Data for Breast Cancer Lipidomics Tissue (Study ST001111)

(Analysis AN001805)

Values for each metabolite have been scaled by dividing by the mean across all factors

Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Metabolite	F1	F2	F3
CE 16:0 [M+NH4]+	1.0042	0.9910	1.0975
CE 16:1 [M+NH4]+	1.0032	1.0010	0.9457
CE 18:0 [M+NH4]+	0.9684	1.0218	1.0193
CE 18:1 [M+NH4]+	0.8608	1.0897	1.1899
CE 18:2 [M+NH4]+	0.8935	1.0658	1.1914
CE 18:3 [M+NH4]+	0.9720	1.0179	1.0408
CE 20:0 [M+NH4]+	1.0113	0.9930	0.9799
CE 20:4 [M+NH4]+	0.8339	1.1031	1.2920
DG 30:0 (14:0/16:0/0:0) [M+NH4]+	1.0680	0.9562	0.9055
DG 30:1 (14:0/16:1/0:0) [M+NH4]+	1.0967	0.9376	0.8680
DG 30:1 (14:1/16:0/0:0) [M+NH4]+	1.0967	0.9376	0.8687
DG 30:2 (12:0/18:2/0:0) [M+NH4]+	1.1155	0.9272	0.8157
DG 31:0 (15:0/16:0/0:0) [M+NH4]+	1.0662	0.9570	0.9149
DG 31:0 (17:0/14:0/0:0) [M+NH4]+	1.0601	0.9596	0.9447
DG 31:1 (15:0/16:1/0:0) [M+NH4]+	1.0203	0.9855	0.9965
DG 32:0 (15:0/17:0/0:0) [M+NH4]+	1.0339	0.9781	0.9543
DG 32:1 (14:0/18:1/0:0) [M+NH4]+	1.0483	0.9690	0.9314
DG 32:1 (16:1/16:0/0:0) [M+NH4]+	1.0491	0.9695	0.9143
DG 32:2 (14:0/18:2/0:0) [M+NH4]+	1.0652	0.9589	0.8966
DG 33:0 (16:0/17:0/0:0) [M+NH4]+	1.0360	0.9767	0.9512
DG 33:1 (15:0/18:1/0:0) [M+NH4]+	1.0371	0.9768	0.9381
DG 33:2 (17:1/16:1/0:0) [M+NH4]+	1.0457	0.9703	0.9419
DG 34:0 (16:0/18:0/0:0) [M+NH4]+	1.0156	0.9897	0.9820
DG 34:2 (16:0/18:2/0:0) [M+NH4]+	1.0631	0.9597	0.9087
DG 34:2 (16:1/18:1/0:0) [M+NH4]+	1.0640	0.9598	0.8952
DG 34:3 (16:0/18:3/0:0) [M+NH4]+	1.0642	0.9582	0.9199
DG 34:3 (16:1/18:2/0:0) [M+NH4]+	1.0641	0.9583	0.9198
DG 34:4 (16:1/18:3/0:0) [M+NH4]+	1.0423	0.9688	1.0074
DG 35:2 (17:1/18:1/0:0) [M+NH4]+	1.0378	0.9759	0.9439
DG 35:2 (18:2/17:0/0:0) [M+NH4]+	1.0366	0.9766	0.9465
DG 36:0 (17:0/19:0/0:0) [M+NH4]+	1.0105	0.9944	0.9662
DG 36:1 (16:0/20:1/0:0) [M+NH4]+	1.0084	0.9948	0.9854
DG 36:1 (18:0/18:1/0:0) [M+NH4]+	1.0088	0.9947	0.9824
DG 36:3 (16:0/20:3/0:0) [M+NH4]+	1.0375	0.9760	0.9446
DG 36:3 (18:1/18:2/0:0) [M+NH4]+	1.0376	0.9762	0.9423
DG 36:5 (18:2/18:3/0:0) [M+NH4]+	1.0591	0.9592	0.9636
DG 37:1 (17:0/20:1/0:0) [M+NH4]+	1.0122	0.9939	0.9540
DG 37:2 (18:2/19:0/0:0) [M+NH4]+	1.0324	0.9803	0.9362
DG 38:0 (16:0/22:0/0:0) [M+NH4]+	0.9175	1.0549	1.0839
DG 38:1 (18:0/20:1/0:0) [M+NH4]+	0.9772	1.0157	1.0150
DG 38:1 (18:1/20:0/0:0) [M+NH4]+	0.9856	1.0099	1.0094
DG 38:1 (22:1/16:0/0:0) [M+NH4]+	0.9835	1.0116	1.0075
DG 38:2 (18:0/20:2/0:0) [M+NH4]+	0.9705	1.0211	1.0069
DG 38:2 (18:2/20:0/0:0) [M+NH4]+	0.9782	1.0156	1.0032
DG 38:3 (18:0/20:3/0:0) [M+NH4]+	0.9694	1.0187	1.0586
DG 38:3 (18:2/20:1/0:0) [M+NH4]+	0.9718	1.0173	1.0520
DG 38:3 (20:2/18:1/0:0) [M+NH4]+	0.9571	1.0262	1.0813
DG 38:4 (18:1/20:3/0:0) [M+NH4]+	0.9832	1.0100	1.0360
DG 38:4 (18:2/20:2/0:0) [M+NH4]+	0.9829	1.0107	1.0282
DG 38:5 (18:2/20:3/0:0) [M+NH4]+	0.9994	1.0024	0.9664
DG 39:1 (17:0/22:1/0:0) [M+NH4]+	1.0193	0.9856	1.0051
DG 40:1 (16:0/24:1/0:0) [M+NH4]+	1.0010	0.9969	1.0403
DG 40:1 (18:1/22:0/0:0) [M+NH4]+	1.0319	0.9774	0.9896
DG 40:2 (18:1/22:1/0:0) [M+NH4]+	0.9906	1.0048	1.0334
DG 40:2 (18:2/22:0/0:0) [M+NH4]+	0.9559	1.0311	1.0150
DG 40:3 (18:2/22:1/0:0) [M+NH4]+	0.9192	1.0523	1.1058
DG 40:3 (22:2/18:1/0:0) [M+NH4]+	0.9127	1.0580	1.0907
DG 42:0 (16:0/26:0/0:0) [M+NH4]+	1.0902	0.9454	0.8191
DG 42:2 (16:0/26:2/0:0) [M+NH4]+	1.0116	0.9922	0.9894
DG 42:2 (18:1/24:1/0:0) [M+NH4]+	1.0259	0.9799	1.0197
DG 42:2 (18:2/24:0/0:0) [M+NH4]+	1.0251	0.9805	1.0207
DG 42:3 (18:2/24:1/0:0) [M+NH4]+	0.9913	1.0002	1.1018
DG 42:4 (20:3/22:1/0:0) [M+NH4]+	0.9310	1.0468	1.0556
DG 44:1 (18:1/26:0/0:0) [M+NH4]+	1.0950	0.9425	0.8090
DG 44:2 (18:1/26:1/0:0) [M+NH4]+	1.0733	0.9529	0.8982
DG 44:3 (18:1/26:2/0:0) [M+NH4]+	1.0462	0.9661	1.0044
DG 44:4 (26:2/18:2/0:0) [M+NH4]+	1.0260	0.9788	1.0377
lysoPC 15:0 [M+H]+	0.9284	1.0442	1.1304
lysoPC 15:1 [M+H]+	0.9779	1.0140	1.0331
lysoPC 17:0 [M+H]+	1.0164	0.9888	0.9876
lysoPC 17:1 [M+H]+	0.9302	1.0458	1.0822
lysoPC 17:2 [M+H]+	0.9676	1.0258	0.9631
lysoPC 21:0 [M+H]+	0.8886	1.0656	1.2546
lysoPC 24:0 [M+H]+	0.8221	1.1113	1.2973
PA 23:1 (7:0/16:1(7Z)) [M+Na2-H]+	0.9175	1.0561	1.0648
PA 35:1 (9:0/26:1(5Z)) [M+Na2-H]+	0.8966	1.0596	1.2573
PA 52:0 (26:0/26:0) [M+Na2-H]+	1.0461	0.9675	0.9833
PC 28:2 (11:0/17:2(9Z.12Z)) [M+Na]+	0.9936	0.9980	1.1100
PC 29:1 (13:0/16:1(7Z)) [M+Na]+	0.8287	1.1092	1.2539
PC 29:1 (14:0/15:1(9Z)) [M+Na]+	0.8324	1.1068	1.2488
PC 29:1 (26:1(5Z)/3:0) [M+Na]+	0.8968	1.0637	1.1869
PC 29:1 (7:0/22:1(13Z)) [M+Na]+	0.8211	1.1132	1.2786
PC 30:0 (11:0/19:0) [M+Na]+	0.9622	1.0220	1.0896
PC 30:0 (13:0/17:0) [M+Na]+	0.9621	1.0219	1.0932
PC 30:0 (15:0/15:0) [M+Na]+	0.9633	1.0211	1.0914
PC 30:0 (6:0/24:0) [M+Na]+	0.9752	1.0147	1.0557
PC 30:0 (7:0/23:0) [M+Na]+	0.9643	1.0209	1.0846
PC 30:0 (8:0/22:0) [M+Na]+	0.9807	1.0127	1.0214
PC 30:1 (10:0/20:1(11E)) [M+Na]+	1.0175	0.9840	1.0541
PC 30:1 (13:0/17:1(9Z)) [M+Na]+	1.0395	0.9758	0.9250
PC 30:1 (14:1(9Z)/16:0) [M+Na]+	0.8271	1.1132	1.2069
PC 30:1 (15:0/15:1(9Z)) [M+Na]+	1.0339	0.9782	0.9527
PC 30:1 (17:1(9Z)/13:0) [M+Na]+	1.0327	0.9785	0.9623
PC 30:1 (4:0/26:1(5Z)) [M+Na]+	0.9881	1.0031	1.0908
PC 30:1 (6:0/24:1(15Z)) [M+Na]+	1.0329	0.9794	0.9445
PC 30:1 (8:0/22:1(13Z)) [M+Na]+	1.0440	0.9740	0.9008
PC 32:0 (10:0/22:0) [M+Na]+	1.0026	0.9983	0.9967
PC 32:0 (11:0/21:0) [M+Na]+	0.9493	1.0352	1.0277
PC 32:0 (14:0/18:0) [M+Na]+	0.9500	1.0331	1.0543
PC 32:0 (15:0/17:0) [M+Na]+	0.9523	1.0324	1.0380
PC 32:0 (16:0/16:0) [M+Na]+	0.9579	1.0298	1.0130
PC 32:0 (18:0/14:0) [M+Na]+	0.9500	1.0308	1.0917
PC 32:0 (6:0/26:0) [M+Na]+	0.9564	1.0263	1.0885
PC 32:0 (8:0/24:0) [M+Na]+	0.9648	1.0198	1.0968
PC 32:0 (9:0/23:0) [M+Na]+	0.9792	1.0152	0.9980
PC 32:1 (12:0/20:1(11E)) [M+Na]+	0.9319	1.0457	1.0639
PC 32:1 (14:0/18:1(11E)) [M+Na]+	0.9356	1.0381	1.1431
PC 32:1 (16:0/16:1(7Z)) [M+Na]+	0.9332	1.0407	1.1298
PC 32:2 (14:0/18:2(2E.4E)) [M+Na]+	0.8877	1.0734	1.1369
PC 32:2 (15:1(9Z)/17:1(9Z)) [M+Na]+	0.8783	1.0797	1.1447
PC 32:2 (17:2(9Z.12Z)/15:0) [M+Na]+	0.9194	1.0528	1.0963
PC 33:0 (11:0/22:0) [M+Na]+	0.9122	1.0556	1.1368
PC 33:0 (16:0/17:0) [M+Na]+	0.9093	1.0561	1.1632
PC 33:0 (23:0/10:0) [M+Na]+	0.9241	1.0479	1.1196
PC 33:0 (7:0/26:0) [M+Na]+	1.0133	0.9877	1.0434
PC 33:2 (7:0/26:2(5E.9Z)) [M+Na]+	0.9568	1.0308	1.0099
PC 33:6 (11:0/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	1.0124	0.9927	0.9723
PC 34:0 (10:0/24:0) [M+Na]+	0.9839	1.0087	1.0496
PC 34:0 (11:0/23:0) [M+Na]+	0.9831	1.0093	1.0495
PC 34:0 (12:0/22:0) [M+Na]+	0.9843	1.0084	1.0505
PC 34:0 (22:0/12:0) [M+Na]+	0.9797	1.0122	1.0417
PC 34:1 (16:0/18:1(11E)) [M+Na]+	0.9692	1.0209	1.0252
PC 34:2 (12:0/22:2(13Z.16Z)) [M+Na]+	0.9389	1.0433	1.0178
PC 34:2 (16:0/18:2(2E.4E)) [M+Na]+	0.9470	1.0328	1.0958
PC 34:2 (16:1(7Z)/18:1(11E)) [M+Na]+	0.9380	1.0421	1.0487
PC 34:3 (16:0/18:3(6Z.9Z.12Z)) [M+Na]+	0.9431	1.0363	1.0841
PC 34:3 (16:1(7Z)/18:2(2E.4E)) [M+Na]+	0.9455	1.0322	1.1229
PC 35:1 (17:0/18:1(13Z)) [M+Na]+	0.9364	1.0391	1.1187
PC 35:5 (13:0/22:5(4Z.7Z.10Z.13Z.16Z)) [M+Na]+	1.0455	0.9701	0.9480
PC 35:5 (15:0/20:5(5Z.8Z.11Z.14Z.17Z)) [M+Na]+	1.0395	0.9751	0.9367
PC 35:5 (15:1(9Z)/20:4(5E.8E.11E.14E)) [M+Na]+	1.0377	0.9755	0.9511
PC 35:6 (15:1(9Z)/20:5(5Z.8Z.11Z.14Z.17Z)) [M+Na]+	0.9889	1.0095	0.9763
PC 35:6 (20:5(5Z.8Z.11Z.14Z.17Z)/15:1(9Z)) [M+Na]+	0.9943	1.0040	1.0015
PC 36:0 (10:0/26:0) [M+Na]+	0.9808	1.0120	1.0324
PC 36:0 (12:0/24:0) [M+Na]+	0.9977	1.0038	0.9650
PC 36:0 (13:0/23:0) [M+Na]+	0.9820	1.0098	1.0537
PC 36:0 (14:0/22:0) [M+Na]+	1.0028	0.9995	0.9748
PC 36:0 (15:0/21:0) [M+Na]+	0.9440	1.0348	1.0986
PC 36:0 (18:0/18:0) [M+Na]+	0.8647	1.0886	1.1615
PC 36:0 (24:0/12:0) [M+Na]+	1.0034	0.9989	0.9771
PC 36:1 (10:0/26:1(5Z)) [M+Na]+	0.9298	1.0470	1.0668
PC 36:1 (14:0/22:1(13Z)) [M+Na]+	0.9452	1.0392	1.0111
PC 36:1 (18:0/18:1(11E)) [M+Na]+	0.9707	1.0198	1.0251
PC 36:2 (16:0/20:2(11Z.14Z)) [M+Na]+	0.9390	1.0438	1.0099
PC 36:2 (18:0/18:2(2E.4E)) [M+Na]+	0.9609	1.0270	1.0232
PC 36:2 (18:1(11E)/18:1(11E)) [M+Na]+	0.9602	1.0281	1.0129
PC 36:3 (16:0/20:3(5Z.8Z.11Z)) [M+Na]+	0.9313	1.0502	0.9959
PC 36:3 (16:1(7Z)/20:2(11Z.14Z)) [M+Na]+	0.9628	1.0243	1.0452
PC 36:3 (18:1(11E)/18:2(2E.4E)) [M+Na]+	0.9710	1.0194	1.0283
PC 36:4 (12:0/24:4(5Z.8Z.11Z.14Z)) [M+Na]+	0.9227	1.0509	1.0871
PC 36:4 (16:1(7Z)/20:3(5Z.8Z.11Z)) [M+Na]+	0.9761	1.0161	1.0207
PC 36:4 (18:2(2E.4E)/18:2(2E.4E)) [M+Na]+	0.9672	1.0201	1.0629
PC 36:4 (24:4(5Z.8Z.11Z.14Z)/12:0) [M+Na]+	0.9200	1.0524	1.0946
PC 36:5 (16:0/20:5(5Z.8Z.11Z.14Z.17Z)) [M+Na]+	0.9648	1.0232	1.0388
PC 36:5 (18:2(2E.4E)/18:3(6Z.9Z.12Z)) [M+Na]+	0.9139	1.0561	1.1065
PC 36:5 (22:5(4Z.7Z.10Z.13Z.16Z)/14:0) [M+Na]+	0.9753	1.0160	1.0326
PC 37:1 (11:0/26:1(5Z)) [M+Na]+	0.8604	1.0918	1.1607
PC 37:1 (16:1(7Z)/21:0) [M+Na]+	0.8723	1.0839	1.1483
PC 37:1 (17:0/20:1(13E)) [M+Na]+	0.9740	1.0184	1.0082
PC 37:1 (18:1(11E)/19:0) [M+Na]+	0.8701	1.0852	1.1532
PC 37:1 (26:1(5Z)/11:0) [M+Na]+	0.8835	1.0762	1.1410
PC 37:6 (15:1(9Z)/22:5(4Z.7Z.10Z.13Z.16Z)) [M+Na]+	0.9678	1.0242	0.9868
PC 37:7 (15:1(9Z)/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	0.9990	1.0012	0.9918
PC 38:1 (12:0/26:1(5Z)) [M+Na]+	0.9445	1.0380	1.0387
PC 38:1 (14:1(9Z)/24:0) [M+Na]+	0.9386	1.0432	1.0239
PC 38:1 (15:1(9Z)/23:0) [M+Na]+	0.9028	1.0667	1.0654
PC 38:1 (18:0/20:1(11E)) [M+Na]+	0.9054	1.0642	1.0757
PC 38:1 (18:0/20:1(11Z)) [M+Na]+	0.8989	1.0674	1.1005
PC 38:1 (18:1(11E)/20:0) [M+Na]+	0.8983	1.0698	1.0691
PC 38:1 (21:0/17:1(9Z)) [M+Na]+	0.8993	1.0678	1.0894
PC 38:1 (22:1(13Z)/16:0) [M+Na]+	0.9444	1.0381	1.0390
PC 38:2 (14:1(9Z)/24:1(15Z)) [M+Na]+	0.9733	1.0194	1.0000
PC 38:2 (16:0/22:2(13Z.16Z)) [M+Na]+	0.9437	1.0393	1.0275
PC 38:2 (18:0/20:2(11Z.14Z)) [M+Na]+	0.9421	1.0394	1.0438
PC 38:2 (18:1(11E)/20:1(11Z)) [M+Na]+	0.9448	1.0386	1.0251
PC 38:2 (18:2(2E.4E)/20:0) [M+Na]+	0.9396	1.0441	0.9973
PC 38:2 (20:2(11Z.14Z)/18:0) [M+Na]+	0.9378	1.0449	1.0047
PC 38:2 (24:1(15Z)/14:1(9Z)) [M+Na]+	0.9428	1.0387	1.0485
PC 38:3 (18:0/20:3(5Z.8Z.11Z)) [M+Na]+	0.9516	1.0337	1.0241
PC 38:3 (18:2(2E.4E)/20:1(11E)) [M+Na]+	0.9431	1.0409	1.0080
PC 38:4 (16:0/22:4(7Z.10Z.13Z.16Z)) [M+Na]+	0.9864	1.0090	1.0156
PC 38:4 (18:0/20:4(5E.8E.11E.14E)) [M+Na]+	1.0024	0.9988	0.9907
PC 38:4 (18:1(11E)/20:3(8Z.11Z.14Z)) [M+Na]+	0.9711	1.0204	1.0103
PC 38:4 (18:1(11Z)/20:3(5Z.8Z.11Z)) [M+Na]+	0.9695	1.0185	1.0612
PC 38:5 (18:0/20:5(5Z.8Z.11Z.14Z.17Z)) [M+Na]+	0.8982	1.0664	1.1265
PC 38:5 (18:1(11E)/20:4(5E.8E.11E.14E)) [M+Na]+	0.9585	1.0313	0.9808
PC 38:5 (18:2(2E.4E)/20:3(5Z.8Z.11Z)) [M+Na]+	0.9274	1.0454	1.1219
PC 38:5 (22:5(4Z.7Z.10Z.13Z.16Z)/16:0) [M+Na]+	0.9313	1.0447	1.0868
PC 38:6 (16:0/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	1.0199	0.9836	1.0317
PC 38:6 (18:1(11Z)/20:5(5Z.8Z.11Z.14Z.17Z)) [M+Na]+	1.0162	0.9873	1.0147
PC 38:7 (16:1(7Z)/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	0.8976	1.0652	1.1536
PC 38:8 (18:4(6Z.9Z.12Z.15Z)/20:4(5E.8E.11E.14E)) [M+Na]+	0.9097	1.0594	1.1035
PC 39:1 (18:1(11E)/21:0) [M+Na]+	0.9272	1.0388	1.2337
PC 39:2 (17:0/22:2(13Z.16Z)) [M+Na]+	1.0521	0.9586	1.0575
PC 39:7 (17:1(9Z)/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	0.9383	1.0460	0.9821
PC 39:7 (17:2(9Z.12Z)/22:5(7Z.10Z.13Z.16Z.19Z)) [M+Na]+	0.9285	1.0534	0.9770
PC 40:0 (15:0/25:0) [M+Na]+	1.0468	0.9669	0.9838
PC 40:0 (17:0/23:0) [M+Na]+	1.0446	0.9683	0.9879
PC 40:0 (18:0/22:0) [M+Na]+	1.0454	0.9652	1.0296
PC 40:1 (24:1(15Z)/16:0) [M+Na]+	1.0548	0.9607	0.9905
PC 40:1 (25:0/15:1(9Z)) [M+Na]+	1.0584	0.9544	1.0510
PC 40:2 (14:0/26:2(5E.9Z)) [M+Na]+	0.8607	1.0944	1.1141
PC 40:2 (16:1(7Z)/24:1(15Z)) [M+Na]+	0.8966	1.0706	1.0770
PC 40:2 (17:2(9Z.12Z)/23:0) [M+Na]+	0.8626	1.0931	1.1124
PC 40:2 (24:1(15Z)/16:1(7Z)) [M+Na]+	0.8536	1.0976	1.1471
PC 40:3 (18:1(11E)/22:2(13Z.16Z)) [M+Na]+	0.8206	1.1198	1.1751
PC 40:3 (18:2(2E.4E)/22:1(13Z)) [M+Na]+	0.8449	1.1051	1.1271
PC 40:3 (18:3(6Z.9Z.12Z)/22:0) [M+Na]+	0.8285	1.1132	1.1892
PC 40:3 (20:0/20:3(5Z.8Z.11Z)) [M+Na]+	0.8277	1.1144	1.1800
PC 40:4 (18:2(2E.4E)/22:2(13Z.16Z)) [M+Na]+	0.8459	1.1038	1.1373
PC 40:4 (20:2(11Z.14Z)/20:2(11Z.14Z)) [M+Na]+	0.9112	1.0570	1.1246
PC 40:6 (18:1(11E)/22:5(4Z.7Z.10Z.13Z.16Z)) [M+Na]+	0.9129	1.0601	1.0546
PC 40:6 (20:2(11Z.14Z)/20:4(5E.8E.11E.14E)) [M+Na]+	0.9109	1.0594	1.0878
PC 40:6 (20:3(5Z.8Z.11Z)/20:3(8Z.11Z.14Z)) [M+Na]+	0.8912	1.0722	1.1149
PC 40:7 (18:1(11E)/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	0.8817	1.0778	1.1363
PC 40:7 (18:2(2E.4E)/22:5(4Z.7Z.10Z.13Z.16Z)) [M+Na]+	0.8711	1.0843	1.1563
PC 40:7 (20:2(11Z.14Z)/20:5(5Z.8Z.11Z.14Z.17Z)) [M+Na]+	0.8361	1.1087	1.1739
PC 40:7 (20:3(5Z.8Z.11Z)/20:4(5E.8E.11E.14E)) [M+Na]+	0.8725	1.0831	1.1599
PC 41:2 (18:2(2E.4E)/23:0) [M+Na]+	0.8943	1.0640	1.2135
PC 42:0 (16:0/26:0) [M+Na]+	1.0345	0.9715	1.0559
PC 42:0 (19:0/23:0) [M+Na]+	1.0756	0.9507	0.9068
PC 42:1 (16:0/26:1(5Z)) [M+Na]+	1.0390	0.9676	1.0662
PC 42:1 (18:1(11E)/24:0) [M+Na]+	1.0398	0.9665	1.0745
PC 42:2 (16:0/26:2(5E.9Z)) [M+Na]+	1.0503	0.9624	1.0174
PC 42:2 (16:1(7Z)/26:1(5Z)) [M+Na]+	1.0555	0.9612	0.9745
PC 42:2 (17:2(9Z.12Z)/25:0) [M+Na]+	1.0435	0.9636	1.0785
PC 42:2 (18:1(11E)/24:1(15Z)) [M+Na]+	1.0514	0.9587	1.0653
PC 42:2 (18:2(2E.4E)/24:0) [M+Na]+	1.0515	0.9603	1.0358
PC 42:2 (20:1(11E)/22:1(13Z)) [M+Na]+	1.0522	0.9608	1.0210
PC 42:2 (20:2(11Z.14Z)/22:0) [M+Na]+	1.0536	0.9625	0.9757
PC 42:3 (18:2(2E.4E)/24:1(15Z)) [M+Na]+	1.0609	0.9561	0.9940
PC 42:4 (18:4(6Z.9Z.12Z.15Z)/24:0) [M+Na]+	0.8865	1.0755	1.1162
PC 42:5 (18:1(11E)/24:4(5Z.8Z.11Z.14Z)) [M+Na]+	0.9612	1.0286	0.9932
PC 42:5 (20:4(5E.8E.11E.14E)/22:1(13Z)) [M+Na]+	0.8193	1.1229	1.1412
PC 42:6 (18:2(2E.4E)/24:4(5Z.8Z.11Z.14Z)) [M+Na]+	0.8342	1.1098	1.1778
PC 42:6 (20:0/22:6(4Z.7Z.10Z.13Z.16Z.19Z)) [M+Na]+	0.8423	1.1051	1.1583
PC 42:6 (20:4(5E.8E.11E.14E)/22:2(13Z.16Z)) [M+Na]+	0.8597	1.0975	1.0741
PC 44:1 (18:1(11E)/26:0) [M+Na]+	1.0316	0.9757	1.0216
PC 44:2 (18:0/26:2(5E.9Z)) [M+Na]+	1.0339	0.9726	1.0454
PC 44:2 (18:2(2E.4E)/26:0) [M+Na]+	1.0409	0.9700	1.0035
PC 44:2 (20:2(11Z.14Z)/24:0) [M+Na]+	1.0377	0.9705	1.0346
PC 44:3 (18:2(2E.4E)/26:1(5Z)) [M+Na]+	1.0485	0.9602	1.0759
PC 44:4 (18:2(2E.4E)/26:2(5E.9Z)) [M+Na]+	0.9135	1.0544	1.1395
PC 44:4 (18:2(2E.4E)/26:2(5Z.9Z)) [M+Na]+	1.0748	0.9472	0.9746
PC 44:4 (20:0/24:4(5Z.8Z.11Z.14Z)) [M+Na]+	1.0789	0.9462	0.9422
PC 44:4 (20:3(5Z.8Z.11Z)/24:1(15Z)) [M+Na]+	1.0699	0.9486	1.0099
PC 44:4 (22:2(13Z.16Z)/22:2(13Z.16Z)) [M+Na]+	1.0631	0.9515	1.0431
PC 44:5 (20:4(5E.8E.11E.14E)/24:1(15Z)) [M+Na]+	0.9522	1.0282	1.1088
PC 44:5 (22:0/22:5(4Z.7Z.10Z.13Z.16Z)) [M+Na]+	0.9574	1.0273	1.0599
PC 46:4 (20:4(5E.8E.11E.14E)/26:0) [M+Na]+	1.0066	0.9902	1.0830
PC 46:5 (20:4(5E.8E.11E.14E)/26:1(5Z)) [M+Na]+	1.0420	0.9671	1.0381
PC 46:6 (20:4(5E.8E.11E.14E)/26:2(5E.9Z)) [M+Na]+	1.0141	0.9876	1.0350
plasmenyl-PC 30:0 (16:0/14:0) [M+Na]+	0.8475	1.1015	1.1556
plasmenyl-PC 35:0 (16:0/19:0) [M+Na]+	0.9724	1.0190	1.0169
plasmenyl-PC 37:0 (20:0/17:0) [M+Na]+	0.9471	1.0349	1.0590
plasmenyl-PC 40:2 (18:0/22:2(13Z.16Z)) [M+Na]+	0.8664	1.0815	1.2573
plasmenyl-PC 42:1 (18:0/24:1(15Z)) [M+Na]+	1.0382	0.9657	1.1073
plasmenyl-PE 34:1 (16:0/18:1(11E)) [M+H]+	0.9660	1.0211	1.0599
plasmenyl-PE 36:2 (18:0/18:2(2E.4E)) [M+H]+	1.0325	0.9787	0.9609
plasmenyl-PE 36:2 (18:0/18:2(2E.4E)) [M+Na]+	0.9968	1.0024	0.9986
plasmenyl-PE 36:4 (16:0/20:4(5E.8E.11E.14E)) [M+H]+	0.9983	1.0001	1.0196
plasmenyl-PE 38:4 (16:0/22:4(7Z.10Z.13Z.16Z)) [M+H]+	0.9810	1.0118	1.0336
TG 40:0 (12:0/12:0/16:0) [M+NH4]+	1.1033	0.9348	0.8358
TG 42:0 (12:0/14:0/16:0) [M+Na]+	1.0694	0.9532	0.9402
TG 42:1 (12:0/12:0/18:1) [M+NH4]+	1.0994	0.9372	0.8434
TG 44:1 (12:0/16:1/16:0) [M+NH4]+	1.0797	0.9489	0.8864
TG 44:2 (12:0/16:1/16:1) [M+NH4]+	1.1018	0.9387	0.7898
TG 46:0 (14:0/16:0/16:0) [M+Na]+	1.0824	0.9461	0.9016
TG 46:0 (14:0/16:0/16:0) [M+NH4]+	1.0465	0.9671	0.9847
TG 46:1 (14:0/16:0/16:1) [M+Na]+	1.0657	0.9555	0.9459
TG 46:1 (14:0/16:0/16:1) [M+NH4]+	1.0580	0.9634	0.9072
TG 46:2 (12:0/18:1/16:1) [M+NH4]+	1.0717	0.9562	0.8630
TG 48:1 (14:0/16:0/18:1) [M+Na]+	1.0621	0.9569	0.9668
TG 48:1 (14:0/16:0/18:1) [M+NH4]+	1.0689	0.9555	0.9079
TG 48:2 (14:0/16:1/18:1) [M+NH4]+	1.0535	0.9668	0.9061
TG 48:3 (14:1/16:1/18:1) [M+NH4]+	1.1477	0.9071	0.7605
TG 49:2 (16:0/16:1/17:1) [M+NH4]+	1.0561	0.9625	0.9451
TG 50:0 (16:0/16:0/18:0) [M+Na]+	1.0323	0.9783	0.9704
TG 50:0 (16:0/16:0/18:0) [M+NH4]+	1.0527	0.9650	0.9452
TG 50:2 (16:0/16:1/18:1) [M+Na]+	1.0535	0.9633	0.9636
TG 50:2 (16:0/16:1/18:1) [M+NH4]+	1.0390	0.9690	1.0427
TG 50:3 (16:0/16:1/18:2) [M+Na]+	1.0477	0.9665	0.9815
TG 51:2 (16:0/17:0/18:2) [M+NH4]+	1.1329	0.9151	0.8064
TG 52:0 (16:0/16:0/20:0) [M+NH4]+	1.0566	0.9630	0.9307
TG 52:1 (16:0/18:0/18:1) [M+NH4]+	1.0559	0.9651	0.9051
TG 52:1 (17:0/17:0/18:1) [M+NH4]+	1.0573	0.9642	0.9034
TG 52:2 (16:0/18:1/18:1) [M+Na]+	1.0415	0.9709	0.9822
TG 52:4 (16:0/18:2/18:2) [M+Na]+	1.0453	0.9677	0.9884
TG 52:5 (16:0/16:1/20:4) [M+Na]+	1.0546	0.9628	0.9598
TG 52:5 (16:0/18:2/18:3) [M+Na]+	1.0527	0.9636	0.9687
TG 52:5 (16:0/18:2/18:3) [M+NH4]+	1.0713	0.9567	0.8596
TG 52:6 (16:1/18:2/18:3) [M+Na]+	1.0674	0.9546	0.9393
TG 52:6 (16:1/18:2/18:3) [M+NH4]+	1.0778	0.9499	0.8920
TG 52:7 (16:1/18:3/18:3) [M+NH4]+	1.0773	0.9514	0.8750
TG 53:0 (16:0/17:0/20:0) [M+NH4]+	1.0629	0.9608	0.8916
TG 53:1 (17:0/18:0/18:1) [M+Na]+	1.0727	0.9550	0.8706
TG 53:2 (17:0/18:0/18:2) [M+NH4]+	1.0552	0.9653	0.9096
TG 53:2 (17:0/18:1/18:1) [M+NH4]+	1.0614	0.9626	0.8807
TG 53:3 (17:0/18:1/18:2) [M+NH4]+	1.0554	0.9645	0.9211
TG 53:4 (17:1/18:1/18:2) [M+Na]+	1.0543	0.9626	0.9644
TG 53:6 (17:1/18:2/18:3) [M+NH4]+	1.0445	0.9681	0.9924
TG 53:7 (17:2/18:2/18:3) [M+NH4]+	1.0404	0.9692	1.0236
TG 54:0 (16:0/18:0/20:0) [M+Na]+	1.0417	0.9713	0.9725
TG 54:0 (16:0/18:0/20:0) [M+NH4]+	1.0602	0.9618	0.9076
TG 54:1 (16:0/18:0/20:1) [M+NH4]+	1.0784	0.9510	0.8674
TG 54:1 (16:0/18:1/20:0) [M+Na]+	1.0455	0.9687	0.9700
TG 54:1 (16:0/18:1/20:0) [M+NH4]+	1.0376	0.9739	0.9800
TG 54:1 (18:0/18:0/18:1) [M+Na]+	1.0564	0.9560	1.0491
TG 54:2 (16:0/18:1/20:1) [M+Na]+	1.0457	0.9677	0.9844
TG 54:2 (16:0/18:1/20:1) [M+NH4]+	1.0562	0.9636	0.9259
TG 54:2 (18:0/18:1/18:1) [M+Na]+	1.0476	0.9673	0.9687
TG 54:4 (16:0/18:1/20:3) [M+Na]+	1.0378	0.9739	0.9769
TG 54:5 (16:0/18:2/20:3) [M+Na]+	1.0433	0.9694	0.9859
TG 54:5 (18:1/18:2/18:2) [M+Na]+	1.0390	0.9740	0.9608
TG 54:6 (16:0/16:0/22:6) [M+NH4]+	1.0605	0.9610	0.9165
TG 54:6 (16:0/18:2/20:4) [M+NH4]+	1.0606	0.9622	0.8965
TG 54:7 (16:0/16:1/22:6) [M+Na]+	1.0714	0.9533	0.9136
TG 54:7 (18:2/18:2/18:3) [M+Na]+	1.0679	0.9547	0.9336
TG 54:7 (18:2/18:2/18:3) [M+NH4]+	1.0946	0.9417	0.8265
TG 54:8 (18:2/18:3/18:3) [M+NH4]+	1.0735	0.9543	0.8720
TG 55:1 (17:0/18:1/20:0) [M+NH4]+	1.0524	0.9694	0.8759
TG 55:1 (18:0/18:1/19:0) [M+Na]+	1.0289	0.9833	0.9295
TG 55:2 (18:0/18:2/19:0) [M+NH4]+	1.0497	0.9712	0.8796
TG 55:2 (18:1/18:1/19:0) [M+NH4]+	1.0604	0.9631	0.8840
TG 55:3 (18:1/18:2/19:0) [M+NH4]+	1.0481	0.9723	0.8804
TG 55:6 (17:1/18:2/20:3) [M+NH4]+	1.0261	0.9823	0.9777
TG 56:0 (18:0/18:0/20:0) [M+NH4]+	1.0377	0.9781	0.9079
TG 56:1 (16:0/18:0/22:1) [M+NH4]+	1.0480	0.9696	0.9265
TG 56:1 (17:0/19:0/20:1) [M+NH4]+	1.0475	0.9712	0.9049
TG 56:1 (18:0/18:0/20:1) [M+NH4]+	1.0446	0.9735	0.9023
TG 56:2 (16:0/18:0/22:2) [M+NH4]+	1.0526	0.9671	0.9124
TG 56:2 (16:1/20:0/20:1) [M+NH4]+	1.0519	0.9673	0.9167
TG 56:2 (18:0/18:2/20:0) [M+NH4]+	1.0522	0.9672	0.9160
TG 56:3 (16:0/20:1/20:2) [M+NH4]+	1.0448	0.9722	0.9203
TG 56:3 (18:0/18:0/20:3) [M+Na]+	1.0347	0.9767	0.9687
TG 56:3 (18:0/18:0/20:3) [M+NH4]+	1.0147	0.9895	0.9964
TG 56:3 (18:1/18:1/20:1) [M+Na]+	1.0339	0.9771	0.9720
TG 56:3 (18:1/18:1/20:1) [M+NH4]+	1.0448	0.9721	0.9227
TG 56:3 (18:1/18:2/20:0) [M+Na]+	1.0354	0.9762	0.9677
TG 56:4 (16:0/18:0/22:4) [M+NH4]+	1.0355	0.9773	0.9494
TG 56:4 (18:0/18:1/20:3) [M+Na]+	1.0179	0.9863	1.0119
TG 56:4 (18:1/18:2/20:1) [M+NH4]+	1.0353	0.9775	0.9483
TG 56:5 (16:0/18:1/22:4) [M+NH4]+	1.0299	0.9810	0.9547
TG 56:5 (18:1/18:2/20:2) [M+NH4]+	1.0320	0.9799	0.9480
TG 56:5 (18:1/18:3/20:1) [M+NH4]+	1.0303	0.9808	0.9528
TG 56:5 (18:2/18:2/20:1) [M+NH4]+	1.0331	0.9793	0.9451
TG 56:6 (16:0/18:1/22:5) [M+Na]+	1.0172	0.9876	0.9984
TG 56:6 (18:1/18:2/20:3) [M+Na]+	1.0173	0.9875	0.9982
TG 56:7 (16:0/18:1/22:6) [M+NH4]+	1.0307	0.9816	0.9348
TG 56:7 (16:0/18:2/22:5) [M+NH4]+	1.0312	0.9814	0.9321
TG 56:7 (18:2/18:2/20:3) [M+NH4]+	1.0286	0.9828	0.9406
TG 56:8 (16:0/18:2/22:6) [M+Na]+	1.0323	0.9794	0.9513
TG 56:8 (16:0/18:2/22:6) [M+NH4]+	1.0476	0.9704	0.9170
TG 56:8 (16:0/20:4/20:4) [M+Na]+	1.0258	0.9822	0.9844
TG 56:8 (18:1/18:2/20:5) [M+Na]+	1.0326	0.9786	0.9624
TG 56:8 (18:1/18:2/20:5) [M+NH4]+	1.0532	0.9679	0.8924
TG 56:8 (18:2/18:3/20:3) [M+NH4]+	1.0508	0.9680	0.9193
TG 56:9 (16:0/18:3/22:6) [M+Na]+	1.0495	0.9680	0.9339
TG 57:1 (18:0/18:1/21:0) [M+NH4]+	1.0552	0.9673	0.8778
TG 57:2 (18:1/19:0/20:1) [M+NH4]+	1.0533	0.9717	0.8264
TG 57:3 (18:0/19:0/20:3) [M+NH4]+	1.0449	0.9744	0.8828
TG 57:5 (17:0/18:1/22:4) [M+NH4]+	1.0443	0.9747	0.8867
TG 57:6 (17:0/18:1/22:5) [M+NH4]+	1.0252	0.9852	0.9416
TG 58:0 (18:0/18:0/22:0) [M+NH4]+	0.9923	1.0093	0.9399
TG 58:10 (16:0/20:4/22:6) [M+Na]+	1.0096	0.9951	0.9660
TG 58:10 (16:0/20:4/22:6) [M+NH4]+	1.0401	0.9764	0.9074
TG 58:10 (18:2/18:2/22:6) [M+Na]+	1.0091	0.9954	0.9669
TG 58:10 (18:2/18:3/22:5) [M+Na]+	1.0058	0.9940	1.0296
TG 58:10 (18:2/20:4/20:4) [M+Na]+	1.0149	0.9895	0.9939
TG 58:11 (16:0/20:5/22:6) [M+Na]+	1.0361	0.9767	0.9503
TG 58:11 (16:0/20:5/22:6) [M+NH4]+	1.0467	0.9725	0.8933
TG 58:11 (16:1/20:4/22:6) [M+NH4]+	1.0501	0.9711	0.8753
TG 58:11 (18:2/18:3/22:6) [M+Na]+	1.0384	0.9766	0.9257
TG 58:11 (18:2/20:4/20:5) [M+Na]+	1.0337	0.9785	0.9504
TG 58:11 (18:2/20:4/20:5) [M+NH4]+	1.0486	0.9705	0.9022
TG 58:1 (18:0/18:1/22:0) [M+Na]+	1.0101	0.9921	1.0087
TG 58:1 (18:0/18:1/22:0) [M+NH4]+	1.0146	0.9925	0.9489
TG 58:1 (18:0/20:0/20:1) [M+NH4]+	1.0138	0.9927	0.9549
TG 58:2 (18:0/18:1/22:1) [M+Na]+	1.0261	0.9801	1.0165
TG 58:2 (18:0/18:1/22:1) [M+NH4]+	1.0292	0.9826	0.9367
TG 58:3 (18:0/18:1/22:2) [M+NH4]+	1.0345	0.9792	0.9282
TG 58:3 (18:0/20:0/20:3) [M+NH4]+	1.0353	0.9784	0.9331
TG 58:3 (18:1/18:2/22:0) [M+Na]+	1.0332	0.9777	0.9693
TG 58:3 (18:1/18:2/22:0) [M+NH4]+	1.0343	0.9794	0.9289
TG 58:3 (18:1/20:1/20:1) [M+Na]+	1.0334	0.9770	0.9779
TG 58:3 (18:1/20:1/20:1) [M+NH4]+	1.0441	0.9760	0.8675
TG 58:3 (18:2/20:0/20:1) [M+NH4]+	1.0356	0.9783	0.9306
TG 58:4 (18:0/18:1/22:3) [M+Na]+	1.0111	0.9924	0.9915
TG 58:4 (18:0/18:2/22:2) [M+NH4]+	1.0216	0.9874	0.9489
TG 58:4 (18:0/20:1/20:3) [M+NH4]+	1.0212	0.9872	0.9565
TG 58:4 (18:1/18:2/22:1) [M+Na]+	1.0088	0.9923	1.0216
TG 58:4 (18:1/20:1/20:2) [M+NH4]+	1.0248	0.9873	0.9118
TG 58:5 (18:1/20:1/20:3) [M+NH4]+	1.0207	0.9885	0.9402
TG 58:5 (18:2/18:2/22:1) [M+NH4]+	1.0212	0.9880	0.9437
TG 58:6 (18:0/18:1/22:5) [M+NH4]+	1.0083	0.9990	0.9178
TG 58:6 (18:0/20:3/20:3) [M+Li]+	1.0097	0.9986	0.9068
TG 58:6 (18:0/20:3/20:3) [M+NH4]+	1.0104	0.9943	0.9703
TG 58:6 (18:1/18:1/22:4) [M+NH4]+	1.0106	0.9935	0.9797
TG 58:7 (16:0/20:4/22:3) [M+Li]+	1.0278	0.9833	0.9427
TG 58:7 (18:0/18:1/22:6) [M+NH4]+	1.0064	0.9928	1.0416
TG 58:7 (18:1/18:2/22:4) [M+NH4]+	1.0062	0.9972	0.9713
TG 58:7 (18:2/20:2/20:3) [M+Li]+	1.0185	0.9894	0.9517
TG 58:8 (18:1/18:2/22:5) [M+NH4]+	1.0073	0.9974	0.9557
TG 58:8 (18:1/20:3/20:4) [M+Li]+	1.0455	0.9690	0.9657
TG 58:8 (18:1/20:3/20:4) [M+Na]+	0.9968	1.0007	1.0273
TG 58:9 (16:0/20:3/22:6) [M+Na]+	0.9925	1.0050	1.0075
TG 58:9 (18:1/18:2/22:6) [M+Na]+	0.9930	1.0037	1.0217
TG 58:9 (18:1/20:4/20:4) [M+Na]+	0.9886	1.0060	1.0381
TG 58:9 (18:2/18:2/22:5) [M+NH4]+	1.0111	0.9940	0.9658
TG 59:1 (19:0/20:0/20:1) [M+Li]+	1.0265	0.9795	1.0196
TG 59:2 (17:0/20:1/22:1) [M+NH4]+	1.0510	0.9745	0.8089
TG 59:4 (18:1/20:3/21:0) [M+NH4]+	1.0219	0.9909	0.8873
TG 59:5 (18:1/19:0/22:4) [M+NH4]+	1.0131	0.9962	0.9059
TG 60:10 (18:2/20:4/22:4) [M+Na]+	0.9613	1.0253	1.0467
TG 60:11 (16:0/22:5/22:6) [M+Na]+	0.9618	1.0257	1.0348
TG 60:11 (18:1/20:4/22:6) [M+Li]+	0.9940	1.0063	0.9678
TG 60:11 (18:1/20:4/22:6) [M+Na]+	0.9607	1.0258	1.0446
TG 60:11 (18:1/20:4/22:6) [M+NH4]+	0.9752	1.0184	0.9940
TG 60:11 (18:2/20:3/22:6) [M+Na]+	0.9658	1.0219	1.0504
TG 60:11 (18:3/20:3/22:5) [M+Na]+	0.9651	1.0220	1.0553
TG 60:11 (18:3/20:3/22:5) [M+NH4]+	0.9725	1.0208	0.9856
TG 60:12 (18:2/20:4/22:6) [M+Na]+	1.0000	1.0001	0.9991
TG 60:12 (18:3/20:4/22:5) [M+Na]+	1.0024	0.9969	1.0224
TG 60:2 (18:1/20:0/22:1) [M+NH4]+	0.9967	1.0037	0.9787
TG 60:4 (18:1/20:3/22:0) [M+Na]+	0.9978	0.9979	1.0609
TG 60:4 (18:1/20:3/22:0) [M+NH4]+	1.0018	1.0008	0.9639
TG 60:5 (18:0/20:1/22:4) [M+Na]+	0.9846	1.0081	1.0516
TG 60:6 (18:0/20:3/22:3) [M+NH4]+	0.9912	1.0070	0.9902
TG 60:6 (18:1/20:1/22:4) [M+NH4]+	0.9912	1.0070	0.9911
TG 60:7 (18:0/20:3/22:4) [M+Na]+	0.9733	1.0154	1.0652
TG 60:7 (18:1/20:2/22:4) [M+NH4]+	0.9679	1.0231	1.0045
TG 60:8 (18:0/20:4/22:4) [M+Na]+	0.9688	1.0199	1.0472
TG 60:8 (18:1/20:3/22:4) [M+NH4]+	0.9592	1.0273	1.0380
TG 60:8 (18:1/20:4/22:3) [M+Li]+	1.0275	0.9803	0.9944
TG 60:8 (18:2/20:1/22:5) [M+NH4]+	0.9603	1.0270	1.0318
TG 60:9 (18:2/20:3/22:4) [M+NH4]+	0.9609	1.0266	1.0291
TG 62:10 (18:1/22:4/22:5) [M+NH4]+	0.9187	1.0549	1.0706
TG 62:11 (18:2/22:4/22:5) [M+NH4]+	0.9363	1.0452	1.0192
TG 62:11 (20:3/20:4/22:4) [M+Na]+	0.9491	1.0324	1.0762
TG 62:13 (18:2/22:5/22:6) [M+NH4]+	0.9501	1.0403	0.9350
TG 62:4 (18:0/22:0/22:4) [M+NH4]+	0.9426	1.0410	1.0122
TG 62:4 (18:1/22:1/22:2) [M+NH4]+	0.9336	1.0465	1.0286
TG 62:5 (18:1/22:0/22:4) [M+NH4]+	0.9275	1.0489	1.0635
TG 62:7 (18:1/22:1/22:5) [M+NH4]+	0.9285	1.0494	1.0417
TG 62:9 (20:1/20:4/22:4) [M+NH4]+	0.9233	1.0509	1.0809

Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1	Sample:Benign
F2	Sample:Cancer
F3	Sample:Metastasis