.33139	2.73617	1.47135	1.25128	14.44136	1.53435	1.23361	4.53443	1.14438	1.15295	1.22136	1.95883	1.10958	2.3479	1.41638	0.85031	1.43514	3.51179	3.55069	2.2277	0.77256	2.12978	0.76947	1.35277	8.6293	0.66004	1.83214	2.06821	2.36102	3.06647	2.35258	2.68241	2.40283	2.68065
Cer 18:1;O/23:0	0.16752	0.42715	0.10455	0.76884	0.14681	0.23183	0.54504	0.26003	0.15515	0.47585	0.08247	0.21615	0.14475	0.09758	0.86556	0.24049	0.87796	0.12083	0.36312	0.7872	1.7262	0.9334	0.24094	0.91844	6.69119	1.74528	0.4841	1.09737	0.9867	0.12952	1.89342	4.33392	0.38669	1.08177	1.04354	1.16524	0.19763	0.93673	0.69284	0.8643	0.60138	1.16248	0.97454	4.10811	1.06078	1.31361	0.92115	1.3874	1.53423	2.26991	2.49595	0.12432	0.1054	0.11276	0.03285	0.09585	0.17705	0.01484	0.04527	0.62427	1.42226	0.3061	0.01561	0.61	0.67095	1.26303	0.28211	0.47474	0.32857	0.266	4.29784	0.28217	0.22808	1.58237	0.29119	0.25495	0.31609	0.6894	0.2774	1.16632	0.3765	0.17092	0.6214	1.16965	0.98652	0.70258	0.24176	0.62978	0.14259	0.3025	2.45821	0.24508	0.68383	0.77376	0.70759	1.03063	0.72861	0.81747	0.81598	0.81537
Cer 18:1;O/24:0	0.99905	2.46236	0.73878	2.92788	0.64271	0.71764	1.76966	1.16602	0.82143	1.77393	0.39963	1.01153	0.7854	0.47809	4.14538	0.92667	4.02017	0.77262	1.64331	2.49634	6.12785	5.99785	3.31604	8.91749	36.72281	13.03214	2.43478	5.03618	5.9422	1.04815	7.66499	29.60932	1.2541	6.6257	4.72384	9.72159	1.38737	4.71188	2.79545	3.8507	3.57824	6.98707	6.14241	25.09214	6.8174	7.91823	6.24639	6.58385	9.90414	16.34321	11.17427	0.92792	1.12932	1.34612	0.33063	0.58086	1.16101	0.16643	0.36702	5.77651	9.10645	1.56722	0.15435	4.1707	5.73836	10.22481	2.36616	5.58789	2.16948	1.5742	20.61434	2.47523	1.94067	8.13959	1.628	2.50449	2.46592	4.10615	1.94492	4.57384	2.65656	1.30791	2.46656	8.48278	6.18082	4.91615	1.41921	4.01977	1.8714	2.5878	14.53621	1.16667	3.69622	4.71016	3.94679	5.62554	4.316	4.67862	4.22066	4.58998
Cer 18:1;O/24:1	0.80265	2.80111	0.60981	3.31464	0.69313	0.69401	2.64944	1.24613	0.82479	1.62194	0.41368	1.14473	0.70909	0.52187	4.17302	0.76821	5.14264	0.76878	1.80091	2.66715	7.81053	5.68033	1.95077	11.30437	35.95353	11.83454	2.54383	5.12831	6.07155	1.10644	7.90687	22.4854	1.48574	6.47549	4.57155	8.80269	1.19237	3.79465	2.4495	3.99672	3.58582	5.88374	5.74739	23.59641	6.3365	6.91346	6.6656	5.4065	7.60965	13.63709	10.17269	0.93125	1.04472	1.32319	0.4732	0.51517	1.10522	0.1182	0.26443	4.16115	9.54738	1.59656	0.17363	4.91687	4.89888	7.73374	2.82114	2.61657	1.59892	1.36927	22.1194	2.27693	1.52494	6.38978	1.17521	2.04007	2.03683	2.8296	1.95991	4.22975	2.99657	1.47366	2.3101	9.0501	6.06369	5.99245	1.11271	2.97475	1.33541	2.01571	12.88459	1.06913	3.70919	3.37908	3.98424	5.6317	4.91185	5.44195	4.60231	5.33616
Cer 18:1;O/26:1	0.02564	0.10892	0.00679	0.12697	0.00623	0.00533	0.06241	0.02234	0.00567	0.04512	0	0.03449	0.00974	0	0.17036	0.00724	0.19822	0.01178	0.05223	0.09231	0.4264	0.33653	0.09931	0.72997	2.25133	0.80622	0.11159	0.26044	0.31475	0.04143	0.29935	1.61469	0.03541	0.2778	0.1616	0.46629	0.03343	0.1972	0.09435	0.18026	0.13839	0.23899	0.28669	1.50223	0.32181	0.36314	0.4478	0.29281	0.46243	0.79895	0.49762	0.00463	0.04168	0.04589	0	0	0.02312	0	0	0.25852	0.64298	0.03799	0	0.26098	0.29414	0.49765	0.12173	0.17057	0.06914	0.03928	1.24057	0.0897	0.05826	0.33745	0.03671	0.07331	0.09342	0.1293	0.12774	0.20684	0.11854	0.03319	0.10663	0.4119	0.38287	0.32343	0.03497	0.20539	0.03132	0.07145	0.78535	0.01698	0.19388	0.17305	0.1835	0.27806	0.21	0.24407	0.22753	0.23984
Cer 18:0;O/16:0	0.00476	0.1531	0.00701	0.10284	0.03679	0.00362	0.05313	0.01454	0.055	0.08128	0.00589	0.0497	0.01925	0	0.07362	0.01062	0.20404	0.01968	0.07039	0.0622	0.21114	0.1559	0.05333	0.45059	1.61299	0.55046	0.08515	0.14129	0.2841	0.02012	0.11478	1.30554	0.05454	0.35136	0.24373	0.46403	0.08233	0.16458	0.07852	0.18342	0.13656	0.81755	0.20922	1.25662	0.23557	0.30747	0.30408	0.26741	0.44728	0.57405	0.46827	0.04958	0.02996	0.02791	0.00382	0.01595	0.02538	0.01234	0.0073	0.21268	0.46277	0.03706	0.00428	0.23483	0.16197	0.34025	0.04429	0.09189	0.08674	0.02776	1.0628	0.04983	0.04858	0.35578	0.01271	0.0411	0.04584	0.19678	0.11511	0.14466	0.12774	0.09082	0.05204	0.59235	0.5242	0.2496	0.06902	0.14428	0.11229	0.07154	0.68813	0.21708	0.24013	0.24113	0.14871	0.21358	0.20591	0.25544	0.20732	0.18172
Cer 18:0;O/20:0	0.02618	0.14004	0.03595	0.23364	0.05495	0.02158	0.06529	0.0751	0.04242	0.15344	0.00956	0.02928	0.03049	0.00685	0.21809	0.04158	0.21619	0.03558	0.07992	0.11506	0.29891	0.31434	0.05078	0.18834	2.45538	0.64331	0.13082	0.28606	0.27487	0.03171	0.3972	1.54411	0.06241	0.33822	0.29117	0.3146	0.06244	0.13403	0.10963	0.16299	0.19025	0.3748	0.21836	1.29473	0.2795	0.30239	0.21623	0.29108	0.4197	0.49193	0.42384	0.02107	0.05362	0.00711	0.00463	0.04069	0.05928	0.00156	0.00575	0.13694	0.57555	0.09318	0.00429	0.24202	0.12358	0.61089	0.05748	0.15094	0.10844	0.14246	1.49168	0.07608	0.06264	0.48068	0.08139	0.04198	0.07857	0.14061	0.09483	0.13225	0.09078	0.06682	0.04693	0.26571	0.50517	0.13546	0.05245	0.19629	0.0392	0.08238	0.87742	0.06828	0.13119	0.23602	0.16802	0.24103	0.17038	0.19359	0.18392	0.16995
Cer 18:0;O/22:0	0.09379	0.43116	0.12849	0.67	0.20492	0.07933	0.22408	0.25693	0.15725	0.46263	0.05719	0.13018	0.13229	0.06388	0.67621	0.16766	0.66777	0.1488	0.30493	0.40917	1.07094	0.95978	0.26766	0.89381	8.15509	2.35847	0.47486	0.984	1.01548	0.12567	1.14499	4.90017	0.21551	1.16603	1.01236	1.09254	0.23905	0.6613	0.45931	0.67224	0.66599	2.03425	0.86638	4.193	1.03912	1.33038	0.91796	1.23238	2.0299	2.09036	1.76514	0.17083	0.18621	0.10115	0.02364	0.18615	0.2448	0	0.0443	0.56331	1.77622	0.38337	0.02217	0.79748	0.57534	2.13388	0.26352	0.47498	0.32013	0.48212	4.53465	0.28668	0.33763	1.70795	0.3038	0.20866	0.25768	0.58525	0.39693	0.77036	0.42497	0.22618	0.32789	1.44909	2.05685	0.63832	0.2007	0.9224	0.18126	0.49446	3.034	0.35924	0.57481	1.13113	0.64418	1.0399	0.68317	0.79853	0.75172	0.69039
Cer 17:0;O/24:0	0.03255	0.1402	0.03887	0.24609	0.07252	0.03261	0.06267	0.07102	0.03814	0.21247	0.01401	0.06559	0.02718	0.01773	0.26632	0.07862	0.25683	0.04618	0.11325	0.19588	0.5151	0.30657	0.07268	0.30385	2.98868	0.77666	0.19491	0.42078	0.42307	0.04274	0.56289	1.64242	0.09828	0.4548	0.39033	0.33167	0.08175	0.25661	0.21248	0.28261	0.18001	0.66983	0.35394	1.67232	0.3975	0.53278	0.34745	0.69329	0.66981	0.73907	0.90409	0.04403	0.0297	0.01793	0.00293	0.04096	0.0888	0.00181	0.01254	0.20998	0.58986	0.14401	0.00135	0.21599	0.20599	0.59255	0.08392	0.15854	0.10465	0.20078	1.71832	0.08964	0.0942	0.84109	0.10743	0.08235	0.11512	0.25962	0.13047	0.40942	0.15127	0.06162	0.15555	0.51993	0.5223	0.24468	0.07696	0.32764	0.04021	0.1607	1.31633	0.13461	0.25866	0.4197	0.2627	0.41739	0.2848	0.29329	0.30047	0.25103
Cer 18:0;O/23:0	0.03755	0.04829	0.01389	0.07142	0.01537	0.02395	0.03918	0.03049	0.00458	0.14293	0	0.0433	0.02431	0.01388	0.07963	0.06415	0.08853	0.01164	0.07498	0.17489	0.23933	0.1282	0.0122	0.04551	1.27101	0.30333	0.16251	0.23738	0.13609	0.00983	0.1631	0.77486	0.04811	0.13673	0.08845	0.13291	0.02159	0.20952	0.18366	0.13364	0.08295	0.16298	0.2812	0.52031	0.20961	0.18009	0.11705	0.35191	0.26612	0.21604	0.45973	0.00606	0.013	0.00264	0	0.02938	0.01667	0	0.00389	0.08514	0.23434	0.03646	0	0.07043	0.04204	0.0877	0.02922	0.06654	0.06097	0.09534	0.66595	0.05172	0.03126	0.2868	0.05279	0.03315	0.03912	0.09249	0.02954	0.22536	0.0513	0.0095	0.10828	0.08501	0.04814	0.11888	0.04237	0.15313	0	0.05404	0.44444	0.04534	0.10953	0.16024	0.08421	0.10474	0.07097	0.10659	0.08107	0.08698
Cer 18:0;O/24:0	0.16254	0.69711	0.20547	0.93155	0.67511	0.14172	0.33408	0.32996	0.22359	0.67179	0.10139	0.2434	0.20314	0.10023	1.13428	0.25453	1.03538	0.24995	0.50268	0.6626	1.71375	1.69898	0.4819	1.98508	12.61723	4.32294	0.75383	1.50484	1.82083	0.22995	1.86295	9.38024	0.31203	2.41308	1.65651	2.25758	0.43768	1.1652	0.82731	1.10477	1.08597	4.89205	1.5527	7.01347	1.84061	2.37935	1.73753	2.25991	4.06254	4.29203	3.08289	0.2838	0.28836	0.20728	0.05382	0.23898	0.40046	0	0.07132	1.11419	3.21766	0.54813	0.04495	1.24019	1.16607	3.74807	0.43408	0.92227	0.54903	0.72473	7.11041	0.49563	0.50288	2.88728	0.45002	0.33063	0.40396	1.20331	1.01799	1.57097	0.81009	0.40776	0.62721	3.42597	5.25933	1.4397	0.35716	2.27214	0.42858	0.90204	5.57837	0.77415	1.16514	2.8961	1.29469	2.11222	1.50913	1.59364	1.50815	1.37959
Cer 20:0;O/22:0	0.04756	0.0514	0.03069	0.08672	0.02608	0.03503	0.03192	0.02699	0	0.15297	0	0.05117	0.00865	0.01246	0.09745	0.08876	0.11181	0.02505	0.0765	0.25555	0.3191	0.16012	0.02642	0.07467	1.43428	0.35457	0.18636	0.29496	0.15981	0.01581	0.20913	0.91217	0.07055	0.1417	0.11866	0.12058	0.04721	0.29435	0.27649	0.17339	0.0703	0.28464	0.34144	0.60833	0.26586	0.23712	0.1578	0.53224	0.33726	0.21096	0.66581	0.00168	0.0085	0.00332	0	0.02677	0.03996	0.0034	0.00465	0.12537	0.28622	0.03431	0.00181	0.07128	0.0425	0.06674	0.04429	0.0772	0.08129	0.14703	0.8555	0.06398	0.04591	0.22084	0.09243	0.03358	0.05515	0.13596	0.0342	0.31537	0.06857	0	0.17964	0.09922	0.07546	0.16885	0.04027	0.29566	0.01259	0.04015	0.42094	0.06399	0.15174	0.24513	0.1079	0.14792	0.07063	0.113	0.09816	0.09138
Cer 18:0;O/24:1	0.1137	0.63016	0.12401	0.86747	0.36833	0.12098	0.33711	0.28209	0.22914	0.54934	0.07044	0.21945	0.14996	0.07825	0.8359	0.17412	0.99926	0.20681	0.45505	0.57489	1.80188	1.69737	0.29019	2.5795	16.34221	4.93983	0.74026	1.50942	2.31258	0.22285	1.72935	9.15645	0.32943	2.10285	1.64873	2.07924	0.40393	0.97933	0.62207	1.28076	1.06075	4.05971	1.67584	9.50368	1.72791	2.62638	2.05696	2.09238	4.81827	4.13461	3.24038	0.27181	0.25717	0.19348	0.06002	0.13586	0.26801	0.01076	0.04221	0.95192	3.88865	0.44302	0.04278	1.41395	1.10238	2.83668	0.49492	0.53488	0.38868	0.50724	9.25471	0.39249	0.34129	2.63463	0.26088	0.23163	0.31579	0.99239	0.95057	1.2373	0.93982	0.44481	0.44554	3.6741	4.85841	1.83246	0.32181	1.44139	0.32674	0.6437	5.67807	0.56281	1.47485	1.79862	1.13595	1.84461	1.30015	1.68025	1.40468	1.39493
Cer 19:0;O/24:0	0.08734	0.0923	0.03563	0.12052	0.05048	0.05815	0.05981	0.0574	0.02592	0.21277	0.00674	0.0894	0.04607	0.02249	0.16737	0.11817	0.16322	0.02795	0.11661	0.27118	0.37215	0.23539	0.04736	0.10362	2.19476	0.60999	0.22856	0.37082	0.24305	0.02759	0.26755	1.39505	0.08421	0.21205	0.13628	0.23946	0.05247	0.36325	0.26878	0.2073	0.1418	0.30556	0.41084	0.84182	0.30557	0.3003	0.19349	0.60089	0.46168	0.35923	0.66917	0.02393	0.04022	0.00709	0	0.05535	0.04954	0	0.00873	0.21316	0.46136	0.05969	0.00245	0.15719	0.1066	0.17111	0.08963	0.1302	0.10213	0.1721	1.15161	0.13434	0.06274	0.43155	0.10561	0.06197	0.08098	0.17356	0.07738	0.30334	0.08415	0.03638	0.15748	0.15559	0.112	0.18245	0.05755	0.27291	0.02799	0.08901	0.63301	0.0462	0.20302	0.20604	0.14506	0.16978	0.10278	0.16131	0.1373	0.14541
Cer 18:0;O2/16:0	0.05826	0.1925	0.0863	0.15845	0.09062	0.05665	0.11033	0.07982	0.11522	0.27978	0.09363	0.08648	0.07319	0.08949	0.15711	0.06344	0.1713	0.08862	0.131	0.15063	0.28828	0.61751	0.13502	0.31519	0.8807	1.04766	0.19851	0.23141	0.32223	0.07229	0.25178	2.27216	0.10544	0.34532	0.22035	0.50858	0.15089	0.11472	0.17506	0.21565	0.19918	0.23625	0.26475	0.6065	0.37425	0.29099	0.27242	0.39168	0.86548	2.13385	0.25525	0.15503	0.25542	0.0603	0.24815	0.20778	0.13288	0.04281	0.08197	0.2529	0.65891	0.07541	0.06631	0.35235	0.12879	0.57113	0.09653	1.74271	0.21588	0.18293	0.46739	0.10657	0.17036	0.32639	0.13474	0.0574	0.07666	0.16115	0.16187	0.26859	0.20256	0.10282	0.10003	0.24553	0.29747	0.38517	0.22518	0.18391	0.43438	0.55046	1.29451	0.66313	0.27794	0.2397	0.26507	0.31459	0.27924	0.45634	0.35055	0.26695
Cer 18:0;O2/18:0	0.028	0.13044	0.05288	0.11668	0.07419	0.03099	0.07918	0.06946	0.0518	0.16908	0.04512	0.04809	0.03845	0.03715	0.09701	0.04015	0.13138	0.0443	0.10251	0.06921	0.13906	0.29944	0.04369	0.08099	0.36901	0.34471	0.10942	0.12961	0.1268	0.04189	0.12721	0.94531	0.04274	0.11489	0.10375	0.20019	0.0534	0.04998	0.05907	0.08484	0.11867	0.09359	0.13134	0.19281	0.15385	0.12299	0.10931	0.16781	0.37814	0.40466	0.0833	0.05181	0.17464	0.02512	0.06783	0.18604	0.08078	0.01959	0.03206	0.07884	0.2266	0.04127	0.0241	0.1718	0.04762	0.25818	0.04692	0.73443	0.11247	0.1256	0.22425	0.05247	0.08983	0.12648	0.08538	0.0349	0.05324	0.05634	0.07074	0.09832	0.052	0.03194	0.05045	0.0697	0.13848	0.08802	0.1039	0.12563	0.07883	0.12948	0.35319	0.12333	0.06629	0.16584	0.13008	0.17104	0.13737	0.2341	0.18348	0.1444
Cer 18:0;O2/20:0	0.01935	0.06058	0.02649	0.06829	0.04601	0.01792	0.031	0.04415	0.02124	0.08804	0.02102	0.0268	0.01618	0.01678	0.06861	0.02959	0.06522	0.02379	0.06114	0.05281	0.09859	0.14853	0.02362	0.03229	0.30465	0.17532	0.0746	0.06883	0.07039	0.02334	0.0885	0.34324	0.02461	0.0873	0.06688	0.08023	0.03438	0.04372	0.0497	0.06482	0.06521	0.06015	0.09243	0.15416	0.08223	0.0831	0.06732	0.11906	0.15847	0.12067	0.05692	0.02335	0.05302	0.01166	0.02261	0.08338	0.04254	0.0036	0.01469	0.0487	0.13568	0.0279	0.00939	0.06298	0.02249	0.10905	0.05583	0.23527	0.04991	0.06622	0.17789	0.02968	0.04914	0.07685	0.05285	0.02191	0.02953	0.03899	0.04265	0.08068	0.03472	0.02342	0.03539	0.04308	0.07087	0.05639	0.06234	0.08777	0.04216	0.06675	0.1334	0.06224	0.0493	0.08723	0.07507	0.10791	0.07295	0.11126	0.08865	0.07263
Cer 18:0;O2/22:0	0.07408	0.18308	0.08696	0.19813	0.20405	0.07788	0.0772	0.15423	0.13767	0.25985	0.11814	0.08305	0.07844	0.06497	0.20823	0.11536	0.25338	0.09484	0.1832	0.18837	0.36374	0.51653	0.09062	0.1499	1.20231	0.61085	0.28039	0.27439	0.216	0.07662	0.24899	1.35267	0.08917	0.28905	0.23616	0.28022	0.10994	0.1548	0.13774	0.22308	0.213	0.26485	0.25639	0.5996	0.27896	0.29275	0.24779	0.4617	0.64554	0.39523	0.19357	0.11236	0.16105	0.05239	0.09862	0.19455	0.1499	0.04305	0.08027	0.16231	0.45902	0.08167	0.0377	0.21526	0.09026	0.35274	0.1832	0.69032	0.18221	0.24599	0.67336	0.10659	0.15224	0.33591	0.20509	0.08985	0.11103	0.17293	0.13248	0.34217	0.11365	0.08253	0.16635	0.18532	0.2334	0.2042	0.18651	0.30022	0.21829	0.23986	0.45043	0.25068	0.16749	0.30967	0.2949	0.45138	0.27616	0.37365	0.29702	0.24247
Cer 18:0;O2/23:0	0.03539	0.08105	0.03449	0.0891	0.08254	0.04377	0.04631	0.06263	0.06335	0.10875	0.06005	0.06543	0.0373	0.03806	0.10297	0.06866	0.11248	0.04429	0.07634	0.11224	0.20023	0.18831	0.03204	0.06827	0.59359	0.24308	0.13514	0.15857	0.11671	0.04184	0.12596	0.44521	0.05582	0.1694	0.13674	0.13044	0.05677	0.08735	0.11767	0.1408	0.09016	0.12499	0.17435	0.31089	0.16033	0.16482	0.14869	0.36157	0.24454	0.16999	0.13184	0.03983	0.02817	0.01502	0.02777	0.04364	0.0455	0.02575	0.03694	0.07788	0.19679	0.04815	0.01127	0.07343	0.03938	0.1114	0.06727	0.21246	0.06694	0.1299	0.38618	0.04855	0.05951	0.25354	0.09753	0.04998	0.06868	0.11342	0.06055	0.23951	0.0582	0.03336	0.09566	0.11716	0.09114	0.13392	0.10571	0.17703	0.10039	0.10698	0.33997	0.1392	0.12382	0.20155	0.15634	0.25829	0.15286	0.19911	0.16749	0.12453
Cer 18:0;O2/24:0	0.10362	0.25874	0.1119	0.25371	0.29325	0.09826	0.10876	0.18588	0.1663	0.29517	0.16455	0.1199	0.10473	0.09294	0.28778	0.1589	0.29918	0.12108	0.22588	0.22478	0.42126	0.64687	0.13842	0.23274	1.30295	0.8133	0.33756	0.36123	0.25975	0.10752	0.28592	1.79973	0.11616	0.41102	0.31815	0.37057	0.15995	0.2105	0.2326	0.29802	0.26798	0.4834	0.37246	0.7401	0.40563	0.38739	0.32179	0.6069	0.89168	0.52777	0.26599	0.14495	0.18773	0.07583	0.11461	0.21348	0.19644	0.06547	0.09479	0.22069	0.5681	0.10883	0.04621	0.26491	0.1162	0.5637	0.2425	0.93853	0.23122	0.30899	0.79271	0.14847	0.21402	0.45098	0.24833	0.11668	0.15267	0.24962	0.19341	0.54627	0.14142	0.10396	0.25003	0.33306	0.40784	0.32163	0.25554	0.54635	0.28902	0.31055	0.69489	0.27447	0.23391	0.54168	0.40503	0.63544	0.42056	0.51858	0.4211	0.3273
Cer 18:0;O3/22:0	0.02374	0.04473	0.03676	0.05351	0.03899	0.02823	0.02854	0.02158	0.01904	0.07456	0.02297	0.02238	0.01089	0.01402	0.0746	0.03917	0.0617	0.04087	0.04319	0.09088	0.10449	0.09556	0.06475	0.06951	0.26348	0.11603	0.09168	0.07709	0.07426	0.03078	0.10043	0.22378	0.02834	0.0833	0.05809	0.05786	0.04811	0.05725	0.08584	0.06952	0.04439	0.13922	0.09033	0.11802	0.07009	0.1134	0.07051	0.09649	0.0954	0.06452	0.06983	0.04755	0.03125	0.01769	0.02202	0.03861	0.07269	0.00643	0.01852	0.05997	0.09822	0.07111	0.00666	0.07801	0.06113	0.18284	0.08218	0.14467	0.05714	0.10639	0.14953	0.02994	0.11118	0.13112	0.08032	0.04115	0.0528	0.06191	0.02727	0.06783	0.04281	0.03407	0.03653	0.08597	0.07449	0.11557	0.03082	0.09251	0.04327	0.11196	0.12214	0.05725	0.06022	0.1026	0.11675	0.21077	0.1272	0.1493	0.11073	0.09773
Cer 18:0;O3/23:0	0.01537	0.03331	0.02538	0.03324	0.02214	0.02316	0.01953	0.01654	0.0136	0.04633	0.01976	0.01729	0.00719	0.00742	0.05005	0.03133	0.0424	0.02919	0.02546	0.06921	0.06314	0.0379	0.03786	0.0388	0.13635	0.04559	0.05175	0.04236	0.04716	0.02078	0.0666	0.10647	0.02125	0.05496	0.03441	0.03735	0.03486	0.03291	0.05775	0.04267	0.02193	0.07559	0.0488	0.06273	0.03857	0.08092	0.04355	0.08057	0.05183	0.03959	0.04305	0.03323	0.01065	0.00877	0.01583	0.02229	0.04189	0.0069	0.01324	0.04224	0.04049	0.05224	0.00308	0.02856	0.03576	0.0768	0.04655	0.06757	0.03291	0.07756	0.08189	0.02018	0.05533	0.09899	0.04779	0.02842	0.03889	0.05374	0.01327	0.04426	0.02169	0.01835	0.02298	0.0481	0.0327	0.07739	0.01761	0.05252	0.01681	0.06246	0.08597	0.04409	0.04416	0.06301	0.07256	0.12536	0.07616	0.09166	0.07395	0.06178
Cer 17:0;O3/24:0	0.00657	0.01577	0.00677	0.02283	0.00245	0.00509	0.00886	0.00953	0.00197	0.01477	0.00418	0.00776	0.00574	0.00204	0.02042	0.0099	0.01918	0.00875	0.00953	0.01581	0.0379	0.05303	0.03188	0.05831	0.11507	0.07433	0.01774	0.02128	0.04377	0.006	0.03905	0.17075	0.00853	0.03497	0.03083	0.02934	0.01268	0.01794	0.01981	0.02697	0.02149	0.05935	0.03051	0.06922	0.03096	0.04588	0.02142	0.03142	0.05844	0.0524	0.02774	0.01442	0.007	0.01245	0.00298	0.00542	0.01573	0	0.00385	0.02376	0.05864	0.01829	0.00085	0.02066	0.027	0.10283	0.01471	0.05872	0.01762	0.01109	0.0642	0.01259	0.02397	0.03094	0.01449	0.00578	0.00687	0.01854	0.01082	0.02093	0.017	0.00738	0.00806	0.049	0.04327	0.0404	0.01275	0.03028	0.01349	0.03103	0.04588	0.01045	0.01918	0.01717	0.03572	0.07315	0.05555	0.05362	0.04469	0.0394
Cer 17:0;O3/24:1	0.00767	0.02307	0.00756	0.03561	0.00551	0.00911	0.01854	0.01273	0.00584	0.01992	0.00783	0.0133	0.00811	0.00286	0.02747	0.01059	0.02708	0.01411	0.01494	0.02018	0.06197	0.05325	0.03235	0.10062	0.1275	0.0977	0.03159	0.02934	0.06826	0.01182	0.05154	0.19368	0.01824	0.04716	0.04335	0.03658	0.01617	0.02525	0.02982	0.05297	0.02956	0.07099	0.04092	0.09148	0.04409	0.05721	0.03467	0.03737	0.06173	0.05449	0.03943	0.02219	0.01124	0.01576	0.00597	0.00483	0.01857	0.00085	0.00462	0.02825	0.08575	0.02417	0.0013	0.03774	0.03646	0.09905	0.02435	0.05078	0.02212	0.01242	0.0921	0.01743	0.02513	0.03829	0.0152	0.0077	0.0088	0.0213	0.02215	0.02497	0.03593	0.01551	0.01096	0.07346	0.05547	0.06663	0.01432	0.03179	0.01518	0.03243	0.06353	0.01273	0.03138	0.01683	0.04015	0.06729	0.06399	0.06564	0.05108	0.05
Cer 18:0;O3/24:0	0.04246	0.07714	0.0588	0.07288	0.08529	0.04789	0.04709	0.04377	0.05328	0.09637	0.06548	0.03923	0.03245	0.03069	0.11369	0.06701	0.08934	0.06514	0.0568	0.11686	0.12663	0.09689	0.10604	0.09157	0.25696	0.14215	0.10732	0.08377	0.07436	0.04977	0.13106	0.24347	0.04462	0.09991	0.06515	0.07032	0.07623	0.07711	0.09833	0.09063	0.05579	0.18574	0.10088	0.1263	0.07796	0.11937	0.08278	0.11457	0.12128	0.07572	0.0756	0.1169	0.04435	0.03563	0.06278	0.06455	0.09533	0.04774	0.04338	0.07896	0.11085	0.10157	0.01549	0.07963	0.0887	0.20429	0.10805	0.1961	0.07448	0.14507	0.15765	0.05226	0.1246	0.13133	0.09693	0.06386	0.07716	0.07891	0.04794	0.08703	0.05288	0.0465	0.06351	0.10859	0.10144	0.13327	0.04447	0.12096	0.09576	0.12114	0.11983	0.08707	0.06856	0.11662	0.15572	0.24455	0.16016	0.1696	0.14511	0.13134
Cer 18:0;O3/24:1	0.04204	0.08904	0.06275	0.10509	0.06882	0.05158	0.06376	0.05422	0.0323	0.14414	0.04006	0.03629	0.02684	0.03067	0.12627	0.06736	0.1091	0.06342	0.08395	0.14056	0.20766	0.17149	0.11025	0.1467	0.42876	0.32569	0.16593	0.16226	0.12074	0.06283	0.18778	0.46127	0.05331	0.14261	0.09679	0.10387	0.07733	0.09382	0.13669	0.1459	0.09188	0.18647	0.17125	0.21733	0.16324	0.17006	0.12971	0.13432	0.24137	0.15636	0.11496	0.11915	0.07787	0.03772	0.07617	0.09287	0.12381	0.01917	0.02842	0.10833	0.23628	0.12079	0.01862	0.15275	0.11325	0.31649	0.16853	0.40876	0.09143	0.15075	0.25508	0.06395	0.16845	0.17263	0.1126	0.0692	0.08392	0.09383	0.07297	0.11257	0.0891	0.07338	0.06376	0.15928	0.12696	0.24109	0.05623	0.15053	0.07913	0.18215	0.18701	0.08324	0.10421	0.13756	0.16183	0.25811	0.17324	0.22723	0.18448	0.15623
Cer 18:0;O4/24:0	0.0027	0.00562	0.00536	0.00893	0.00636	0.0015	0.00696	0.00451	0	0.0101	0.00234	0.00641	0.00232	0.00317	0.01198	0.0034	0.01584	0.00556	0.00623	0.01306	0.01966	0.02073	0.01023	0.02127	0.0407	0.02847	0.02255	0.02109	0.02355	0.00816	0.03202	0.06344	0.00575	0.02113	0.01543	0.01499	0.01248	0.01204	0.01319	0.0179	0.01298	0.03071	0.02174	0.03697	0.02169	0.02622	0.01929	0.02239	0.02583	0.02587	0.01636	0.01787	0.0058	0.00214	0.00214	0.00165	0.01175	0	0.00048	0.01697	0.02576	0.01405	0.00124	0.01725	0.02128	0.04652	0.01822	0.00993	0.00398	0.00819	0.0366	0.00857	0.01838	0.02811	0.01124	0.01108	0.01408	0.01625	0.00959	0.01791	0.01373	0.01548	0.01376	0.02622	0.02622	0.03037	0.00877	0.01825	0.00717	0.02359	0.02235	0.01703	0.01684	0.0309	0.03889	0.06208	0.03786	0.04563	0.04921	0.03412
Cer 18:0;O3/24:0;O	0.01109	0.01531	0.01118	0.01563	0.02694	0.00951	0.01182	0.01106	0.03836	0.01724	0.03014	0.01056	0.01357	0.01353	0.01998	0.01554	0.01337	0.01106	0.01119	0.01793	0.02295	0.02437	0.01833	0.02136	0.04709	0.033	0.01613	0.02013	0.02013	0.01112	0.03089	0.05655	0.00984	0.01905	0.01479	0.01224	0.01457	0.0137	0.01823	0.01312	0.01458	0.02069	0.01772	0.02233	0.01448	0.02181	0.01419	0.02047	0.02891	0.02248	0.01384	0.02735	0.00879	0.00802	0.02006	0.0142	0.01694	0.02207	0.01668	0.01389	0.03515	0.01954	0.00462	0.01312	0.01841	0.03292	0.02384	0.03696	0.01291	0.02102	0.0307	0.01239	0.02146	0.01574	0.01939	0.01235	0.01738	0.01494	0.01249	0.01907	0.0107	0.01298	0.01434	0.01933	0.01329	0.02252	0.00898	0.01599	0.02468	0.02569	0.02621	0.02065	0.01295	0.01532	0.03053	0.04983	0.03294	0.03406	0.03615	0.02948
Hex1Cer 32:1;O2	0.01196	0.02488	0.01986	0.0231	0.01375	0.00636	0.03271	0.01839	0.00973	0.07375	0	0.03175	0.00355	0.00725	0.03979	0.0316	0.05213	0.0265	0.02839	0.06733	0.14848	0.12809	0.01244	0.09434	0.55428	0.16038	0.11005	0.11273	0.20799	0.01944	0.0994	0.35395	0.03293	0.31236	0.05303	0.072	0.03988	0.08612	0.11336	0.10325	0.07647	0.35719	0.17317	0.51643	0.15747	0.16722	0.15408	0.30159	0.18489	0.1982	0.23169	0.00585	0.0246	0.00845	0.01135	0.02673	0.05377	0.00524	0.0103	0.02717	0.12448	0.01617	0.00657	0.07752	0.05792	0.09597	0.04849	0.09965	0.03109	0.06484	0.41973	0.02672	0.05994	0.08829	0.0468	0.04149	0.04872	0.07586	0.02037	0.13999	0.11509	0.03776	0.02468	0.20018	0.09929	0.21234	0.07209	0.13237	0.05821	0.14754	0.26537	0.30786	0.20439	0.20444	0.10242	0.19604	0.145	0.1684	0.15003	0.12076
Hex1Cer 33:1;O2	0.0149	0.01732	0.02521	0.03509	0.00876	0.01038	0.06467	0.01763	0.0125	0.10547	0.00516	0.04315	0	0	0.0397	0.03106	0.0303	0.03192	0.03376	0.10432	0.20737	0.15767	0.01428	0.10105	0.65829	0.19337	0.13217	0.14184	0.235	0.02267	0.08611	0.39524	0.05131	0.2304	0.05497	0.08644	0.04703	0.09416	0.16068	0.137	0.08285	0.30842	0.23601	0.55793	0.18246	0.20845	0.16141	0.38776	0.22618	0.15431	0.22488	0.00468	0.02856	0.00567	0.00745	0.02903	0.04982	0	0.00974	0.04129	0.1649	0.01734	0.00866	0.08221	0.07909	0.08006	0.06708	0.14194	0.03624	0.07569	0.47431	0.03862	0.07279	0.13475	0.06078	0.03299	0.06075	0.0992	0.03296	0.17554	0.12547	0.04774	0.03649	0.18302	0.05764	0.25715	0.08116	0.14339	0.04853	0.16621	0.29667	0.29193	0.22665	0.25444	0.14308	0.25065	0.15467	0.23628	0.16331	0.14228
Hex1Cer 18:1;O2/16:0	2.47675	5.64388	4.39781	5.80076	3.35877	3.13876	6.86026	4.31874	3.96096	10.29246	3.95648	4.74469	2.19137	2.90564	5.45	4.32818	5.59575	5.10889	3.79231	8.27123	12.9685	10.31364	3.57931	9.53695	20.92189	13.18776	7.55451	9.1877	11.22717	3.68771	7.57893	22.79651	4.57383	15.21362	7.56763	7.86055	7.23522	6.76175	10.84265	13.26224	8.23052	16.4094	10.92407	20.26525	11.20181	11.5944	9.30101	13.60038	12.17609	11.06205	10.76799	7.14517	5.29919	2.83839	5.63949	6.30957	8.07453	1.34574	3.29094	4.60428	10.92352	5.60888	2.36755	8.45024	8.52607	13.80423	6.68368	16.06082	3.81494	7.32794	17.06546	4.02864	8.62832	10.02798	5.73692	4.41978	4.95901	6.84989	5.85397	10.16161	12.75491	6.81885	4.04301	12.9949	10.65158	14.14248	7.35278	9.07256	11.32211	14.7764	14.96197	12.04265	10.18182	12.02968	11.06088	16.38783	14.38279	17.73155	13.65798	11.9991
Hex1Cer 36:1;O2	0.22885	0.92601	0.6219	0.98013	0.26229	0.31483	1.29997	0.5309	0.3092	1.97972	0.34345	0.55767	0.43452	0.34384	0.69709	0.30344	0.86666	0.62057	0.59125	0.96323	1.79385	1.84026	0.36422	0.66427	4.51293	2.73601	1.02026	1.32519	1.42223	0.37395	1.44995	6.08714	0.45929	1.04267	0.75845	1.18132	0.69396	0.55664	0.94111	1.06067	0.63322	0.63496	1.09548	2.28441	1.28754	1.26408	1.24348	1.35359	2.03934	2.12229	1.02437	0.55779	1.06728	0.21689	0.68106	2.05409	1.39788	0	0.29734	0.54873	1.99927	0.57858	0.19716	1.72802	0.68272	2.31536	0.55421	3.18576	0.63725	1.65926	2.95879	0.42027	1.40225	1.11308	1.17686	0.42585	0.62522	0.47791	0.32131	0.71484	0.59297	0.45515	0.41347	0.72793	0.81871	1.29933	0.52982	0.67985	0.48665	1.97635	2.58391	0.82436	0.4362	1.15919	1.47895	2.05196	1.53987	2.66927	1.9621	1.61159
Hex1Cer 38:1;O2	0.35684	0.88803	0.65065	1.05673	0.30424	0.38098	0.85145	0.91343	0.33094	1.95932	0.35047	0.45623	0.25244	0.34559	1.07215	0.60554	1.02892	0.63899	0.70921	1.55141	2.56759	2.97654	0.52379	0.89095	6.4434	2.97853	1.44131	1.76375	1.91067	0.51763	2.38019	5.45262	0.60554	1.73764	1.20744	1.1275	0.84979	1.0957	1.80171	1.66308	1.41692	1.72865	1.78685	3.93438	1.93519	2.27469	1.57101	2.07122	2.61692	2.68829	1.68139	0.62666	0.98869	0.27398	0.41352	1.42408	1.52028	0.4385	0.34898	0.75257	2.46871	1.05624	0.23076	1.82423	1.0196	3.14925	0.82907	2.77733	0.94257	1.56073	4.39957	0.6378	1.81448	1.88218	1.30201	0.64397	0.76332	0.87062	0.51591	1.42945	1.27118	0.79346	0.63813	1.31797	1.474	1.64861	0.87656	1.40006	0.60986	2.55069	3.0983	1.34462	1.08616	1.81892	2.21682	3.1568	2.29057	2.92061	2.55377	1.99182
Hex1Cer 18:1;O2/22:0	2.09527	4.95329	3.88649	6.08677	1.99562	2.64191	4.99223	5.00361	2.1253	10.56757	2.10427	2.93156	1.23163	1.62072	5.88294	3.74607	6.10618	3.68614	4.32105	10.58399	17.24731	17.23577	3.64036	7.32371	33.72914	17.65473	8.88266	9.67187	10.6649	2.84304	12.16682	33.05501	3.31597	11.44222	7.18788	7.36981	5.12437	6.53978	11.64376	11.74674	8.46446	11.86535	10.72384	18.73511	10.63047	13.94859	9.06957	14.15425	15.93455	14.09878	9.72711	4.95081	6.06884	1.94189	2.79757	7.20655	9.44093	3.02767	1.85382	5.18113	14.27769	7.409	1.42007	11.21805	8.02057	19.27198	5.73664	17.71718	5.21146	10.16444	23.30488	3.79845	11.4262	12.16518	6.85334	3.66135	4.54821	6.27656	3.30311	10.38846	8.14219	4.94423	4.98418	10.0544	9.61476	12.54767	5.54451	8.69059	4.99559	17.38642	16.9826	7.34084	6.64894	12.48633	15.09222	23.0097	15.51838	18.31913	15.96541	13.09837
Hex1Cer 41:1;O2	0.59517	1.23585	1.00158	1.68217	0.65619	0.98449	1.45305	1.18197	0.7061	3.26568	0.79609	1.32123	0.3293	0.56316	1.80391	1.22568	1.78627	1.11336	1.19185	4.50395	7.63445	5.99142	0.97414	2.38208	18.43126	6.03508	3.58654	4.05809	4.77139	0.74838	5.86279	9.50369	1.22211	4.48427	2.48233	2.59277	1.60077	2.21136	5.75994	4.54225	2.47978	4.46642	5.3746	10.048	4.37739	6.35847	3.74321	9.14113	5.77625	6.41682	5.13116	1.21396	1.05519	0.37093	0.70747	1.17771	2.02021	0.56357	0.59148	1.97501	5.03802	2.16791	0.35169	3.51999	2.39809	5.86462	2.02154	4.27012	1.30051	3.65146	11.59708	1.10541	3.19913	5.94426	2.0134	1.10017	1.46731	2.78491	0.8945	5.32791	2.87224	1.36059	1.82016	3.79492	2.53152	6.12107	1.95863	3.1038	1.40467	6.48546	8.79137	3.59069	3.03259	4.9429	6.2216	10.8047	6.01594	7.33586	7.04612	5.16034
Hex1Cer 42:1;O2	2.11299	6.81654	4.44121	9.23686	1.99075	2.6219	5.92799	4.93854	2.73991	14.56601	2.35828	3.87184	1.31775	1.68547	7.66674	3.58107	8.72576	3.96314	5.55579	13.76911	25.45258	30.68929	5.54768	15.03227	72.10179	39.87311	12.5345	14.75433	17.80079	3.03324	21.10441	74.53729	3.5546	19.86789	10.91936	11.48166	5.96666	8.43297	15.95662	15.14547	12.13875	20.15139	16.59921	40.22195	16.95031	21.08682	14.8167	24.69169	36.84308	26.51635	16.42375	6.83213	8.35687	2.47243	3.82632	7.87793	15.04987	1.04946	2.15261	8.45702	30.40902	9.07839	1.48219	16.25207	13.50788	38.52318	8.91797	34.72041	7.26175	14.52834	44.97027	5.61764	18.06981	19.87951	9.71812	4.49292	5.89368	9.45015	4.63852	16.11626	10.32301	6.13355	6.41543	18.40462	13.96133	21.01057	7.58605	12.76651	7.51495	29.20476	33.45415	11.43308	10.44635	18.56892	26.86387	46.8983	27.61629	32.30767	28.56134	23.19267
Hex1Cer 18:1;O2/25:0	0.02728	0.16216	0.06457	0.11392	0.02232	0.06173	0.12811	0.05865	0.0274	0.22282	0.01896	0.10564	0.01319	0	0.14195	0.05275	0.1916	0.07381	0.07294	0.22955	0.54978	0.35855	0.06104	0.2364	1.24332	0.51429	0.21882	0.25179	0.32253	0.0427	0.39462	0.90645	0.07521	0.49168	0.20738	0.40953	0.10803	0.14101	0.40495	0.26333	0.13534	0.37717	0.34522	0.71982	0.28873	0.38642	0.24085	0.60043	0.58787	0.53008	0.35719	0.05886	0.09594	0.02114	0.03432	0.08136	0.15334	0	0.02705	0.12321	0.40172	0.11952	0.01497	0.24472	0.2148	0.47688	0.13921	0.55696	0.20336	0.22117	0.83823	0.08019	0.2043	0.5143	0.1337	0.07552	0.11351	0.20127	0.08598	0.32331	0.24399	0.08873	0.23907	0.44207	0.34472	0.59473	0.18278	0.32344	0.08967	0.41992	0.86336	0.25008	0.23348	0.70158	0.46058	0.81605	0.65843	0.55263	0.54736	0.36993
Hex1Cer 19:1;O2/24:0	0.01568	0.09519	0.02642	0.0696	0.01129	0.03098	0.06562	0.02381	0	0.16784	0	0.0669	0.00635	0	0.06054	0.03682	0.10336	0.02562	0.04894	0.15964	0.24875	0.12236	0.03954	0.04782	0.57075	0.21759	0.11996	0.09678	0.10482	0.0161	0.16222	0.48764	0.02504	0.15599	0.05963	0.07217	0.03084	0.06505	0.18154	0.11218	0.04056	0.18696	0.14784	0.22937	0.08987	0.15135	0.08208	0.34442	0.22843	0.15174	0.12019	0	0.035	0.00552	0.01777	0.08553	0.06917	0	0.01174	0.05282	0.18154	0.04956	0.00493	0.0902	0.06288	0.10064	0.05048	0.22686	0.05356	0.1275	0.32971	0.04425	0.07204	0.14831	0.06362	0.04507	0.05551	0.08015	0.01851	0.22693	0.05657	0.03457	0.14209	0.08491	0.08254	0.16564	0.07037	0.10508	0.01446	0.13767	0.23293	0.186	0.0847	0.16733	0.18357	0.25821	0.15581	0.21835	0.24347	0.16561
Hex2Cer 18:1;O2/16:0	3.71765	6.04322	4.67519	6.9696	6.22432	5.86289	6.80412	7.9938	3.08866	9.47708	5.33224	3.59132	1.89505	3.20967	6.89501	6.96544	7.18053	4.65169	5.66049	13.93189	15.82956	16.15994	4.38725	7.46295	15.26727	15.68863	9.47988	10.11146	8.40099	4.40764	12.84714	17.62861	4.42795	11.90817	9.33322	8.07792	15.22005	7.29622	15.66349	14.8925	12.50096	27.17528	14.42084	12.109	10.09897	16.76239	10.40228	15.34929	29.44925	13.9203	8.21108	5.14912	4.83007	2.7892	5.49485	5.65631	10.10257	1.37646	3.36163	5.00689	13.70156	6.49606	1.75265	10.9754	6.60836	21.38377	7.54831	13.56753	4.81054	9.22323	10.96207	4.06553	11.70902	7.66266	7.02931	3.96983	4.60999	6.95312	11.74244	10.21408	9.50557	6.23794	5.72246	11.02303	30.45534	28.44295	4.49413	9.71887	6.81826	14.12506	9.73592	7.93265	16.41687	15.72565	15.97304	21.50462	14.59863	19.45664	17.71996	17.61594
Hex2Cer 18:1;O2/18:0	0.0458	0.29245	0.18375	0.34628	0.1059	0.09028	0.34791	0.11362	0.10799	0.63522	0.09486	0.1399	0.05475	0.10344	0.28721	0.08473	0.27993	0.16404	0.23053	0.29391	0.61219	0.63776	0.09666	0.20025	1.04405	1.01916	0.29676	0.29338	0.43764	0.04236	0.40041	2.27714	0.13127	0.3903	0.35092	0.3494	0.42301	0.10886	0.36297	0.41391	0.20131	0.64311	0.34189	0.54441	0.35403	0.61737	0.2878	0.49639	1.65973	0.82823	0.40407	0.1286	0.28715	0.03326	0.1709	0.67483	0.50037	0.06544	0.10637	0.08592	0.67346	0.13162	0.05805	0.40642	0.17075	0.7412	0.15773	1.62452	0.35188	0.44752	0.66004	0.07848	0.44738	0.34268	0.41505	0.1027	0.17584	0.13033	0.26667	0.308	0.19196	0.07892	0.13478	0.20916	0.79343	0.79647	0.16345	0.32364	0.02056	0.58928	0.67468	0.51985	0.40993	0.56669	0.54084	0.62292	0.45732	0.75385	0.60927	0.52777
Hex2Cer 18:1;O2/20:0	0.04452	0.28233	0.16453	0.32295	0.03997	0.05647	0.21069	0.11815	0	0.5248	0	0.0996	0	0.0628	0.2455	0.07683	0.22236	0.12859	0.23535	0.27511	0.45425	0.55913	0.04781	0.18408	1.11903	1.08474	0.22335	0.29237	0.32093	0.11769	0.4081	1.70736	0.11107	0.4102	0.26264	0.30451	0.40741	0.13988	0.24222	0.37365	0.21279	0.59173	0.31693	0.5929	0.38245	0.51983	0.24317	0.29519	1.3687	0.68603	0.43447	0.27722	0.31716	0.04653	0.10271	0.89248	0.33307	0	0.08298	0.13169	0.66054	0.14445	0.06352	0.40235	0.14147	0.65482	0.17056	0.98704	0.31799	0.34398	0.62354	0.05929	0.32818	0.28425	0.31238	0.10888	0.11603	0.10517	0.2554	0.16655	0.12324	0.15302	0.09791	0.19977	0.52081	0.53007	0.12658	0.41357	0	0.49076	0.52906	0.60898	0.41369	0.53193	0.3942	0.48553	0.37701	0.59138	0.51408	0.47617
Hex2Cer 18:1;O2/22:0	0.39185	1.59554	1.12902	1.53874	0.74426	0.61106	1.05536	0.78512	0.68127	2.43389	0.81772	0.90246	0.57654	0.55909	1.01579	0.59284	1.35019	0.79675	1.42494	1.35519	1.91459	2.31117	0.58533	1.26676	4.04085	4.30568	1.38446	1.30539	1.41162	0.67904	1.32322	8.05428	0.61614	2.0459	1.37586	1.54079	3.00015	0.85619	1.37242	1.75072	1.3025	4.30315	1.74158	2.94622	1.61329	3.25446	1.52803	2.42278	9.55946	2.51121	1.63094	2.90797	1.49281	0.44295	1.28626	4.0416	1.80994	0	0.93903	0.86012	2.85715	0.79336	0.43959	1.57025	1.12957	2.95628	1.23015	5.30445	1.29323	1.66742	2.8873	0.60504	1.66434	1.20332	1.6109	0.67182	0.87722	0.86175	1.55996	1.12552	1.01932	1.04021	0.83465	1.27824	3.96025	3.37821	0.82539	1.97372	0.81338	1.71201	1.92627	3.00902	3.09252	3.08226	2.10378	2.51906	1.74733	2.61036	2.42474	2.42919
Hex2Cer 18:1;O2/24:0	0.89727	4.67274	3.53852	4.38939	1.39733	0.91252	2.42525	1.91319	1.38994	8.11658	1.06474	1.91801	0.85605	0.94262	2.6992	0.92549	4.58185	1.97045	4.75537	3.65205	7.01545	9.79727	1.84627	4.78107	21.13648	24.54736	5.2038	4.49807	4.78434	2.08631	3.70903	44.03685	1.26325	5.13722	3.74143	5.44281	5.76693	2.01796	2.92216	4.15459	4.12212	11.62198	5.45577	13.05092	5.69626	9.01857	5.87784	8.43335	34.76671	9.84125	4.92817	6.41193	4.6039	1.71037	2.89105	9.4986	6.79863	0.6576	1.75921	2.89526	14.46157	2.26067	0.78061	5.55029	4.94163	13.86863	3.02812	25.33551	5.013	4.79463	12.26786	1.9627	5.55392	4.30984	5.71038	1.75055	2.3776	2.37344	3.63381	4.25239	2.01756	2.08296	2.64692	4.02928	11.83639	10.54975	2.2508	4.32399	2.21738	5.32291	8.27752	6.11028	7.84659	9.16418	6.9463	8.43094	5.34989	8.88716	7.43422	7.52722
Hex2Cer 18:1;O2/24:1	1.15366	3.75368	2.2308	3.41252	2.19615	2.47664	3.0605	2.76661	1.52602	5.86216	1.75638	1.81511	1.02908	1.33861	2.78998	1.78087	3.42529	1.97612	3.67332	5.76087	6.21761	6.26073	1.34009	3.46991	7.14798	8.85003	4.16094	3.75302	4.28501	1.99786	4.98936	13.93655	1.69352	6.64906	4.46133	3.41287	10.21412	2.69482	5.84043	6.7146	5.71493	14.97192	7.28438	6.99859	4.13744	10.20844	5.81803	6.15049	24.95345	5.69589	4.12455	5.33857	3.41646	1.42463	3.60941	6.15823	4.48058	0	1.65525	2.36999	6.78959	2.88624	0.97169	4.33839	3.6648	7.26514	3.2943	8.44767	2.25645	3.88395	5.48162	1.81397	4.67166	2.74019	3.64207	1.55708	1.79111	3.29715	7.15086	3.73786	3.83757	3.81061	2.53977	4.31956	18.68691	17.7836	1.66615	4.52726	2.53032	4.80358	4.12397	5.6291	14.32328	8.88504	6.01366	7.60889	6.09069	8.15068	6.92515	8.5332
Hex2Cer 18:1;O2/24:2	0.13851	0.61565	0.31304	0.40714	0.2265	0.51329	0.42362	0.44788	0.16645	0.85057	0.25726	0.29273	0.04464	0.23463	0.34317	0.42465	0.59959	0.30371	0.40313	1.11305	1.29704	1.24829	0.14279	0.63909	1.17334	1.66822	0.82236	0.58172	0.69107	0.29163	0.82268	2.28545	0.26043	0.88712	0.58281	0.59287	1.29828	0.44921	1.35043	1.23409	0.88943	2.05325	1.30877	0.98996	0.78531	1.305	0.90423	1.08637	2.78597	1.04533	0.75415	0.73156	0.45443	0.17174	0.74367	0.91709	0.65029	0	0.33928	0.39225	1.2019	0.34568	0.17183	0.72438	0.4306	1.17291	0.44136	1.25424	0.33455	0.5924	0.75987	0.25548	0.7188	0.5229	0.53472	0.13614	0.16406	0.71572	0.8359	0.62925	0.67207	0.45969	0.3898	0.83272	1.77237	2.78896	0.30534	0.67899	0.38387	0.9989	0.82059	1.10842	1.69594	1.07391	0.88876	1.11058	0.93331	1.40036	1.08911	1.14178
Hex3Cer 32:1;O2	0.04642	0.05963	0.04934	0.0671	0.01326	0.03415	0.04391	0.04776	0.00518	0.12877	0.02309	0.06368	0.00695	0.03069	0.09116	0.05626	0.07863	0.05592	0.07241	0.12105	0.17385	0.27219	0.09182	0.1584	0.67076	0.39724	0.18534	0.15747	0.2183	0.06321	0.17005	0.57059	0.07511	0.15929	0.10027	0.1516	0.08657	0.14971	0.19823	0.14252	0.08929	0.1955	0.29565	0.48875	0.23836	0.32254	0.22024	0.31451	0.29624	0.27546	0.29498	0.02056	0.06295	0.02012	0.04032	0.02991	0.10341	0.01565	0.03472	0.11621	0.31166	0.038	0.01163	0.17235	0.10108	0.18895	0.14684	0.2797	0.07272	0.10192	0.41661	0.07734	0.16242	0.16833	0.09204	0.09814	0.09696	0.09376	0.08094	0.16044	0.14112	0.06567	0.07471	0.1815	0.08769	0.41461	0.06816	0.16681	0.06195	0.24831	0.28051	0.12121	0.24711	0.30289	0.26504	0.3996	0.30322	0.3084	0.32175	0.25974
Hex2Cer 18:2;O2/16:0	0.1898	0.24246	0.15654	0.25218	0.19932	0.19636	0.26528	0.35294	0.09607	0.3996	0.10601	0.11283	0.04609	0.09581	0.33031	0.32888	0.38601	0.1664	0.21915	0.65766	1.182	1.27004	0.27458	0.51466	1.91326	1.23663	1.00182	0.66121	0.4854	0.23981	1.66844	1.05904	0.18113	0.58621	0.36819	0.50585	0.28419	0.46696	1.1027	0.81748	0.55318	1.01092	1.58443	1.12728	0.89234	0.94739	0.8284	1.01528	0.64228	1.43493	0.68623	0.11652	0.21209	0.11913	0.09768	0.16047	0.44515	0	0.11753	0.27429	1.07228	0.43913	0.04664	0.78951	0.36447	1.52533	0.32563	0.53536	0.26219	0.4892	1.15861	0.18223	0.68219	0.68064	0.42362	0.24976	0.31732	0.44043	0.27028	0.79517	0.48721	0.23107	0.29652	1.11832	1.12169	1.19987	0.21004	0.67126	0.14443	1.16863	0.95104	0.33583	0.73179	1.00911	0.81137	1.11203	0.85916	1.07404	0.95184	0.86889
Hex2Cer 18:2;O2/22:0	0.06046	0.19805	0.07663	0.12444	0.0645	0.14293	0.12805	0.14821	0.02882	0.24732	0.00967	0.05726	0.00951	0.05756	0.11717	0.14184	0.1751	0.05978	0.08744	0.35377	0.37982	0.36516	0.03249	0.18257	0.48612	0.45905	0.27378	0.17922	0.2939	0.07264	0.40823	0.4665	0.08009	0.32858	0.18049	0.23316	0.40158	0.12491	0.45689	0.36479	0.29202	0.70819	0.49006	0.43224	0.23563	0.4668	0.30237	0.31666	1.09372	0.47063	0.33008	0.0722	0.07958	0.0363	0.06319	0.17451	0.13189	0	0.06758	0.09184	0.39084	0.07293	0.02613	0.17804	0.10498	0.33963	0.153	0.17612	0.07979	0.17227	0.32947	0.05363	0.17514	0.17914	0.16288	0.03466	0.03809	0.16514	0.31021	0.27441	0.21281	0.1391	0.12876	0.3145	0.58101	0.85024	0.10068	0.27616	0.05502	0.31583	0.21073	0.4015	0.68394	0.43438	0.27829	0.33985	0.34028	0.42226	0.34499	0.38307
GM3 34:0;O2	0.02484	0.06568	0.04182	0.05199	0.05266	0.0163	0.03635	0.0171	0.03003	0.0975	0.01633	0.02139	0.01618	0.00073	0.04931	0.01886	0.0686	0.02908	0.0382	0.10069	0.13377	0.13085	0.05077	0.05404	0.24606	0.16334	0.03433	0.12128	0.0438	0.01636	0.07534	0.067	0.03487	0.26254	0.05602	0.08662	0.00752	0.06382	0.048	0.12214	0.05757	0.12593	0.01752	0.11385	0.10132	0.05851	0.06908	0.06989	0.13143	0.05988	0.08225	0.04898	0.03449	0.01579	0.0161	0.03169	0.05186	0	0.01711	0.02711	0.16886	0.03274	0.00449	0.07576	0.04387	0.17087	0.0739	0.16126	0.05805	0.0304	0.09825	0.03237	0.06156	0.092	0.02051	0.03627	0.03102	0.04753	0.03769	0.01625	0.03012	0.0338	0.01278	0.09631	0.07247	0.05272	0.03239	0.03403	0	0.04838	0.11443	0.10273	0.05772	0.06312	0.05112	0.11697	0.08313	0.02618	0.11937	0.10783
GM3 18:1;O2/16:0	0.48992	1.46484	0.74422	1.00656	0.61121	0.55684	1.31766	0.78157	0.45856	2.09159	0.45263	0.65153	0.38904	0.508	1.39444	0.56797	1.12233	1.11325	0.92829	1.50039	4.32996	3.25939	0.78442	1.45671	5.83413	3.97254	1.27512	2.80819	1.1985	0.51138	1.87796	1.46243	0.85714	3.56444	1.38971	1.92251	0.23894	1.47537	1.01985	1.70788	1.3564	1.65579	0.75447	3.12093	2.22088	1.20329	1.61924	1.48406	2.53385	1.40638	2.14823	0.64303	0.76757	0.31355	0.77017	0.57494	1.49987	0.28611	0.43238	1.29677	3.10965	1.01332	0.26936	2.03256	1.34746	3.35259	1.5533	2.97553	1.00412	1.45111	2.56499	0.6535	1.56732	1.79097	1.14092	1.13452	1.28366	1.19012	0.80514	0.64156	1.17031	0.76012	0.57545	1.98143	1.56173	1.62184	0.72136	0.94442	0.32503	1.47161	2.0647	1.318	1.31066	1.43696	1.35733	2.86267	1.66858	1.0804	2.55201	2.66612
GM3 34:2;O2	0.01957	0.08194	0.02733	0.05141	0.04032	0.02751	0.04322	0.03604	0.01533	0.09484	0.01034	0.02487	0.00589	0.02214	0.06527	0.03039	0.06165	0.05757	0.05503	0.08958	0.20975	0.16103	0.04469	0.05949	0.28617	0.17632	0.09787	0.17159	0.05249	0.02949	0.09475	0.04495	0.05968	0.20413	0.04958	0.08591	0.01291	0.09101	0.07723	0.09101	0.05705	0.10752	0.07276	0.19487	0.1145	0.05445	0.10127	0.0737	0.11797	0.07828	0.14339	0.02114	0.03156	0.01544	0.03014	0.03154	0.0689	0.01797	0.01738	0.08608	0.12754	0.04682	0.00991	0.11483	0.05588	0.17397	0.06659	0.09236	0.05272	0.08935	0.12765	0.04224	0.08422	0.07691	0.06512	0.06102	0.06675	0.06904	0.03512	0.04009	0.05609	0.03394	0.02466	0.10959	0.1076	0.08939	0.0412	0.04863	0.00943	0.09974	0.09246	0.07287	0.08779	0.08228	0.06948	0.13147	0.09108	0.05562	0.14793	0.13991
GM3 36:0;O2	0.02013	0.02479	0.02887	0.00732	0.01284	0.00117	0.0257	0.01708	0.01126	0.05021	0.02504	0.00044	0.0101	0	0.02479	0.02427	0.05321	0.02098	0.04256	0.02373	0.07002	0.08953	0.01625	0.00663	0.07985	0.06026	0.02539	0.06149	0.03303	0.01736	0.02693	0.00581	0.00817	0.06235	0.02751	0.05072	0.00606	0.01581	0.01199	0.02821	0.03662	0.02839	0.009	0.05143	0.01541	0.02037	0.01249	0.01647	0.03583	0.01898	0.02889	0.00395	0.01962	0.00405	0	0.00657	0.02382	0.00535	0.06025	0.02928	0.03569	0.03185	0.00549	0.01572	0.00881	0.02064	0.02638	0.12032	0.01482	0.02855	0.06678	0.00571	0.03023	0.02809	0.00498	0.01742	0.04027	0.01572	0.01739	0.01407	0.0171	0.00191	0.01147	0.0311	0.03747	0.02755	0.02645	0.00822	0.00338	0.01264	0.0501	0.057	0.03195	0.01831	0.03279	0.04027	0.01094	0.00231	0.03911	0.04192
GM3 18:1;O2/18:0	0.28768	0.70572	0.66482	0.62184	0.54868	0.47737	0.50358	0.49491	0.31975	1.23772	0.24841	0.1898	0.22268	0.26669	0.93741	0.34757	0.67084	0.83225	0.61347	1.15922	1.71074	1.69752	0.42575	0.46218	2.63261	1.5714	0.69485	1.49573	0.41178	0.24427	1.11099	0.75763	0.46639	1.4934	0.66402	0.85832	0.19991	0.70918	0.86475	0.81094	0.81342	0.81459	0.30207	1.11286	0.9606	0.5297	0.64078	0.53024	1.03433	0.70669	0.75828	0.5394	0.28899	0.1259	0.34855	0.62805	0.71019	0.22108	0.2487	0.75497	0.99891	0.76193	0.14377	0.91518	0.54958	1.55106	0.6503	3.06563	0.82776	1.19802	1.06666	0.46046	1.09471	1.15291	0.89915	0.6045	0.6277	0.6361	0.30962	0.28385	0.4978	0.27265	0.34998	0.67943	0.595	0.60795	0.38299	0.50991	0.29805	0.80067	0.91225	0.5442	0.63716	0.71795	0.8007	1.3158	0.78286	0.42072	1.14711	0.9505
GM3 36:2;O2	0.05889	0.13215	0.08868	0.10724	0.05481	0.06074	0.0767	0.07669	0.03677	0.17794	0.0301	0.02522	0.02907	0.01621	0.08846	0.086	0.10584	0.13982	0.06009	0.21022	0.25665	0.25314	0.08607	0.04875	0.36912	0.21976	0.14751	0.27371	0.08606	0.04892	0.16547	0.10035	0.09127	0.23271	0.11459	0.12437	0.02702	0.10015	0.16129	0.15005	0.09001	0.11956	0.08532	0.15725	0.17205	0.10955	0.09487	0.14588	0.19213	0.13125	0.20252	0.01998	0.04371	0.02417	0.04408	0.06819	0.15356	0.02398	0.05104	0.09308	0.15145	0.12328	0.02472	0.16915	0.08617	0.23764	0.08463	0.29921	0.08774	0.16031	0.20922	0.07203	0.08898	0.16365	0.12006	0.09701	0.0855	0.08385	0.04284	0.06244	0.07199	0.05758	0.04586	0.10513	0.09471	0.09992	0.07153	0.08993	0.06746	0.13757	0.15986	0.08369	0.12722	0.14581	0.1334	0.18303	0.1205	0.11106	0.18643	0.20853
GM3 38:1;O2	0.05512	0.24507	0.17151	0.14103	0.30889	0.12893	0.13672	0.11678	0.16892	0.34121	0.20006	0.07341	0.08182	0.13584	0.22295	0.14434	0.20319	0.13783	0.16262	0.25694	0.39305	0.4556	0.15288	0.09522	0.82524	0.44822	0.21164	0.46188	0.1624	0.08517	0.31688	0.15272	0.16519	0.5652	0.18044	0.19661	0.03901	0.23294	0.24133	0.27181	0.18078	0.33462	0.08469	0.45527	0.46527	0.28542	0.22885	0.20197	0.33995	0.38885	0.32423	0.27496	0.10143	0.03563	0.20892	0.18131	0.20932	0.1437	0.07176	0.22163	0.4061	0.19254	0.05815	0.31869	0.19114	0.42996	0.13317	0.89789	0.27448	0.26521	0.34122	0.12259	0.21595	0.43949	0.36736	0.18466	0.16774	0.22032	0.1245	0.10627	0.23334	0.12036	0.08529	0.29033	0.25914	0.1824	0.17407	0.16305	0.30209	0.32268	0.3014	0.34802	0.23722	0.34293	0.22459	0.28316	0.20379	0.1078	0.36739	0.30363
GM3 38:2;O2	0.02356	0.03254	0.04614	0.05486	0.10457	0.07999	0.03187	0.04744	0.03394	0.0831	0.02686	0.01208	0.00333	0.05361	0.08707	0.03196	0.0634	0.07897	0.01821	0.08069	0.16032	0.10913	0.04723	0.0597	0.20272	0.14503	0.08714	0.11622	0.05246	0.04854	0.10504	0.02491	0.04161	0.12367	0.04952	0.06617	NA	0.06151	0.06626	0.09034	0.0709	0.05623	0.03759	0.10172	0.1587	0.04148	0.07279	0.05024	0.07103	0.08848	0.07155	0.08216	0.03093	0.01201	0.01117	0.03567	0.04414	0.05115	0.05269	0.05626	0.1625	0.07345	0.00927	0.12992	0.06431	0.17673	0.03751	0.19916	0.03818	0.08288	0.1434	0.06799	0.08219	0.08477	0.07219	0.03655	0.03707	0.08731	0.03335	0.02547	0.07666	0.04511	0.02925	0.10436	0.13858	0.10281	0.0258	0.08494	NA	0.04095	0.08196	0.04413	0.1012	0.08825	0.09282	0.07801	0.08542	0.03844	0.16316	0.10916
GM3 39:1;O2	0.0613	0.04723	0.0065	0.02893	0.09055	0.04029	0.02566	0.02341	0.07607	0.12676	0.07157	0.04526	0.00719	0.07333	0.08909	0.07097	0.06262	0.04395	0.05443	0.06675	0.09626	0.11519	0.05826	0.04207	0.32471	0.19244	0.06492	0.13011	0.06843	0.00818	0.13831	0.12309	0.06097	0.17391	0.07495	0.03787	0.00637	0.06621	0.12454	0.12127	0.07948	0.11839	0.02156	0.18606	0.18297	0.10475	0.08075	0.15755	0.11525	0.11992	0.15726	0.05558	0.03033	0.0171	0.03428	0.04378	0.05023	0.00788	0.02382	0.07026	0.09272	0.07915	0.01406	0.05746	0.06144	0.12801	0.04528	0.25556	0.06921	0.10881	0.21428	0.11324	0.07644	0.10597	0.09009	0.05346	0.05576	0.11011	0.04198	0.05906	0.04964	0.04623	0.02911	0.07452	0.10626	0.12289	0.07537	0.07672	0.13913	0.13761	0.08698	0.1169	0.06337	0.11728	0.05211	0.07352	0.06289	0.0387	0.17308	0.08015
GM3 40:0;O2	0.00577	0.12148	0.04619	0.06302	0.04387	0.04128	0.01349	0.07102	0.0917	0.09066	0.04286	0.01689	0.05228	0	0.04562	0.03448	0.04748	0.06721	0.02955	0.02538	0.06632	0.15035	0.01027	0.03189	0.10122	0.1301	0.0538	0.04661	0.05006	0.02573	0.06773	0.11642	0.02137	0.26057	0.01987	0.06622	0.0182	0.05831	0.07911	0.14057	0.05385	0.14718	0.01725	0.16935	0.11115	0.0743	0.07475	0.09281	0.16251	0.13475	0.03641	0.14365	0.04313	0.04017	0.03796	0.07549	0.03406	0.02414	0.0586	0.05363	0.11757	0.05204	0.02099	0.06268	0.07897	0.15781	0.1085	0.2265	0.07329	0.11267	0.09462	0.04892	0.09853	0.08335	0.1075	0.02816	0.01828	0.16338	0.06035	0.01894	0	0.0924	0.04438	0.10293	0.07778	0.1542	0.10871	0.06847	0.02638	0.02075	0.1018	0.19482	0.11045	0.13242	0.05598	0.05299	0.06825	0.01569	0.09821	0.09118
GM3 40:1;O2	0.2632	0.807	0.42523	0.38434	0.55562	0.31758	0.52108	0.37037	0.70901	0.88776	0.58566	0.50165	0.37453	0.6091	0.6023	0.35436	0.5301	0.48394	0.5021	0.66419	1.08018	1.17726	0.39699	0.52863	1.62507	1.53799	0.70215	0.93513	0.36173	0.23554	0.76133	0.73309	0.49804	2.20003	0.78586	0.85021	0.13648	0.8604	0.85788	0.86592	1.08623	1.01163	0.26908	1.13582	1.24029	0.85615	0.63392	1.08968	1.24928	0.94107	1.07848	1.53766	0.4387	0.17642	0.76193	0.67911	0.72971	0.39233	0.41758	0.92186	1.17414	0.66084	0.26883	1.32389	0.89131	1.36628	0.75354	4.17639	0.86844	0.90769	1.00615	0.59793	0.80014	1.11736	1.17433	0.53244	0.61657	1.07448	0.52867	0.30015	1.2409	0.64538	0.3962	1.09868	1.04567	0.94089	0.68544	0.81721	1.8799	1.18525	0.67392	1.63937	0.69712	1.31693	0.60392	0.81691	0.71371	0.34354	1.09943	0.99764
GM3 40:2;O2	0.08357	0.18333	0.17406	0.13516	0.24811	0.15804	0.15138	0.12235	0.10162	0.29298	0.22082	0.0754	0.08263	0.18487	0.16137	0.14115	0.14541	0.13118	0.14032	0.23931	0.36975	0.36197	0.09649	0.14835	0.61496	0.35613	0.19733	0.40004	0.17394	0.11179	0.26591	0.27283	0.15127	0.66515	0.0987	0.21718	0.03529	0.40434	0.26391	0.42243	0.2533	0.22496	0.13431	0.42611	0.45017	0.368	0.20077	0.32221	0.45117	0.41175	0.34371	0.29525	0.11878	0.04453	0.12303	0.12321	0.18782	0.07139	0.08903	0.21954	0.26517	0.1909	0.05499	0.29883	0.16727	0.44311	0.26044	0.8255	0.17752	0.26906	0.33249	0.1776	0.26348	0.32858	0.23589	0.14988	0.20264	0.2628	0.09828	0.14216	0.30151	0.19438	0.13618	0.31735	0.26662	0.31159	0.13081	0.24465	0.29156	0.3713	0.22665	0.43954	0.24773	0.27688	0.185	0.2855	0.29002	0.12083	0.3655	0.27129
GM3 41:1;O2	0.18496	0.34872	0.21107	0.27556	0.35584	0.28514	0.35564	0.16771	0.22707	0.47834	0.38046	0.32275	0.16313	0.29563	0.37749	0.22949	0.27584	0.27216	0.34127	0.48595	0.79925	0.55087	0.18178	0.21074	1.17184	0.77433	0.33497	0.7181	0.27013	0.17561	0.54172	0.34244	0.34556	1.19068	0.39298	0.47674	0.08947	0.46976	0.5746	0.50045	0.44276	0.47434	0.18325	0.69151	0.61677	0.33883	0.40923	0.81681	0.65198	0.51534	0.59655	0.55897	0.23209	0.11826	0.30226	0.26363	0.31771	0.26916	0.21463	0.46812	0.62873	0.49187	0.09883	0.57104	0.50287	0.65898	0.48782	1.44063	0.33684	0.49494	0.65082	0.37266	0.43947	0.64666	0.55017	0.23625	0.4077	0.67171	0.28344	0.23404	0.52849	0.33259	0.33133	0.51913	0.42679	0.45763	0.33312	0.41932	0.55572	0.5915	0.5432	0.92753	0.51704	0.71473	0.39082	0.55942	0.48323	0.20688	0.71479	0.58524
GM3 42:1;O2	0.77447	2.30847	1.36823	1.56197	1.13952	0.93155	1.90374	0.92472	1.63092	3.21529	1.31047	1.66186	1.1764	1.16304	1.86979	0.82092	1.97922	1.72339	1.82076	2.28065	4.53714	4.45588	1.34411	2.26733	5.86378	7.2307	1.6905	3.3922	1.21938	0.91439	2.14837	4.9346	1.32321	6.33185	2.10023	3.48957	0.6291	3.23686	2.01239	2.49266	3.4129	3.17433	0.87528	3.81695	3.41495	2.36534	2.62535	3.82631	6.17505	2.99868	2.89602	4.79932	1.59814	0.8865	2.84364	2.35384	2.74037	0.81676	1.25305	2.31028	5.12734	1.84326	0.73109	3.29339	4.27219	5.73329	3.1262	17.60055	2.34046	2.58408	3.20462	1.95723	2.95656	2.97782	3.3784	1.76796	1.95594	3.20286	2.05396	0.99363	2.43047	2.13158	1.3522	3.31367	2.54805	2.70957	1.78759	2.56534	3.90039	3.2931	2.80876	3.27916	3.0651	4.2661	1.92706	3.35266	2.59224	1.16867	3.38497	3.37014
GM3 42:2;O2	0.65223	1.65792	1.14878	1.38948	1.50144	0.86615	1.98949	0.94356	1.45089	2.6399	1.37914	1.40538	0.93893	1.05192	1.65543	0.87056	1.38232	1.51312	1.70823	2.17683	4.93956	4.06586	0.90693	2.02561	4.91599	6.30849	1.66794	3.25325	1.55998	0.8128	2.27382	2.88908	1.31475	5.72612	1.98796	2.68999	0.52247	2.01995	2.0306	2.87867	3.45087	2.84533	0.82663	4.11583	3.59492	2.02556	2.36083	2.66307	4.02069	3.19536	2.83772	4.15699	1.53927	0.61623	3.22907	1.89379	2.3263	0.67524	0.98824	1.75906	4.63014	1.81326	0.82443	3.29044	2.96328	4.2909	3.07441	7.47817	1.51014	1.78711	3.35428	1.50158	2.09388	2.62799	1.93439	1.12686	1.33343	2.39314	1.78368	0.87548	3.03209	2.24475	1.11884	3.34837	3.31646	4.15605	1.4896	1.94281	2.64732	2.94794	2.682	3.63673	2.35262	2.90033	1.89118	2.67335	2.56837	1.31071	3.66672	3.37216
GM3 44:1;O2	0.01903	0.08701	0.0528	0.04411	0.04908	0.02306	0.04197	0.03102	0.03198	0.11066	0.04144	0.04537	0.05785	0.0526	0.05674	0.01568	0.05423	0.05635	0.05394	0.04955	0.09674	0.12372	0.02962	0.06254	0.13412	0.2397	0.0508	0.06503	0.03381	0.0351	0.04362	0.13867	0.03724	0.10737	0.04717	0.09422	0.01638	0.06946	0.04126	0.06187	0.0996	0.05447	0.02877	0.08134	0.08304	0.04144	0.06627	0.08631	0.18258	0.07205	0.06837	0.1073	0.04458	0.03518	0.0724	0.07896	0.08606	0.01639	0.04361	0.06993	0.17262	0.03755	0.01991	0.07118	0.14509	0.1546	0.08367	0.56943	0.09234	0.0622	0.05843	0.05033	0.08574	0.06607	0.1209	0.03898	0.06317	0.06922	0.0437	0.02835	0.0387	0.04474	0.03334	0.07695	0.03978	0.06263	0.04085	0.05114	0.10328	0.06431	0.07383	0.04669	0.08491	0.07983	0.04698	0.07271	0.0446	0.03277	0.06975	0.06187
GM3 44:2;O2	0.02018	0.13403	0.05903	0.04876	0.04965	0.04268	0.08472	0.03376	0.06842	0.10743	0.07992	0.06924	0.05316	0.09338	0.07681	0.01106	0.0741	0.0522	0.0807	0.10532	0.17117	0.15999	0.05017	0.0992	0.19381	0.26756	0.07774	0.13025	0.06185	0.03964	0.07034	0.17943	0.05766	0.16846	0.05156	0.10404	0.01713	0.09577	0.05945	0.11838	0.1497	0.05087	0.01559	0.1485	0.13151	0.05231	0.08342	0.09058	0.18557	0.09147	0.08994	0.15568	0.07475	0.0148	0.16323	0.10667	0.10997	0.02589	0.07055	0.09307	0.22782	0.04399	0.03272	0.09359	0.14422	0.20504	0.13193	0.5379	0.09538	0.08577	0.10579	0.0463	0.11546	0.11982	0.12829	0.07903	0.0645	0.08445	0.07036	0.03269	0.09769	0.06504	0.04418	0.09251	0.08689	0.11098	0.06966	0.06502	0.12067	0.12265	0.11985	0.10057	0.13461	0.09263	0.05084	0.07243	0.06684	0.04278	0.13002	0.12296
MS_METABOLITE_DATA_END
#METABOLITES
METABOLITES_START
metabolite_name	Species Level	Formula_neutral	Lib_mz	retention time C30 [min] Exploris	retention time C18 [min] Altis
CE 16:0	CE 16:0	C43H76O2	642.6184	26.9
CE 16:1	CE 16:1	C43H74O2	640.6027	24.5
CE 17:1	CE 17:1	C44H76O2	654.6184	25.7
CE 18:0	CE 18:0	C45H80O2	670.6497	29
CE 18:1	CE 18:1	C45H78O2	668.634	26.8
CE 18:2	CE 18:2	C45H76O2	666.6184	25
CE 18:3	CE 18:3	C45H74O2	664.6027	23.4
CE 20:3	CE 20:3	C47H78O2	692.634	25.3
CE 20:4	CE 20:4	C47H76O2	690.6184	23.8
CE 20:5	CE 20:5	C47H74O2	688.6027	22.3
CE 22:4	CE 22:4	C49H80O2	718.6497	25.6
CE 22:5	CE 22:5	C49H78O2	716.634	24.3
CE 22:6	CE 22:6	C49H76O2	714.6184	23.1
CE 24:4	CE 24:4	C51H84O2	746.681	27.7
CE 24:5	CE 24:5	C51H82O2	744.6653	26.3
Cholesterol	Cholesterol	27H46O	369.3516	10.4
TG 8:0_8:0_8:0	TG 24:0	C27H50O6	488.3951	8.6
TG 10:0_8:0_8:0	TG 26:0	C29H54O6	516.4264	9.6
TG 10:0_10:0_8:0	TG 28:0	C31H58O6	544.4577	10.5
TG 34:0	TG 34:0	C37H70O6	628.5516	13.5
TG 36:0	TG 36:0	C39H74O6	656.5829	14.6
TG 38:0	TG 38:0	C41H78O6	684.6142	15.8
TG 40:0	TG 40:0	C43H82O6	712.6455	17.3
TG 40:1	TG 40:1	C43H80O6	710.6299	16
TG 40:2	TG 40:2	C43H78O6	708.6142	15
TG 41:0	TG 41:0	C44H84O6	726.6612	18.1
TG 41:1	TG 41:1	C44H82O6	724.6455	16.8
TG 42:0	TG 42:0	C45H86O6	740.6768	19
TG 42:1	TG 42:1	C45H84O6	738.6612	17.5
TG 42:2	TG 42:2	C45H82O6	736.6455	16.4
TG 43:0	TG 43:0	C46H88O6	754.6925	19.8
TG 43:1	TG 43:1	C46H86O6	752.6768	18.3
TG 44:0	TG 44:0	C47H90O6	768.7081	20.8
TG 44:1	TG 44:1	C47H88O6	766.6925	19.1
TG 44:2	TG 44:2	C47H86O6	764.6768	17.8
TG 44:3	TG 44:3	C47H84O6	762.6612	16.6
TG 44:4	TG 44:4	C47H82O6	760.6455	15.5
TG 45:0	TG 45:0	C48H92O6	782.7238	21.7
TG 45:1	TG 45:1	C48H90O6	780.7081	20
TG 45:2	TG 45:2	C48H88O6	778.6925	18.7
TG 46:0	TG 46:0	C49H94O6	796.7394	22.6
TG 46:1	TG 46:1	C49H92O6	794.7238	20.9
TG 46:2	TG 46:2	C49H90O6	792.7081	19.4
TG 46:3	TG 46:3	C49H88O6	790.6925	17.9
TG 46:4	TG 46:4	C49H86O6	788.6768	16.9
TG 47:0	TG 47:0	C50H96O6	810.7551	23.5
TG 47:1	TG 47:1	C50H94O6	808.7394	21.8
TG 47:2	TG 47:2	C50H92O6	806.7238	20.1
TG 47:3	TG 47:3	C50H90O6	804.7081	18.9
TG 48:0	TG 48:0	C51H98O6	824.7707	24.5
TG 48:1	TG 48:1	C51H96O6	822.7551	22.7
TG 48:2	TG 48:2	C51H94O6	820.7394	21
TG 48:3	TG 48:3	C51H92O6	818.7238	19.6
TG 48:4	TG 48:4	C51H90O6	816.7081	18.3
TG 49:1	TG 49:1	C52H98O6	836.7707	23.7
TG 49:2	TG 49:2	C52H96O6	834.7551	21.9
TG 49:3	TG 49:3	C52H94O6	832.7394	20.5
TG 50:1	TG 50:1	C53H100O6	850.7864	24.6
TG 50:2	TG 50:2	C53H98O6	848.7707	22.8
TG 50:3	TG 50:3	C53H96O6	846.7551	21.4
TG 50:4	TG 50:4	C53H94O6	844.7394	20
TG 50:5	TG 50:5	C53H92O6	842.7238	19
TG 50:6	TG 50:6	C53H90O6	840.7081	17.8
TG 50:7	TG 50:7	C53H88O6	838.6925	17
TG 51:2	TG 51:2	C54H100O6	862.7864	23.7
TG 51:3	TG 51:3	C54H98O6	860.7707	22.3
TG 51:4	TG 51:4	C54H96O6	858.7551	20.8
TG 51:5	TG 51:5	C54H94O6	856.7394	19.9
TG 52:2	TG 52:2	C55H102O6	876.802	24.6
TG 52:3	TG 52:3	C55H100O6	874.7864	23.2
TG 52:4	TG 52:4	C55H98O6	872.7707	21.7
TG 52:5	TG 52:5	C55H96O6	870.7551	20.6
TG 52:6	TG 52:6	C55H94O6	868.7394	19.4
TG 52:7	TG 52:7	C55H92O6	866.7238	18.3
TG 52:8	TG 52:8	C55H90O6	864.7081	17.3
TG 53:3	TG 53:3	C56H102O6	888.802	24
TG 53:4	TG 53:4	C56H100O6	886.7864	22.4
TG 53:5	TG 53:5	C56H98O6	884.7707	21.7
TG 53:6	TG 53:6	C56H96O6	882.7551	20.3
TG 54:3	TG 54:3	C57H104O6	902.8177	24.8
TG 54:4	TG 54:4	C57H102O6	900.802	23.3
TG 54:5	TG 54:5	C57H100O6	898.7864	22.1
TG 54:6	TG 54:6	C57H98O6	896.7707	21.1
TG 54:7	TG 54:7	C57H96O6	894.7551	20.3
TG 54:8	TG 54:8	C57H94O6	892.7394	19
TG 55:4	TG 55:4	C58H104O6	914.8177	24.2
TG 55:5	TG 55:5	C58H102O6	912.802	23.5
TG 55:6	TG 55:6	C58H100O6	910.7864	22
TG 55:7	TG 55:7	C58H98O6	908.7707	21
TG 56:5	TG 56:5	C59H104O6	926.8177	24.4
TG 56:6	TG 56:6	C59H102O6	924.802	22.9
TG 56:7	TG 56:7	C59H100O6	922.7864	22.1
TG 56:8	TG 56:8	C59H98O6	920.7707	20.8
TG 56:9	TG 56:9	C59H96O6	918.7551	19.1
TG 57:6	TG 57:6	C60H104O6	938.8177	23.7
TG 57:7	TG 57:7	C60H102O6	936.802	22.2
TG 57:9	TG 57:9	C60H98O6	932.7707	20.1
TG 58:6	TG 58:6	C61H106O6	952.8333	24.3
TG 58:7	TG 58:7	C61H104O6	950.8177	23.2
TG 58:8	TG 58:8	C61H102O6	948.802	22.3
TG 58:9	TG 58:9	C61H100O6	946.7864	20.9
TG 59:7	TG 59:7	C62H106O6	964.8333	23.9
TG 60:7	TG 60:7	C63H108O6	978.849	24.9
TG 60:8	TG 60:8	C63H106O6	976.8333	24.2
TG 60:9	TG 60:9	C63H104O6	974.8177	22.4
TG 62:9	TG 62:9	C65H108O6	1002.849	24.1
DG 16:0_16:0	DG 32:0	C35H68O5	586.541	13
DG 32:1	DG 32:1	C35H66O5	584.5254	12.1
DG 33:1	DG 33:1	C36H68O5	598.541	12.5
DG 16:0_18:0	DG 34:0	C37H72O5	614.5724	14.2
DG 34:1	DG 34:1	C37H70O5	612.5567	13
DG 34:2	DG 34:2	C37H68O5	610.541	12.3
DG 34:3	DG 34:3	C37H66O5	608.5254	11.6
DG 36:1	DG 36:1	C39H74O5	640.588	14.2
DG 36:2	DG 36:2	C39H72O5	638.5724	13.1
DG 36:3	DG 36:3	C39H70O5	636.5567	12.4
DG 36:4	DG 36:4	C39H68O5	634.541	12.2
DG 36:5	DG 36:5	C39H66O5	632.5254	11.6
DG 17:0_20:4	DG 37:4	C40H70O5	648.5567	12.7
DG 18:1_20:1	DG 38:2	C41H76O5	666.6036	14.3
DG 18:0_20:4	DG 38:4	C41H72O5	662.5724	13.2
DG 38:5	DG 38:5	C41H70O5	660.5567	12.2
DG 38:6	DG 38:6	C41H68O5	658.541	11.7
DG 18:0_22:4	DG 40:4	C43H76O5	690.6036	14
DG 18:0_22:5	DG 40:5	C43H74O5	688.588	13.3
DG 40:6	DG 40:6	C43H72O5	686.5724	12.3
PC 14:0_16:0	PC 30:0	C38H76O8PN	750.5285	10.3
PC 15:0_16:0	PC 31:0	C39H78O8PN	764.5442	10.7
PC 16:0_16:0	PC 32:0	C40H80O8PN	778.5598	11.1
PC 16:0_16:1	PC 32:1	C40H78O8PN	776.5442	10.4
PC 16:1_16:1	PC 32:2	C40H76O8PN	774.5285	9.7
PC 16:0_17:0	PC 33:0	C41H82O8PN	792.5755	11.4
PC 15:0_18:0	PC 33:0	C41H82O8PN	792.5755	11.5
PC 15:0_18:1	PC 33:1	C41H80O8PN	790.5598	10.8
PC 16:0_17:1	PC 33:1	C41H80O8PN	790.5598	11.2
PC 15:0_18:2	PC 33:2	C41H78O8PN	788.5442	10.2
PC 16:0_18:0	PC 34:0	C42H84O8PN	806.5911	12
PC 16:0_18:1	PC 34:1	C42H82O8PN	804.5755	11.2
PC 16:0_18:2	PC 34:2	C42H80O8PN	802.5598	10.6
PC 16:0_18:3	PC 34:3	C42H78O8PN	800.5442	10.1
PC 16:1_18:2	PC 34:3	C42H78O8PN	800.5442	9.9
PC 17:0_18:1	PC 35:1	C43H84O8PN	818.5911	11.5
PC 16:0_19:1	PC 35:1	C43H84O8PN	818.5911	11.7
PC 17:0_18:2	PC 35:2	C43H82O8PN	816.5755	11.1
PC 17:1_18:1	PC 35:2	C43H82O8PN	816.5755	10.9
PC 18:0_18:1	PC 36:1	C44H86O8PN	832.6068	12.1
PC 18:1_18:1	PC 36:2	C44H84O8PN	830.5911	11.3
PC 18:0_18:2	PC 36:2	C44H84O8PN	830.5911	11.5
PC 16:0_20:3	PC 36:3	C44H82O8PN	828.5755	10.9
PC 18:1_18:2	PC 36:3	C44H82O8PN	828.5755	10.8
PC 16:0_20:4	PC 36:4	C44H80O8PN	826.5598	10.6
PC 16:0_20:5	PC 36:5	C44H78O8PN	824.5442	10
PC 16:1_20:4	PC 36:5	C44H78O8PN	824.5442	9.8
PC 17:0_20:4	PC 37:4	C45H82O8PN	840.5755	11
PC 18:0_20:2	PC 38:2	C46H88O8PN	858.6224	12.2
PC 18:1_20:1	PC 38:2	C46H88O8PN	858.6224	12.1
PC 18:0_20:3	PC 38:3	C46H86O8PN	856.6068	11.7
PC 16:0_22:4	PC 38:4	C46H84O8PN	854.5911	11.2
PC 18:0_20:4	PC 38:4	C46H84O8PN	854.5911	11.4
PC 18:0_20:5	PC 38:5	C46H82O8PN	852.5755	10.9
PC 18:1_20:4	PC 38:5	C46H82O8PN	852.5755	10.7
PC 18:2_20:4	PC 38:6	C46H80O8PN	850.5598	10
PC 16:0_22:6	PC 38:6	C46H80O8PN	850.5598	10.4
PC 18:0_22:4	PC 40:4	C48H88O8PN	882.6224	12
PC 18:0_22:5	PC 40:5	C48H86O8PN	880.6068	11.5
PC 20:2_20:4	PC 40:6	C48H84O8PN	878.5911	10.8
PC 18:0_22:6	PC 40:6	C48H84O8PN	878.5911	11.3
PC 20:3_20:4	PC 40:7	C48H82O8PN	876.5755	10.3
PC 18:1_22:6	PC 40:7	C48H82O8PN	876.5755	10.5
PC 20:4_20:4	PC 40:8	C48H80O8PN	874.5598	9.9
PC O-16:0_16:0	PC O-32:0	C40H82O7PN	764.5805	11.7
PC O-18:0_16:0	PC O-34:0	C42H86O7PN	792.6118	12.6
PC O-16:0_18:1	PC O-34:1	C42H84O7PN	790.5962	11.7
PC O-16:0_18:2	PC O-34:2	C42H82O7PN	788.5805	11.6
PC O-16:0_20:4	PC O-36:4	C44H82O7PN	812.5805	11.1
PC O-18:0_20:4	PC O-38:4	C46H86O7PN	840.6118	11.9
PC P-16:0_16:0	PC P-32:0	C40H80O7PN	762.5649	11.6
PC P-16:0_18:1	PC P-34:1	C42H82O7PN	788.5805	11.6
PC P-16:0_18:2	PC P-34:2	C42H80O7PN	786.5649	11.1
PC P-16:0_20:4	PC P-36:4	C44H80O7PN	810.5649	11
PC P-18:0_20:4	PC P-38:4	C46H84O7PN	838.5962	11.8
PC P-16:0_22:4	PC P-38:4	C46H84O7PN	838.5962	11.5
PE 16:0_16:0	PE 32:0	C37H74O8PN	690.5074	11.4
PE 16:0_18:0	PE 34:0	C39H78O8PN	718.5387	12.2
PE 16:0_18:1	PE 34:1	C39H76O8PN	716.523	11.5
PE 16:0_18:2	PE 34:2	C39H74O8PN	714.5074	10.9
PE 18:0_18:1	PE 36:1	C41H80O8PN	744.5543	12.3
PE 18:0_18:2	PE 36:2	C41H78O8PN	742.5387	11.7
PE 18:1_18:1	PE 36:2	C41H78O8PN	742.5387	11.5
PE 18:1_18:2	PE 36:3	C41H76O8PN	740.523	11
PE 16:0_20:3	PE 36:3	C41H76O8PN	740.523	11.1
PE 16:0_20:4	PE 36:4	C41H74O8PN	738.5074	10.8
PE 16:0_20:5	PE 36:5	C41H72O8PN	736.4917	10
PE 18:1_20:0	PE 38:1	C43H84O8PN	772.5856	13.3
PE 18:0_20:1	PE 38:1	C43H84O8PN	772.5856	13.2
PE 18:1_20:1	PE 38:2	C43H82O8PN	770.57	12.3
PE 18:0_20:2	PE 38:2	C43H82O8PN	770.57	12.5
PE 18:2_20:0	PE 38:2	C43H82O8PN	770.57	12.6
PE 18:0_20:3	PE 38:3	C43H80O8PN	768.5543	11.9
PE 18:0_20:4	PE 38:4	C43H78O8PN	766.5387	11.6
PE 16:0_22:4	PE 38:4	C43H78O8PN	766.5387	11.4
PE 18:1_20:4	PE 38:5	C43H76O8PN	764.523	10.9
PE 16:0_22:5	PE 38:5	C43H76O8PN	764.523	11.1
PE 18:2_20:4	PE 38:6	C43H74O8PN	762.5074	10.2
PE 18:1_22:1	PE 40:2	C45H86O8PN	798.6013	13.3
PE 18:0_22:4	PE 40:4	C45H82O8PN	794.57	12.2
PE 18:0_22:5	PE 40:5	C45H80O8PN	792.5543	12
PE 18:1_22:6	PE 40:7	C45H76O8PN	788.523	10.7
PE 18:1_24:0	PE 42:1	C47H92O8PN	828.6482	16
PE 18:1_24:1	PE 42:2	C47H90O8PN	826.6326	14.4
PE O-20:0_20:4	PE O-40:4	C45H84O7PN	780.5907	13.4
PE O-18:0_22:6	PE O-40:6	C45H80O7PN	776.5594	12.4
PE P-16:0_16:0	PE P-32:0	C37H74O7PN	674.5125	11.8
PE P-18:0_16:0	PE P-34:0	C39H78O7PN	702.5438	12.7
PE P-16:0_18:1	PE P-34:1	C39H76O7PN	700.5281	11.9
PE P-16:0_18:2	PE P-34:2	C39H74O7PN	698.5125	11.3
PE P-18:0_18:1	PE P-36:1	C41H80O7PN	728.5594	12.8
PE P-18:0_18:2	PE P-36:2	C41H78O7PN	726.5438	12.1
PE P-16:0_20:3	PE P-36:3	C41H76O7PN	724.5281	11.5
PE P-16:0_20:4	PE P-36:4	C41H74O7PN	722.5125	11.2
PE P-16:0_20:5	PE P-36:5	C41H72O7PN	720.4968	10.7
PE P-18:0_20:3	PE P-38:3	C43H80O7PN	752.5594	12.5
PE P-16:0_22:3	PE P-38:3	C43H80O7PN	752.5594	12.4
PE P-16:0_22:4	PE P-38:4	C43H78O7PN	750.5438	11.8
PE P-18:0_20:4	PE P-38:4	C43H78O7PN	750.5438	12.1
PE P-18:0_20:5	PE P-38:5	C43H76O7PN	748.5281	11.4
PE P-16:0_22:5	PE P-38:5	C43H76O7PN	748.5281	11.3
PE P-16:0_22:6	PE P-38:6	C43H74O7PN	746.5125	11
PE P-18:0_22:4	PE P-40:4	C45H82O7PN	778.5751	12.7
PE P-20:0_20:4	PE P-40:4	C45H82O7PN	778.5751	13
PE P-18:0_22:5	PE P-40:5	C45H80O7PN	776.5594	12.1
PE P-18:0_22:6	PE P-40:6	C45H78O7PN	774.5438	11.9
PE P-20:0_22:5	PE P-42:5	C47H84O7PN	804.5907	13
PE P-20:0_22:6	PE P-42:6	C47H82O7PN	802.5751	12.8
PS 16:0_18:0	PS 34:0	C40H78O10PN	762.5285		9
PS 16:0_18:1	PS 34:1	C40H76O10PN	760.5129		8.6
PS 18:0_18:1	PS 36:1	C42H80O10PN	788.5442		9
PS 18:0_18:2	PS 36:2	C42H78O10PN	786.5285		8.7
PS 18:1_20:1	PS 38:2	C44H82O10PN	814.5598		9
PS 18:0_20:3	PS 38:3	C44H80O10PN	812.5442		8.8
PS 18:0_20:4	PS 38:4	C44H78O10PN	810.5285		8.6
PS 18:1_22:1	PS 40:2	C46H86O10PN	842.5911		9.4
PS 18:0_22:4	PS 40:4	C46H82O10PN	838.5598		8.9
PS 18:0_22:5	PS 40:5	C46H80O10PN	836.5442		8.7
PS 18:0_22:6	PS 40:6	C46H78O10PN	834.5285		8.5
PI 16:0_16:0	PI 32:0	C41H79O13P	809.518		8.4
PI 16:0_16:1	PI 32:1	C41H77O13P	807.5024		7.9
PI 16:0_18:1	PI 34:1	C43H81O13P	835.5337		8.4
PI 16:0_18:2	PI 34:2	C43H79O13P	833.518		8
PI 17:0_18:2	PI 35:2	C44H81O13P	847.5337		8.3
PI 18:0_18:1	PI 36:1	C45H85O13P	863.565		8.9
PI 18:1_18:1	PI 36:2	C45H83O13P	861.5493		8.4
PI 16:0_20:4	PI 36:4	C45H79O13P	857.518		8
PI 17:0_20:4	PI 37:4	C46H81O13P	871.5337		8.2
PI 18:0_20:3	PI 38:3	C47H85O13P	887.565		8.7
PI 18:0_20:4	PI 38:4	C47H83O13P	885.5493		8.5
PI 18:1_20:4	PI 38:5	C47H81O13P	883.5337		8
PI 16:0_22:6	PI 38:6	C47H79O13P	881.518		7.8
PI 18:0_22:4	PI 40:4	C49H87O13P	913.5806		8.8
PI 18:0_22:5	PI 40:5	C49H85O13P	911.565		8.5
PI 18:0_22:6	PI 40:6	C49H83O13P	909.5493		8.4
PI 20:4_20:4	PI 40:8	C49H79O13P	905.518		7.5
PG 16:0_18:1	PG 34:1	C40H77O10P	747.5176		8.5
PG 18:1_18:1	PG 36:2	C42H79O10P	773.5338		8.2
PG 18:1_20:4	PG 38:5	C44H77O10P	795.5176		7.8
PG 18:1_22:4	PG 40:5	C46H81O10P	823.5489		8.2
PG 18:1_22:5	PG 40:6	C46H79O10P	821.5333		8
PG 18:1_22:6	PG 40:7	C46H77O10P	819.5176		7.7
PG 18:2_22:6	PG 40:8	C46H75O10P	817.502		7.3
PG 20:4_20:4	PG 40:8	C46H75O10P	817.502		7.3
CL 70:7	CL 70:7	C79H140O17P2	1421.9493		10.6
CL 72:6	CL 72:6	C81H146O17P2	1451.9962		11.2
CL 72:7	CL 72:7	C81H144O17P2	1449.9806		10.9
CL 72:8	CL 72:8	C81H142O17P2	1447.964949		10.7
CL 74:10	CL 74:10	C83H142O17P2	1471.9649		10.6
LPC 14:0	LPC 14:0	C22H46O7PN	512.2988	2.7
LPC 16:0	LPC 16:0	C24H50O7PN	540.3301	3.9
LPC 16:1	LPC 16:1	C24H48O7PN	538.3145	3
LPC 17:0	LPC 17:0	C25H52O7PN	554.3458	4.6
LPC 17:1	LPC 17:1	C25H50O7PN	552.3301	3.5
LPC 18:0	LPC 18:0	C26H54O7PN	568.3614	5.3
LPC 18:1	LPC 18:1	C26H52O7PN	566.3458	4.2
LPC 18:2	LPC 18:2	C26H50O7PN	564.3301	3.3
LPC 20:0	LPC 20:0	C28H58O7PN	596.3927	6.8
LPC 20:1	LPC 20:1	C28H56O7PN	594.3771	5.5
LPC 20:2	LPC 20:2	C28H54O7PN	592.3614	4.5
LPC 20:3	LPC 20:3	C28H52O7PN	590.3458	3.7
LPC 20:4	LPC 20:4	C28H50O7PN	588.3301	3.3
LPC 22:4	LPC 22:4	C30H54O7PN	616.3614	4.2
LPC 22:5	LPC 22:5	C30H52O7PN	614.3458	3.5
LPC 22:6	LPC 22:6	C30H50O7PN	612.3301	3.2
LPC 24:1	LPC 24:1	C32H64O7PN	650.4397	8.2
LPC O-16:0	LPC O-16:0	C24H52O6PN	526.3509	4.4
LPC O-18:0	LPC O-18:0	C26H56O6PN	554.3822	6
LPC O-20:0	LPC O-20:0	C28H60O6PN	582.4135	7.4
LPC P-16:0	LPC P-16:0	C24H50O6PN	524.3352	4.4
LPC P-18:0	LPC P-18:0	C26H54O6PN	552.3665	5.9
LPE 16:0	LPE 16:0	C21H44O7PN	452.2777	4
LPE 18:0	LPE 18:0	C23H48O7PN	480.309	5.5
LPE 18:1	LPE 18:1	C23H46O7PN	478.2934	4.3
LPE 18:2	LPE 18:2	C23H44O7PN	476.2777	3.4
LPE 20:4	LPE 20:4	C25H44O7PN	500.2777	3.3
LPE 22:4	LPE 22:4	C27H48O7PN	528.309	4.3
LPE 22:6	LPE 22:6	C27H44O7PN	524.2777	3.2
LPE P-16:0	LPE P-16:0	C21H44O6PN	436.2828	4.6
LPE P-18:0	LPE P-18:0	C23H48O6PN	464.3141	6.1
LPI 18:0	LPI 18:0	C27H53O12P	599.3202		4.4
LPI 18:1	LPI 18:1	C27H51O12P	597.3045		3.3
LPI 20:4	LPI 20:4	C29H49O12P	619.2889		2.2
LPS 18:0	LPS 18:0	C24H48NO9P	524.2994		4.5
LPS 18:1	LPS 18:1	C24H46NO9P	522.2837		3.2
LPS 20:4	LPS 20:4	C26H44NO9P	544.2681		2.3
SM 28:1;O2	SM 28:1;O2	C33H67O6PN2	619.4815	6.9
SM 30:0;O2	SM 30:0;O2	C35H73O6PN2	649.5284	8.5
SM 31:1;O2	SM 31:1;O2	C36H73O6PN2	661.5284	8.6
SM 32:0;O2	SM 32:0;O2	C37H77O6PN2	677.5598	9.6
SM 32:0;O3	SM 32:0;O3	C37H77O7PN2	693.5547	8.7
SM 32:1;O2	SM 32:1;O2	C37H75O6PN2	675.5441	9.2
SM 32:1;O3	SM 32:1;O3	C37H75O7PN2	691.539	8.8
SM 32:2;O2	SM 32:2;O2	C37H73O6PN2	673.5284	8.3
SM 33:0;O2	SM 33:0;O2	C38H79O6PN2	691.5754	10.1
SM 33:1;O2	SM 33:1;O2	C38H77O6PN2	689.5598	9.7
SM 33:1;O3	SM 33:1;O3	C38H77O7PN2	705.5547	9.3
SM 33:2;O2	SM 33:2;O2	C38H75O6PN2	687.5441	8.9
SM 34:0;O2	SM 34:0;O2	C39H81O6PN2	705.591	10.5
SM 34:0;O3	SM 34:0;O3	C39H81O7PN2	721.586	9.7
SM 34:0;O4	SM 34:0;O4	C39H81O8PN2	737.5809	9.4
SM 34:1;O2	SM 34:1;O2	C39H79O6PN2	703.5754	10.2
SM 34:1;O3	SM 34:1;O3	C39H79O7PN2	719.5703	9.8
SM 34:1;O4	SM 34:1;O4	C39H79O8PN2	735.5652	8.5
SM 34:2;O2	SM 34:2;O2	C39H77O6PN2	701.5598	9.4
SM 34:2;O3	SM 34:2;O3	C39H77O7PN2	717.5547	9
SM 34:3;O2	SM 34:3;O2	C39H75O6PN2	699.5441	8.7
SM 35:0;O2	SM 35:0;O2	C40H83O6PN2	719.6067	11
SM 35:1;O2	SM 35:1;O2	C40H81O6PN2	717.591	10.7
SM 35:1;O3	SM 35:1;O3	C40H81O7PN2	733.586	10.3
SM 35:2;O2	SM 35:2;O2	C40H79O6PN2	715.5754	9.9
SM 36:0;O2	SM 36:0;O2	C41H85O6PN2	733.6224	11.4
SM 36:1;O2	SM 36:1;O2	C41H83O6PN2	731.6067	11.1
SM 36:1;O3	SM 36:1;O3	C41H83O7PN2	747.6016	10.8
SM 36:2;O2	SM 36:2;O2	C41H81O6PN2	729.591	10.4
SM 36:2;O3	SM 36:2;O3	C41H81O7PN2	745.586	10.1
SM 36:3;O2	SM 36:3;O2	C41H79O6PN2	727.5754	9.7
SM 37:1;O2	SM 37:1;O2	C42H85O6PN2	745.6224	11.5
SM 37:2;O2	SM 37:2;O2	C42H83O6PN2	743.6067	10.9
SM 38:0;O2	SM 38:0;O2	C43H89O6PN2	761.6536	12.3
SM 38:1;O2	SM 38:1;O2	C43H87O6PN2	759.638	12
SM 38:2;O2	SM 38:2;O2	C43H85O6PN2	757.6224	11.3
SM 39:1;O2	SM 39:1;O2	C44H89O6PN2	773.6536	12.5
SM 39:2;O2	SM 39:2;O2	C44H87O6PN2	771.638	11.7
SM 40:0;O2	SM 40:0;O2	C45H93O6PN2	789.685	13.3
SM 40:1;O2	SM 40:1;O2	C45H91O6PN2	787.6693	12.9
SM 40:1;O3	SM 40:1;O3	C45H91O7PN2	803.6642	11.6
SM 40:2;O2	SM 40:2;O2	C45H89O6PN2	785.6536	12.1
SM 41:1;O2	SM 41:1;O2	C46H93O6PN2	801.685	13.5
SM 41:2;O2	SM 41:2;O2	C46H91O6PN2	799.6693	12.4
SM 42:1;O2	SM 42:1;O2	C47H95O6PN2	815.7006	14.1
SM 42:1;O3	SM 42:1;O3	C47H95O7PN2	831.6955	12.4
SM 42:1;O4	SM 42:1;O4	C47H95O8PN2	847.6904	11.8
SM 42:2;O2	SM 42:2;O2	C47H93O6PN2	813.685	12.8
SM 42:2;O3	SM 42:2;O3	C47H93O7PN2	829.6799	11.6
SM 42:3;O2	SM 42:3;O2	C47H91O6PN2	811.6693	12.1
SM 42:3;O3	SM 42:3;O3	C47H91O7PN2	827.6642	10.9
SM 43:1;O2	SM 43:1;O2	C48H97O6PN2	829.7162	14.5
SM 43:2;O2	SM 43:2;O2	C48H95O6PN2	827.7006	13.1
SM 43:3;O2	SM 43:3;O2	C48H93O6PN2	825.685	12.6
SM 44:1;O2	SM 44:1;O2	C49H99O6PN2	843.7319	15.5
SM 44:2;O2	SM 44:2;O2	C49H97O6PN2	841.7162	13.9
SM 44:3;O2	SM 44:3;O2	C49H95O6PN2	839.7006	13.1
SM 44:4;O2	SM 44:4;O2	C49H93O6PN2	837.685	12.3
SM 50:2;O3	SM 50:2;O3	C55H109O7PN2	941.8051	16.2
SM 52:2;O3	SM 52:2;O3	C57H113O7PN2	969.8364	17.7
SM 52:3;O3	SM 52:3;O3	C57H111O7PN2	967.8207	16.4
SM 54:2;O3	SM 54:2;O3	C59H117O7PN2	997.8677	19.3
Cer 33:1;O2	Cer 33:1;O2	C33H65O3N	524.5043	10.8
Cer 34:1;O2	Cer 34:1;O2	C34H67O3N	538.5199	11.3
Cer 35:1;O2	Cer 35:1;O2	C35H69O3N	552.5356	11.7
Cer 18:1;O2/18:0	Cer 36:1;O2	C36H71O3N	566.5512	12.1
Cer 17:1;O2/20:0	Cer 37:1;O2	C37H73O3N	580.5669	12.4
Cer 18:1;O2/19:0	Cer 37:1;O2	C37H73O3N	580.5669	12.6
Cer 16:1;O2/22:0	Cer 38:1;O2	C38H75O3N	594.5825	13.3
Cer 18:1;O2/20:0	Cer 38:1;O2	C38H75O3N	594.5825	13.2
Cer 39:1;O2	Cer 39:1;O2	C39H77O3N	608.5982	13.8
Cer 16:1;O2/24:0	Cer 40:1;O2	C40H79O3N	622.6138	14.5
Cer 18:1;O2/22:0	Cer 40:1;O2	C40H79O3N	622.6138	14.4
Cer 16:1;O2/24:1	Cer 40:2;O2	C40H77O3N	620.5982	13.2
Cer 16:1;O2/24:2	Cer 40:3;O2	C40H75O3N	618.5825	12.5
Cer 18:1;O2/22:2	Cer 40:3;O2	C40H75O3N	618.5825	12.4
Cer 18:1;O2/23:0	Cer 41:1;O2	C41H81O3N	636.6295	15.1
Cer 19:1;O2/22:0	Cer 41:1;O2	C41H81O3N	636.6295	14.8
Cer 17:1;O2/24:1	Cer 41:2;O2	C41H79O3N	634.6138	13.7
Cer 18:1;O2/24:0	Cer 42:1;O2	C42H83O3N	650.6451	15.9
Cer 18:1;O2/24:1	Cer 42:2;O2	C42H81O3N	648.6295	14.7
Cer 19:1;O2/24:0	Cer 43:1;O2	C43H85O3N	664.6608	16.3
Cer 18:1;O2/25:1	Cer 43:2;O2	C43H83O3N	662.6451	14.9
Cer 19:1;O2/24:1	Cer 43:2;O2	C43H83O3N	662.6451	14.7
Cer 18:1;O2/26:0	Cer 44:1;O2	C44H87O3N	678.6764	17.5
Cer 18:1;O2/26:1	Cer 44:2;O2	C44H85O3N	676.6608	15.7
Cer 44:3;O2	Cer 44:3;O2	C44H83O3N	674.6451	14.5
Cer 18:2;O2/14:0	Cer 32:2;O2	C32H61O3N	508.473	9.5
Cer 18:2;O2/16:0	Cer 34:2;O2	C34H65O3N	536.5043	10.5
Cer 18:2;O2/18:0	Cer 36:2;O2	C36H69O3N	564.5356	11.4
Cer 18:2;O2/20:0	Cer 38:2;O2	C38H73O3N	592.5669	12.4
Cer 18:2;O2/22:0	Cer 40:2;O2	C40H77O3N	620.5982	13.4
Cer 18:2;O2/23:0	Cer 41:2;O2	C41H79O3N	634.6138	14
Cer 18:2;O2/24:0	Cer 42:2;O2	C42H81O3N	648.6295	14.3
Cer 18:2;O2/24:1	Cer 42:3;O2	C42H79O3N	646.6138	13.4
Cer 18:2;O2/24:2	Cer 42:4;O2	C42H77O3N	644.5982	12.5
Cer 18:1;O/18:0	Cer 36:1;O	C36H71O2N	550.5563	12.2
Cer 18:1;O/20:0	Cer 38:1;O	C38H75O2N	578.5876	13.2
Cer 18:1;O/22:0	Cer 40:1;O	C40H79O2N	606.6189	14.5
Cer 18:1;O/23:0	Cer 41:1;O	C41H81O2N	620.6346	15.2
Cer 18:1;O/24:0	Cer 42:1;O	C42H83O2N	634.6502	16
Cer 18:1;O/24:1	Cer 42:2;O	C42H81O2N	632.6346	14.4
Cer 18:1;O/26:1	Cer 44:2;O	C44H85O2N	660.6659	15.8
Cer 18:0;O/16:0	Cer 34:0;O	C34H69O2N	524.5407	12
Cer 18:0;O/20:0	Cer 38:0;O	C38H77O2N	580.6033	14.2
Cer 18:0;O/22:0	Cer 40:0;O	C40H81O2N	608.6346	15.6
Cer 17:0;O/24:0	Cer 41:0;O	C41H83O2N	622.6502	16.4
Cer 18:0;O/23:0	Cer 41:0;O	C41H83O2N	622.6502	16.1
Cer 18:0;O/24:0	Cer 42:0;O	C42H85O2N	636.6659	17.2
Cer 20:0;O/22:0	Cer 42:0;O	C42H85O2N	636.6659	16.9
Cer 18:0;O/24:1	Cer 42:1;O	C42H83O2N	634.6502	15.5
Cer 19:0;O/24:0	Cer 43:0;O	C43H87O2N	650.6815	17.7
Cer 18:0;O2/16:0	Cer 34:0;O2	C34H69O3N	540.5356	11.5
Cer 18:0;O2/18:0	Cer 36:0;O2	C36H73O3N	568.5669	12.4
Cer 18:0;O2/20:0	Cer 38:0;O2	C38H77O3N	596.5982	13.5
Cer 18:0;O2/22:0	Cer 40:0;O2	C40H81O3N	624.6295	14.8
Cer 18:0;O2/23:0	Cer 41:0;O2	C41H83O3N	638.6451	15.6
Cer 18:0;O2/24:0	Cer 42:0;O2	C42H85O3N	652.6608	16.3
Cer 18:0;O3/22:0	Cer 40:0;O3	C40H81O4N	640.6244	13.7
Cer 18:0;O3/23:0	Cer 41:0;O3	C41H83O4N	654.64	14.3
Cer 17:0;O3/24:0	Cer 41:0;O3	C41H83O4N	654.64	14.6
Cer 17:0;O3/24:1	Cer 41:1;O3	C41H81O4N	652.6244	13.3
Cer 18:0;O3/24:0	Cer 42:0;O3	C42H85O4N	668.6557	15
Cer 18:0;O3/24:1	Cer 42:1;O3	C42H83O4N	666.64	13.6
Cer 18:0;O4/24:0	Cer 42:0;O4	C42H85O5N	684.6506	14.1
Cer 18:0;O3/24:0;O	Cer 42:0;O4	C42H85O5N	684.6506	14.5
Hex1Cer 32:1;O2	Hex1Cer 32:1;O2	C38H73O8N	672.5414	9.6
Hex1Cer 33:1;O2	Hex1Cer 33:1;O2	C39H75O8N	686.5571	10.1
Hex1Cer 18:1;O2/16:0	Hex1Cer 34:1;O2	C40H77O8N	700.5727	10.5
Hex1Cer 36:1;O2	Hex1Cer 36:1;O2	C42H81O8N	728.604	11.4
Hex1Cer 38:1;O2	Hex1Cer 38:1;O2	C44H85O8N	756.6353	12.3
Hex1Cer 18:1;O2/22:0	Hex1Cer 40:1;O2	C46H89O8N	784.6666	13.3
Hex1Cer 41:1;O2	Hex1Cer 41:1;O2	C47H91O8N	798.6823	13.9
Hex1Cer 42:1;O2	Hex1Cer 42:1;O2	C48H93O8N	812.6979	14.5
Hex1Cer 18:1;O2/25:0	Hex1Cer 43:1;O2	C49H95O8N	826.7136	15.2
Hex1Cer 19:1;O2/24:0	Hex1Cer 43:1;O2	C49H95O8N	826.7136	14.9
Hex2Cer 18:1;O2/16:0	Hex2Cer 34:1;O2	C46H87O13N	862.6256	10.2
Hex2Cer 18:1;O2/18:0	Hex2Cer 36:1;O2	C48H91O13N	890.6569	11.1
Hex2Cer 18:1;O2/20:0	Hex2Cer 38:1;O2	C50H95O13N	918.6882	11.9
Hex2Cer 18:1;O2/22:0	Hex2Cer 40:1;O2	C52H99O13N	946.7195	12.9
Hex2Cer 18:1;O2/24:0	Hex2Cer 42:1;O2	C54H103O13N	974.7508	14
Hex2Cer 18:1;O2/24:1	Hex2Cer 42:2;O2	C54H101O13N	972.7351	12.8
Hex2Cer 18:1;O2/24:2	Hex2Cer 42:3;O2	C54H99O13N	970.7195	12.1
Hex3Cer 32:1;O2	Hex3Cer 32:1;O2	C50H93O18N	996.6471	9.1
Hex2Cer 18:2;O2/16:0	Hex2Cer 34:2;O2	C46H85O13N	860.6099	9.5
Hex2Cer 18:2;O2/22:0	Hex2Cer 40:2;O2	C52H97O13N	944.7038	11.9
GM3 34:0;O2	GM3 34:0;O2	C57H106N2O21	1153.7261		7.9
GM3 18:1;O2/16:0	GM3 34:1;O2	C57H104N2O21	1151.7059	9.5	7.7
GM3 34:2;O2	GM3 34:2;O2	C57H102N2O21	1149.6969		7.2
GM3 36:0;O2	GM3 36:0;O2	C59H110N2O21	1181.753		8.5
GM3 18:1;O2/18:0	GM3 36:1;O2	C59H108N2O21	1179.7372	10.4	8.3
GM3 36:2;O2	GM3 36:2;O2	C59H106N2O21	1177.7251		7.8
GM3 38:1;O2	GM3 38:1;O2	C61H112N2O21	1207.7685		8.8
GM3 38:2;O2	GM3 38:2;O2	C61H110N2O21	1205.753		8.3
GM3 39:1;O2	GM3 39:1;O2	C62H114N2O21	1221.784		9
GM3 40:0;O2	GM3 40:0;O2	C63H118N2O21	1237.8154		9.3
GM3 40:1;O2	GM3 40:1;O2	C63H116N2O21	1235.7998		9.1
GM3 40:2;O2	GM3 40:2;O2	C63H114N2O21	1233.784		8.8
GM3 41:1;O2	GM3 41:1;O2	C64H118N2O21	1249.8154		9.3
GM3 42:1;O2	GM3 42:1;O2	C65H120N2O21	1263.8311		9.5
GM3 42:2;O2	GM3 42:2;O2	C65H118N2O21	1261.8154		9.1
GM3 44:1;O2	GM3 44:1;O2	C67H124N2O21	1291.8624		9.8
GM3 44:2;O2	GM3 44:2;O2	C67H122N2O21	1289.8467		9.5
METABOLITES_END
#END