Data for Rat Rotator Cuff Lipidomics (Study ST000666)

(Analysis AN001019)

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

MetaboliteF1F2F3F4F5F6F7F8
CE(16:0); [M+NH4]+@10.89 0.8811 1.1545 1.1457 0.3618 0.9446 1.7259 1.0690 0.7175
CE(16:1); [M+NH4]+@10.63 0.9422 1.1807 0.7468 0.8572 0.6907 1.8897 1.0630 0.6298
CE(17:0); [M+NH4]+@11.11 1.3611 0.9778 0.8378 0.6913 1.0844 1.3625 0.8009 0.8840
CE(18:1); [M+NH4]+@10.92 0.4119 1.5656 1.0755 0.4696 0.4750 2.5162 1.0797 0.4064
CE(18:2); [M+NH4]+@10.72 1.1709 1.3083 0.9298 0.3956 0.9601 1.6992 1.0993 0.4368
CE(18:3); [M+NH4]+@10.46 1.8135 0.9151 0.3726 0.8743 0.7750 1.1192 0.4980 1.6323
CE(20:2); [M+NH4]+@10.99 0.8406 1.6129 0.7594 0.3508 0.3034 2.7765 0.7871 0.5692
CE(20:3); [M+NH4]+@10.72 0.9752 1.8901 0.8605 0.1065 0.7468 2.5567 0.7140 0.1503
CE(20:4); [M+NH4]+@10.56 2.5310 1.0648 0.8684 0.2404 1.3694 1.0891 0.6078 0.2292
CE(20:5); [M+NH4]+@10.34 1.3098 0.8967 0.8387 0.6785 0.7034 1.7150 1.0484 0.8095
CE(22:4); [M+NH4]+@10.84 0.4281 2.0688 0.8116 0.1766 0.5892 2.9061 0.8268 0.1926
CE(22:6); [M+NH4]+@10.47 1.2502 1.6238 1.3201 0.2775 0.7599 1.6825 0.7747 0.3113
DG 30:0; [M+NH4]+@7.35 1.2648 0.7304 1.1266 1.2729 1.1511 0.6212 0.8665 0.9665
DG 30:1; [M+NH4]+@6.85 0.8898 0.7983 1.4293 0.9462 0.6704 0.5600 1.8933 0.8128
DG 32:0; [M+NH4]+@7.84 1.5722 0.5832 1.0625 1.0058 1.4473 0.5915 0.8431 0.8944
DG 32:1; [M+NH4]+@7.44 1.0622 0.5798 1.5501 0.9307 0.8338 0.6700 1.5094 0.8639
DG 32:2; [M+NH4]+@7.00 1.2225 0.6949 1.2692 0.9770 0.9907 0.6847 1.4011 0.7598
DG 32:3; [M+NH4]+@6.58 1.0718 0.7486 1.3529 1.2309 1.0882 0.6263 1.1658 0.7155
DG 33:0; [M+NH4]+@8.12 1.7621 0.5809 0.9149 1.0731 1.3430 0.7174 0.7360 0.8725
DG 33:1; [M+NH4]+@7.70 1.3525 0.6775 1.3200 0.9349 0.9607 0.7065 1.2276 0.8204
DG 33:2; [M+NH4]+@7.29 1.1111 0.8514 0.9523 1.1908 1.1156 0.6473 1.2207 0.9107
DG 34:0; [M+NH4]+@8.34 1.9808 0.6810 0.9035 0.8769 1.5304 0.7441 0.6740 0.6093
DG 34:1; [M+NH4]+@7.92 1.2529 0.8424 1.1914 0.8944 1.1600 0.8908 1.0557 0.7125
DG 34:2; [M+NH4]+@7.55 1.1357 0.6701 1.0595 1.2137 1.2300 0.6377 1.2392 0.8141
DG 34:3; [M+NH4]+@7.14 1.0723 0.7647 1.2302 0.9796 0.9528 0.6802 1.5698 0.7505
DG 34:4; [M+NH4]+@6.76 1.4587 0.9829 1.0699 0.6477 0.9976 0.8717 1.1897 0.7817
DG 35:0; [M+NH4]+@8.63 1.1239 0.6854 1.1398 0.9700 1.3846 0.5098 0.7936 1.3929
DG 35:1; [M+NH4]+@8.17 1.3854 0.7037 1.2318 0.8744 1.0416 0.7018 1.1385 0.9226
DG 35:2; [M+NH4]+@7.81 1.1794 0.7512 1.0607 1.1022 1.1490 0.5622 1.3299 0.8654
DG 35:3; [M+NH4]+@7.42 1.0628 0.9553 1.1358 1.0373 1.1916 0.4482 1.2433 0.9257
DG 36:0; [M+Li]+@8.84 0.5094 1.0654 0.9808 0.9095 0.8475 1.2508 1.5642 0.8724
DG 36:0; [M+NH4]+@8.81 1.6912 0.8318 0.9189 0.9375 1.1622 0.7032 0.8577 0.8975
DG 36:1; [M+Li]+@8.08 0.6524 0.8030 1.1286 1.2340 0.6916 0.8965 1.2046 1.3893
DG 36:1; [M+NH4]+@8.44 1.5574 0.8034 0.9902 0.9528 1.2810 0.6840 0.9369 0.7943
DG 36:2; [M+NH4]+@8.03 1.1364 0.7149 1.2267 0.8404 1.0988 0.7289 1.4810 0.7729
DG 36:3; [M+NH4]+@7.62 1.2152 0.7588 1.0442 0.7647 1.4354 0.6919 1.4092 0.6807
DG 36:4; [M+NH4]+@7.39 1.4180 0.7885 1.0201 0.7326 1.5957 0.6690 1.1940 0.5820
DG 36:5; [M+NH4]+@6.92 1.1419 0.8751 1.1288 0.8229 1.0379 0.7824 1.5518 0.6593
DG 36:6; [M+NH4]+@6.83 1.1186 1.0864 1.0901 1.0682 0.8743 0.9166 0.7987 1.0471
DG 37:0; [M+NH4]+@9.06 0.5151 0.4974 1.2125 1.3166 0.6363 0.6641 0.8519 2.3060
DG 37:1; [M+NH4]+@8.61 1.1307 0.5893 1.1503 1.2899 1.0298 0.7680 0.8406 1.2014
DG 37:2; [M+NH4]+@8.26 1.3942 0.6688 1.0371 1.0509 1.0175 0.6932 1.0682 1.0702
DG 37:3; [M+NH4]+@7.95 1.1766 0.7918 1.0757 0.9334 1.3026 0.8256 1.0661 0.8283
DG 37:4; [M+NH4]+@7.81 1.4947 1.0071 1.0136 0.7596 0.8588 0.7874 1.0943 0.9844
DG 38:0; [M+NH4]+@9.24 1.1666 1.3536 1.7118 0.8921 1.0816 0.4863 0.5969 0.7112
DG 38:1; [M+NH4]+@8.87 1.3960 0.7888 0.9838 1.0084 1.0782 0.5955 1.2011 0.9482
DG 38:2; [M+NH4]+@8.49 1.4376 0.8212 1.0150 0.7996 1.2191 0.6996 1.2852 0.7228
DG 38:3; [M+NH4]+@8.15 1.2817 0.8251 1.1027 0.7903 1.1718 0.8145 1.1880 0.8260
DG 38:4; [M+NH4]+@7.95 1.1206 0.9863 1.1203 0.8267 0.9707 0.8661 1.0661 1.0432
DG 38:5; [M+NH4]+@7.59 1.3577 0.7714 1.2361 0.7200 1.1809 0.8104 1.2005 0.7232
DG 38:6; [M+NH4]+@7.29 1.5101 0.9575 1.0042 0.8306 1.2100 0.9009 0.8071 0.7796
DG 38:7; [M+NH4]+@6.97 0.9508 1.0407 1.1999 0.8409 0.8333 1.2178 1.2312 0.6854
DG 39:0; [M+NH4]+@9.42 0.7163 1.0634 0.8755 1.7079 0.5351 0.4001 0.3911 2.3106
DG 39:4; [M+NH4]+@8.20 1.0965 0.7827 1.1314 0.7675 1.1038 0.8355 1.1585 1.1242
DG 40:0; [M+NH4]+@9.58 0.8391 0.9845 0.8221 0.9810 1.0683 0.7237 1.1338 1.4475
DG 40:2; [M+NH4]+@8.93 1.2873 0.5913 1.2336 0.8797 1.0308 0.6818 1.3388 0.9566
DG 40:3; [M+NH4]+@8.60 1.2475 0.7611 0.8592 0.9870 0.9706 0.8484 1.2750 1.0511
DG 40:4; [M+NH4]+@8.41 1.4391 0.7469 1.0693 0.8697 1.0052 0.9322 1.0432 0.8944
DG 40:5; [M+NH4]+@8.03 1.6847 0.7940 0.9872 0.7501 1.3028 0.8409 0.9089 0.7314
DG 40:6; [M+NH4]+@7.76 1.4160 0.7586 1.1502 0.6347 1.7401 0.8453 0.9458 0.5094
DG 40:7; [M+NH4]+@7.44 1.5078 1.0461 1.0541 0.6617 1.1335 1.2125 0.7767 0.6076
DG 40:8; [M+NH4]+@7.10 1.7561 1.1325 0.7960 0.5927 1.2101 1.2159 0.7457 0.5509
DG 41:0; [M+NH4]+@9.74 0.4867 0.8561 0.7738 1.0111 0.9320 0.7404 1.5176 1.6823
DG 42:0; [M+NH4]+@9.89 1.4150 1.0377 0.4644 1.4498 1.1306 1.2583 0.6576 0.5866
DG 42:10; [M+NH4]+@7.03 1.5128 1.1844 0.9697 0.8905 0.7622 1.1331 0.6858 0.8616
DG 42:2; [M+NH4]+@9.30 0.9241 0.4937 1.1195 1.2971 1.0090 0.6051 1.3396 1.2119
DG 42:3; [M+NH4]+@9.00 1.6553 0.7020 1.0221 0.7756 1.1426 0.6187 0.9270 1.1567
DG 42:5; [M+NH4]+@8.40 1.1537 0.7384 1.5291 1.0473 0.6204 0.7732 1.4983 0.6396
DG 42:7; [M+NH4]+@8.03 1.3582 0.9970 0.8159 1.1188 1.1041 0.9899 0.9104 0.7057
lysoPC 14:0; [M+H]+@1.05 0.9142 1.3764 0.9293 0.7718 1.1752 1.0935 0.9356 0.8041
lysoPC 15:0; [M+H]+@1.32 0.9450 1.0398 1.0647 0.7980 0.9317 1.1238 1.2498 0.8472
lysoPC 16:0; [M+H]+@1.56 1.2480 0.9386 1.0432 0.6294 1.4479 0.8589 1.0691 0.7650
lysoPC 16:1; [M+H]+@1.19 1.0182 1.0264 1.2653 0.5301 0.8042 0.9720 1.8078 0.5761
lysoPC 17:0; [M+H]+@1.99 1.3400 0.9699 0.9941 0.7275 1.2780 1.1478 0.7744 0.7682
lysoPC 17:1; [M+H]+@1.45 1.4287 1.0259 0.8983 0.7752 1.0726 0.9485 1.1844 0.6665
lysoPC 18:0; [M+H]+@2.36 0.9185 1.1578 0.9241 0.7312 0.9949 1.3113 0.9818 0.9805
lysoPC 18:0; [M+H]+@2.88 0.9765 0.8046 0.9824 0.7773 1.0577 1.3153 1.0438 1.0424
lysoPC 18:1; [M+H]+@1.70 1.2443 0.8394 1.1172 0.5936 1.2784 0.9520 1.3093 0.6657
lysoPC 18:2; [M+H]+@1.31 1.2897 0.8982 0.9150 0.5860 1.6179 0.8265 1.0569 0.8099
lysoPC 18:3; [M+H]+@1.09 1.0018 3.0190 0.3751 0.3971 0.7047 1.7540 0.3949 0.3533
lysoPC 19:0; [M+H]+@2.80 1.0686 1.0245 0.9728 0.8166 1.0571 1.1869 0.9330 0.9405
lysoPC 20:0; [M+H]+@3.39 1.1188 1.0997 1.0310 0.7851 0.9142 1.1325 1.0114 0.9073
lysoPC 20:1; [M+H]+@2.57 1.4504 0.8024 0.9095 0.6515 1.2226 0.9769 1.1602 0.8263
lysoPC 20:2; [M+H]+@1.92 1.4160 0.9024 1.2472 0.6335 1.0541 0.8483 1.1606 0.7379
lysoPC 20:3; [M+H]+@1.57 1.3608 0.8150 0.9470 0.7774 1.2650 0.8983 1.0511 0.8853
lysoPC 20:4; [M+H]+@1.27 1.5228 0.9553 0.8912 0.4920 1.6828 0.8773 0.9546 0.6240
lysoPC 20:4; [M+Na]+@1.26 1.4646 0.9901 0.9264 0.6647 1.4611 0.8585 0.9326 0.7021
lysoPC 20:5; [M+H]+@1.05 1.3547 0.7717 0.9911 0.6773 1.3444 0.7938 1.1913 0.8758
lysoPC 22:0; [M+H]+@4.28 0.9998 1.0872 0.9719 1.0902 0.9692 1.1293 0.8974 0.8550
lysoPC 22:1; [M+H]+@3.42 0.8362 1.2488 1.0667 0.6188 0.7866 1.2764 1.1416 1.0250
lysoPC 22:4; [M+H]+@1.79 1.2015 0.7905 1.0197 0.8375 1.7299 0.7146 0.9408 0.7655
lysoPC 22:5; [M+H]+@1.37 2.2050 0.5671 0.5440 0.4910 2.5730 0.5496 0.5167 0.5536
lysoPC 22:6; [M+H]+@1.21 1.9450 0.8044 0.5071 0.4885 2.5215 0.8184 0.4452 0.4699
lysoPC 23:0; [M+H]+@4.73 0.6787 1.0103 0.8602 1.1193 1.1680 1.3390 0.9872 0.8373
lysoPC 24:0; [M+H]+@5.16 0.9314 0.9818 1.0461 0.8579 1.1098 1.2207 0.9048 0.9474
lysoPC 24:1; [M+H]+@4.28 0.9061 1.1249 0.9186 1.0132 1.0728 1.1608 0.8422 0.9614
lysoPE 16:0; [M+H]+@1.69 1.6767 0.5489 0.9602 0.5724 2.0299 0.6425 0.9350 0.6345
lysoPE 16:0; [M+Na]+@7.68 1.2014 1.2819 0.9652 0.8609 1.4664 0.9474 0.6213 0.6554
lysoPE 17:0; [M+H]+@2.09 1.0491 0.7683 1.0239 0.7035 1.4801 1.0680 1.0772 0.8299
lysoPE 18:0; [M+H]+@2.48 1.9121 0.6411 0.7549 0.4713 2.2662 0.7183 0.7206 0.5156
lysoPE 18:0; [M+Na]+@2.63 2.1784 0.6917 0.6767 0.6026 1.9265 0.7427 0.6147 0.5667
lysoPE 18:1; [M+H]+@1.83 1.3676 0.7681 1.1233 0.5684 1.5234 0.9956 1.1460 0.5076
lysoPE 18:1; [M+Na]+@1.87 1.5381 0.7352 1.0748 0.7878 1.2173 0.9163 1.1412 0.5892
lysoPE 18:2; [M+H]+@1.40 1.9313 0.4169 0.7972 0.4845 2.6835 0.4342 0.7056 0.5467
lysoPE 19:0; [M+H]+@2.94 2.1942 0.8095 0.7891 0.5768 1.9710 0.4627 0.6789 0.5177
lysoPE 20:3; [M+H]+@1.63 1.6769 0.4576 0.5848 0.6075 3.1046 0.4818 0.4762 0.6106
lysoPE 20:4; [M+H]+@1.31 1.5347 0.6114 0.9077 0.6617 2.1718 0.6067 0.8604 0.6456
lysoPE 20:4; [M+H]+@7.28 0.5310 1.4579 1.1141 0.7013 0.6310 1.5192 1.2065 0.8390
lysoPE 20:4; [M+Na]+@1.28 1.1414 0.7933 0.9752 1.1316 1.4518 0.6907 0.8917 0.9242
lysoPE 22:4; [M+H]+@1.81 1.2897 0.4615 0.6025 0.4745 3.4594 0.6792 0.6803 0.3530
lysoPE 22:5; [M+H]+@1.41 2.0079 0.3031 0.4596 0.3378 3.8773 0.3307 0.3795 0.3041
lysoPE 22:6; [M+H]+@1.24 1.8303 0.3699 0.4081 0.3589 4.0362 0.4552 0.2566 0.2849
lysoPE 22:6; [M+H]+@6.06 2.4426 0.7308 0.4082 0.7111 1.6213 1.0226 0.4957 0.5676
lysoPE 22:6; [M+H]+@6.58 2.4996 0.7335 0.5995 0.6676 1.5080 0.9616 0.5390 0.4911
lysoPE 22:6; [M+Na]+@1.24 2.0668 0.6789 0.4837 0.6334 2.5390 0.6597 0.3268 0.6117
MG 16:0; [M+NH4]+@2.68 1.4334 0.8586 0.7226 0.8423 1.0932 1.2902 0.7425 1.0173
MG 17:0; [M+NH4]+@3.17 1.8205 0.8621 0.8150 0.7039 1.4360 1.1523 0.6244 0.5858
MG 18:0; [M+NH4]+@3.65 1.5105 0.9729 0.5909 0.7295 1.2632 1.2433 0.7031 0.9866
MG 18:1; [M+NH4]+@2.92 1.7964 0.8035 0.9723 0.7101 1.0894 0.7956 0.9744 0.8584
MG 18:2; [M+NH4]+@2.30 1.5041 0.7799 0.8327 0.6149 1.3117 0.9578 0.8879 1.1110
MG 20:0; [M+NH4]+@4.63 1.8361 0.4759 0.5072 1.3104 1.8546 1.0176 0.2891 0.7090
MG 22:0; [M+NH4]+@5.53 0.9952 1.3893 0.7098 0.6473 1.0823 0.8102 1.1389 1.2270
MG 22:5; [M+NH4]+@2.31 1.7131 0.4605 1.0837 0.8837 1.6107 0.5744 0.6920 0.9819
PA 35:1; [M+Na]+@5.72 1.8971 0.9810 0.6813 0.5847 1.2900 1.4053 0.5351 0.6255
PA 50:6; [M+Na]+@7.79 0.6981 1.1341 1.0790 1.0704 0.9718 1.2980 0.8393 0.9093
PC 17:0; [M+H]+@1.65 1.7041 1.1211 0.7640 0.5599 1.5503 1.1373 0.6243 0.5388
PC 18:0; [M+H]+@1.91 0.3818 1.1090 1.3583 0.9368 0.4864 1.0577 1.6184 1.0516
PC 19:1; [M+H]+@2.28 2.3029 0.2867 0.4434 0.3548 3.7288 0.2843 0.3491 0.2500
PC 19:2; [M+H]+@1.38 1.2623 1.3476 0.7441 0.6194 1.4094 1.3369 0.5957 0.6846
PC 20:0; [M+H]+@2.75 1.6504 0.2847 0.4032 0.3197 4.0348 0.4009 0.5668 0.3394
PC 20:1; [M+H]+@2.24 2.2798 0.3390 0.4977 0.3644 3.4631 0.4102 0.3488 0.2970
PC 20:2; [M+H]+@1.51 1.2667 1.0526 1.0633 0.7906 0.6618 1.1840 1.1590 0.8221
PC 21:1; [M+H]+@1.96 2.0722 0.3088 0.8436 0.6469 2.7298 0.2482 0.6534 0.4971
PC 21:3; [M+Na]+@1.35 1.5076 1.2741 0.5871 0.6713 1.5898 1.5031 0.3080 0.5589
PC 21:4; [M+H]+@1.37 0.8227 1.4923 0.9434 0.8017 0.9492 1.6327 0.6593 0.6986
PC 22:2; [M+H]+@2.16 2.3144 0.2341 0.5206 0.3605 3.4046 0.3790 0.4664 0.3204
PC 22:4; [M+H]+@1.51 0.9808 0.6933 0.6808 0.5540 2.7574 0.6692 0.9738 0.6907
PC 22:5; [M+H]+@0.79 1.9381 0.5074 0.6085 0.4160 3.0042 0.6926 0.5757 0.2575
PC 23:5; [M+H]+@1.94 2.0300 0.4420 0.4086 0.7766 2.5959 0.8656 0.5304 0.3510
PC 24:3; [M+H]+@2.08 1.6468 0.1560 0.3118 0.3525 4.7984 0.2170 0.2709 0.2466
PC 24:4; [M+H]+@3.01 2.2241 0.1082 0.1964 0.2688 4.6873 0.1347 0.1968 0.1837
PC 25:2; [M+H]+@2.37 1.7486 0.5246 0.4444 0.4129 4.0434 0.2578 0.2435 0.3248
PC 25:3; [M+H]+@2.25 1.7991 0.2069 0.3051 0.3179 4.5789 0.2297 0.3463 0.2161
PC 28:0; [M+H]+@5.28 0.8147 0.9246 1.1303 1.0884 0.8879 1.1590 0.9469 1.0480
PC 29:0; [M+H]+@5.64 0.9963 1.0950 1.1183 0.8437 0.8005 1.1663 1.0947 0.8853
PC 30:0; [M+H]+@5.92 0.8591 1.2850 1.0297 0.9307 0.7802 1.3257 0.9368 0.8527
PC 30:0; [M+Na]+@5.99 0.7062 0.9557 1.1189 0.9924 0.8608 1.2589 0.9251 1.1820
PC 30:1; [M+H]+@5.51 0.6132 1.2141 1.2574 0.6835 0.6693 1.4418 1.3738 0.7469
PC 30:4; [M+H]+@2.04 2.6904 0.2551 0.2011 0.2589 3.9432 0.2156 0.2603 0.1755
PC 30:6; [M+H]+@1.92 1.7947 0.0856 0.2564 0.2040 5.2320 0.1238 0.1790 0.1245
PC 31:0; [M+H]+@6.19 1.1038 1.0897 0.9571 0.8033 0.9874 1.1618 1.1707 0.7262
PC 31:1; [M+H]+@5.85 0.9847 1.1447 1.2111 0.6242 0.7475 1.2959 1.3999 0.5920
PC 31:2; [M+H]+@5.31 1.2872 1.1562 0.6302 0.4616 1.6584 1.1261 0.5076 1.1728
PC 32:0; [M+H]+@6.55 0.9390 0.8745 1.2186 0.9197 0.9887 1.0328 1.1090 0.9178
PC 32:1; [M+H]+@6.05 0.5215 1.0776 1.5445 0.6330 0.5013 1.0992 1.9525 0.6705
PC 32:1; [M+Na]+@6.11 0.9417 1.1396 1.1361 0.8079 0.8517 0.9874 1.5201 0.6155
PC 32:2; [M+H]+@5.60 0.6320 1.2945 1.1474 0.5099 0.6101 1.5560 1.6979 0.5522
PC 32:2; [M+Na]+@5.63 0.8521 1.3066 1.1707 0.7158 0.7377 1.5645 1.1108 0.5419
PC 32:3; [M+H]+@5.44 0.8985 1.1972 1.1063 0.7383 1.2072 1.1741 1.0086 0.6698
PC 32:4; [M+H]+@5.43 1.0186 0.5689 1.2555 0.8519 2.0241 0.7443 0.8860 0.6507
PC 33:0; [M+H]+@6.83 1.2128 1.0664 0.9642 0.8219 1.1206 1.2187 0.9187 0.6767
PC 33:1; [M+H]+@6.37 1.1207 0.9589 1.1630 0.7604 1.0194 1.0645 1.2355 0.6774
PC 33:2; [M+H]+@5.93 1.0652 1.2609 1.0045 0.7394 0.9841 1.3955 0.9073 0.6430
PC 33:2; [M+Na]+@6.00 0.9320 0.5630 1.6752 0.8177 0.7627 0.5466 1.7784 0.9245
PC 33:3; [M+H]+@5.50 1.3410 0.8934 0.9429 0.5971 1.8103 0.8339 0.8631 0.7183
PC 33:4; [M+H]+@3.92 1.7082 0.1153 0.2281 0.3043 5.1800 0.0826 0.2315 0.1501
PC 34:0; [M+H]+@7.25 1.2913 1.0633 0.8284 0.7979 1.2598 1.1032 0.8610 0.7950
PC 34:0; [M+Na]+@7.26 1.4750 1.0286 0.8878 0.7385 1.3288 1.1901 0.5883 0.7630
PC 34:1; [M+H]+@4.24 1.5196 1.0871 0.6707 0.8861 1.1306 1.1602 0.7401 0.8056
PC 34:1; [M+H]+@6.65 1.0095 0.9897 1.0282 0.9721 0.9535 1.0282 1.0282 0.9908
PC 34:2; [M+H]+@3.74 1.5172 0.8162 0.5927 0.5673 1.6340 0.8068 0.9526 1.1132
PC 34:2; [M+H]+@4.64 1.6639 1.0122 0.5354 0.9508 1.7431 0.6223 0.5297 0.9426
PC 34:2; [M+Na]+@9.70 0.7554 0.5309 0.8951 1.3328 1.0223 1.4741 0.9956 0.9939
PC 34:3; [M+H]+@5.79 0.7433 1.3244 1.2133 0.6752 0.6504 1.1744 1.4939 0.7251
PC 34:4; [M+H]+@5.52 1.0692 1.2519 1.0471 0.5883 0.9204 1.4033 1.0967 0.6230
PC 34:4; [M+H]+@6.43 1.5276 0.9073 1.0468 0.6624 1.1928 0.9624 0.9417 0.7590
PC 34:4; [M+Na]+@5.44 1.4138 1.0874 0.9894 0.6484 0.9333 1.2781 0.9440 0.7057
PC 34:5; [M+H]+@5.52 0.8177 1.1110 1.1426 0.5673 1.0749 1.5496 1.0996 0.6373
PC 34:6; [M+H]+@5.15 1.8690 0.3002 0.5998 0.4298 3.7075 0.3970 0.4393 0.2574
PC 35:0; [M+H]+@7.49 1.2771 0.7947 0.8588 1.0012 1.1366 1.0957 0.9127 0.9232
PC 35:1; [M+H]+@6.97 1.2796 0.9779 1.0198 0.7903 1.2023 1.0514 0.9355 0.7432
PC 35:1; [M+H]+@7.93 1.0703 0.8435 1.0572 0.9382 0.7534 1.0106 1.1163 1.2105
PC 35:2; [M+H]+@6.55 1.3807 0.8759 0.9404 0.8645 1.3555 0.9730 0.8850 0.7249
PC 35:2; [M+H]+@7.47 1.1405 0.6236 1.3345 0.8379 0.9015 0.8827 1.2877 0.9916
PC 35:3; [M+H]+@6.09 1.1798 0.9845 1.1025 0.7136 1.0701 1.0527 1.1129 0.7839
PC 35:4; [M+H]+@4.98 2.1535 0.9738 0.3997 0.6902 2.1254 0.9372 0.3223 0.3979
PC 35:4; [M+H]+@5.80 1.3073 1.1624 0.9581 0.6080 1.2345 1.2869 0.8820 0.5608
PC 35:5; [M+H]+@5.51 2.0186 0.6602 0.6775 0.5228 2.0800 0.7902 0.7295 0.5213
PC 36:0; [M+H]+@7.84 1.0836 0.9749 1.0704 0.9027 1.0055 1.0383 0.9768 0.9478
PC 36:1; [M+H]+@7.29 1.0926 0.8888 0.9827 0.9463 1.1093 0.9559 0.9420 1.0823
PC 36:2; [M+H]+@4.10 1.1472 1.0000 0.6260 1.0267 0.7776 1.3032 1.3395 0.7797
PC 36:3; [M+H]+@5.17 1.6007 0.4039 0.3963 0.6499 3.4816 0.5049 0.5038 0.4589
PC 36:3; [M+H]+@6.36 0.9883 0.9370 1.0791 0.9847 0.8719 0.9626 1.1465 1.0300
PC 36:4; [M+H]+@2.98 1.5065 0.9502 0.8435 0.5660 1.9423 0.6986 0.8827 0.6102
PC 36:4; [M+H]+@4.21 1.5635 0.7058 0.5415 0.7924 2.5890 0.6786 0.6273 0.5020
PC 36:4; [M+Na]+@5.99 1.3505 1.2770 0.8429 0.7552 0.9199 1.2583 0.8486 0.7476
PC 36:5; [M+H]+@4.56 2.0470 0.0933 0.1525 0.1377 5.2206 0.1597 0.1029 0.0863
PC 36:5; [M+H]+@5.71 0.9668 1.1844 1.2012 0.8373 0.8312 0.9825 1.2688 0.7279
PC 36:5; [M+Na]+@5.64 1.3041 1.2299 0.9704 0.7368 1.1443 1.0948 0.8785 0.6413
PC 36:6; [M+H]+@5.30 1.3589 1.2107 0.9095 0.6764 1.1939 1.1156 0.8705 0.6644
PC 36:6; [M+H]+@5.76 1.3589 1.2107 0.9095 0.6764 1.1939 1.1156 0.8705 0.6644
PC 36:7; [M+H]+@5.47 1.1724 1.1822 1.1028 0.6580 1.0437 1.3110 0.8872 0.6426
PC 37:0; [M+H]+@8.03 0.8730 0.6994 0.8927 1.7520 1.0977 0.9907 0.6599 1.0346
PC 37:1; [M+H]+@7.64 1.1088 0.7749 1.1330 0.8648 0.8990 1.0364 1.2511 0.9319
PC 37:2; [M+H]+@7.23 1.1980 0.9011 1.0868 0.7518 1.0378 0.9241 1.1272 0.9731
PC 37:3; [M+H]+@6.84 1.5529 0.9140 0.9015 0.7464 1.3961 0.9360 0.7949 0.7582
PC 37:4; [M+H]+@6.50 1.7757 0.9216 0.7837 0.5950 1.6339 1.0161 0.6619 0.6121
PC 37:5; [M+H]+@6.02 1.4106 1.0377 1.0097 0.7151 1.1493 1.0474 0.9118 0.7185
PC 37:6; [M+H]+@5.75 1.7776 1.0797 0.6365 0.7559 1.4461 1.1549 0.4695 0.6797
PC 37:7; [M+H]+@5.60 1.8943 0.7197 0.8182 0.7185 1.5802 0.7547 0.6606 0.8537
PC 38:0; [M+H]+@8.36 0.9227 0.8781 0.9328 1.4026 1.1318 0.6436 1.1709 0.9176
PC 38:1; [M+H]+@6.27 1.2585 0.9956 0.9418 0.9983 0.9684 1.0779 1.0719 0.6874
PC 38:1; [M+H]+@7.94 0.9934 0.8639 1.1888 0.8699 0.9966 1.0023 1.1284 0.9567
PC 38:2; [M+H]+@7.44 1.1615 0.8192 1.0518 0.8426 1.0073 0.9475 1.2090 0.9611
PC 38:3; [M+H]+@7.15 1.1593 1.0205 1.0162 0.7463 1.1066 1.0245 0.9457 0.9808
PC 38:4; [M+H]+@6.80 1.0426 1.0762 1.0485 0.9420 1.0426 1.0762 0.8073 0.9647
PC 38:5; [M+H]+@5.12 1.3605 0.2712 0.3001 0.4229 4.7643 0.3338 0.1834 0.3638
PC 38:5; [M+H]+@6.32 1.1506 0.9990 1.0932 0.8786 1.1023 1.0812 0.8782 0.8168
PC 38:6; [M+H]+@5.96 1.0996 1.1508 0.8109 0.8795 1.2903 1.0418 0.7381 0.9890
PC 38:6; [M+Na]+@6.03 1.6061 1.4629 0.5695 0.5829 1.5270 1.1020 0.6364 0.5132
PC 38:7; [M+H]+@4.32 1.1230 0.1751 0.1117 0.1389 6.0649 0.1412 0.1296 0.1156
PC 38:7; [M+H]+@5.61 1.3397 1.1937 0.8465 0.6768 1.1951 1.2224 0.8573 0.6685
PC 38:7; [M+H]+@6.00 1.3296 1.2813 0.9086 0.7365 0.7942 1.3121 0.9202 0.7175
PC 38:7; [M+Na]+@5.53 1.6368 1.0050 0.7528 0.6770 1.5465 1.0187 0.6258 0.7374
PC 38:8; [M+H]+@5.31 1.2586 1.1882 0.9586 0.6571 1.3704 1.1479 0.8457 0.5735
PC 38:8; [M+H]+@5.78 1.2586 1.1882 0.9586 0.6571 1.3704 1.1479 0.8457 0.5735
PC 38:9; [M+H]+@5.37 1.0367 1.3492 0.9654 0.8240 0.8854 1.1729 1.0436 0.7228
PC 39:1; [M+H]+@8.11 0.9826 0.5802 0.7959 1.7869 1.1775 0.7368 1.0212 0.9188
PC 39:2; [M+H]+@7.70 0.8035 0.7324 0.8402 0.9637 1.1123 1.3016 1.2268 1.0195
PC 39:3; [M+H]+@7.42 1.1761 0.9029 1.0740 0.9274 0.9724 0.9228 1.0554 0.9690
PC 39:4; [M+H]+@7.08 1.4777 0.9648 1.0006 0.6310 1.1838 0.9494 0.9533 0.8393
PC 39:5; [M+H]+@6.67 1.8594 0.8838 0.7338 0.7694 1.4888 1.0090 0.5470 0.7088
PC 39:6; [M+H]+@6.40 1.9029 0.9919 0.6225 0.8417 1.5344 1.1113 0.3151 0.6802
PC 39:7; [M+H]+@5.74 1.7840 1.1316 0.6173 0.8344 1.2058 1.2409 0.4954 0.6906
PC 39:7; [M+H]+@6.97 1.6902 1.1778 0.6567 0.8373 1.0224 1.2454 0.6015 0.7686
PC 39:8; [M+H]+@5.50 1.2211 0.5089 0.5844 0.7968 3.1260 0.5022 0.3342 0.9262
PC 40:0; [M+H]+@7.28 1.2890 0.9818 1.1026 0.6698 1.2531 0.9895 1.0263 0.6879
PC 40:10; [M+H]+@5.46 1.7046 0.9747 0.7937 0.7358 1.2888 1.0791 0.6741 0.7492
PC 40:1; [M+H]+@6.80 1.4550 1.0437 0.8692 0.7773 1.1014 1.1548 0.9722 0.6263
PC 40:2; [M+H]+@8.02 0.8981 0.6858 1.0989 1.0403 1.0376 0.8814 1.3762 0.9816
PC 40:3; [M+H]+@7.62 1.1452 0.8490 1.0681 0.6253 1.1525 1.1358 1.0050 1.0192
PC 40:4; [M+H]+@7.30 1.3270 0.9547 1.0671 0.7366 1.0788 0.9812 0.9715 0.8832
PC 40:5; [M+H]+@6.96 1.6562 0.9329 0.7048 0.6976 1.6171 1.1224 0.6029 0.6661
PC 40:6; [M+H]+@6.72 1.7223 1.1513 0.5648 0.8105 1.4610 1.1096 0.3499 0.8306
PC 40:6; [M+Na]+@6.78 1.8658 1.0591 0.5603 1.0335 1.4265 0.9909 0.2883 0.7757
PC 40:7; [M+H]+@6.08 1.7332 1.1188 0.6817 0.6225 1.5162 1.1386 0.5423 0.6467
PC 40:7; [M+H]+@6.89 1.7031 1.2896 0.4793 0.7072 1.2700 1.1604 0.6773 0.7131
PC 40:7; [M+Na]+@6.03 2.1300 1.0850 0.6641 0.5581 1.5667 0.9730 0.3992 0.6239
PC 40:8; [M+H]+@5.75 2.1285 0.9674 0.6104 0.5741 1.5398 0.9637 0.4166 0.7994
PC 40:8; [M+Na]+@5.79 1.7762 1.0897 0.5399 0.7214 1.5824 1.1332 0.4066 0.7506
PC 40:9; [M+H]+@5.44 1.7695 1.0930 0.6651 0.6544 1.6250 0.9305 0.6018 0.6607
PC 40:9; [M+H]+@5.98 1.5560 1.1270 0.6419 0.6983 1.6114 1.0995 0.7226 0.5433
PC 41:1; [M+H]+@8.88 0.6194 0.6396 0.7582 1.9540 0.9000 0.6587 0.4800 1.9902
PC 41:4; [M+H]+@7.07 0.9612 1.5458 0.6015 0.8415 1.0380 1.5503 0.5728 0.8889
PC 41:5; [M+H]+@7.24 1.4316 0.9626 0.7140 0.9739 1.2960 1.0212 0.5900 1.0107
PC 41:6; [M+H]+@7.07 1.5515 1.0855 0.6915 0.8701 1.2827 0.9497 0.5905 0.9786
PC 42:10; [M+H]+@5.70 2.0801 1.1117 0.7110 0.5343 1.5514 0.9677 0.4409 0.6029
PC 42:11; [M+H]+@5.41 1.8753 1.2053 0.5509 0.7376 1.4775 1.0622 0.3473 0.7439
PC 42:11; [M+H]+@5.81 1.8753 1.2053 0.5509 0.7376 1.4775 1.0622 0.3473 0.7439
PC 42:1; [M+H]+@8.93 0.8254 0.6899 0.9746 2.1413 1.0200 0.7745 0.5264 1.0479
PC 42:2; [M+H]+@8.75 0.9596 1.0865 1.0382 0.8680 1.2387 1.1701 0.7861 0.8528
PC 42:3; [M+H]+@8.13 0.9718 0.8845 1.1407 1.0954 0.8595 0.8346 1.2223 0.9912
PC 42:4; [M+H]+@7.76 0.7133 0.9818 1.3484 1.1196 0.9783 1.0526 0.9778 0.8283
PC 42:5; [M+H]+@7.46 0.9589 0.8842 1.3708 0.7331 0.8537 0.9792 1.3473 0.8729
PC 42:6; [M+H]+@7.05 1.4355 1.0242 1.0066 0.7865 1.0101 1.0582 0.9782 0.7009
PC 42:7; [M+H]+@6.77 1.5172 0.9496 0.8251 0.8165 1.1011 1.2228 0.5864 0.9814
PC 42:8; [M+H]+@6.37 2.3096 0.8933 0.7481 0.6480 1.2454 0.9110 0.5524 0.6922
PC 42:9; [M+H]+@5.97 2.0680 1.0593 0.6727 0.6092 1.5895 0.9345 0.4226 0.6442
PC 42:9; [M+H]+@6.81 1.6855 1.3250 0.5422 1.0358 1.2203 1.0584 0.3297 0.8031
PC 44:12; [M+H]+@5.63 1.7528 1.3189 0.5377 0.7976 1.2221 1.0563 0.3477 0.9670
PC 44:4; [M+H]+@8.57 0.8431 0.6378 0.8067 1.8856 0.9291 0.6196 1.0954 1.1828
PC 44:5; [M+H]+@8.07 0.6228 0.7639 1.2531 1.6249 0.7378 0.7859 1.3205 0.8911
PC 44:6; [M+H]+@6.56 2.9202 0.6420 0.5175 1.2069 1.5057 0.6513 0.2559 0.3006
PC 50:6; [M+H]+@8.13 0.9606 0.6702 0.4819 3.1421 1.1906 0.5904 0.4385 0.5255
PE 19:1; [M+H]+@1.86 1.3015 1.0688 1.2028 0.8677 1.2900 0.8220 0.7148 0.7324
PE 19:2; [M+H]+@1.43 1.5141 0.6928 0.7591 0.7761 1.7164 1.1736 0.6874 0.6806
PE 21:4; [M+H]+@1.43 1.0759 0.9859 1.1640 0.9144 0.8243 1.1113 0.9037 1.0206
PE 32:0; [M+H]+@6.74 1.1654 0.8326 1.1627 0.7026 1.2398 0.7397 1.1899 0.9673
PE 32:1; [M+H]+@6.22 0.6833 0.7908 1.3949 0.8679 0.7380 0.7059 2.0514 0.7678
PE 32:2; [M+H]+@5.72 0.5487 0.6897 1.5919 0.7828 0.6161 0.9388 2.0106 0.8214
PE 33:1; [M+H]+@6.53 0.9221 0.6749 1.2376 1.1686 0.7773 0.7980 1.4888 0.9327
PE 34:0; [M+H]+@7.30 1.5331 0.9723 0.8817 0.7564 1.3625 1.1424 0.6801 0.6714
PE 34:0; [M+Na]+@5.22 1.2717 0.8971 0.8897 0.6755 1.6105 1.0510 0.8577 0.7467
PE 34:1; [M+H]+@5.83 0.9847 1.1447 1.2111 0.6242 0.7475 1.2959 1.3999 0.5920
PE 34:1; [M+H]+@6.82 1.0478 0.7336 1.4271 0.8174 0.9597 0.7699 1.5463 0.6981
PE 34:2; [M+H]+@6.37 1.2200 0.6877 1.1936 0.9306 1.1234 0.7283 1.2079 0.9084
PE 34:2; [M+Na]+@5.83 0.8098 0.7010 1.6390 0.7123 0.5079 0.7968 2.0130 0.8201
PE 34:3; [M+H]+@5.88 0.7433 0.6426 1.6445 0.7179 0.6487 0.6066 2.1194 0.8770
PE 35:1; [M+H]+@7.10 1.0873 0.9058 1.3315 0.8852 0.7461 1.0183 1.2762 0.7495
PE 35:1; [M+Na]+@6.70 1.5344 0.9359 1.0192 0.6687 1.2149 0.8924 0.9765 0.7579
PE 35:2; [M+H]+@6.72 1.2354 0.8563 1.1506 0.9124 1.0881 0.8282 1.0217 0.9073
PE 36:1; [M+H]+@7.42 1.1222 0.8077 1.2486 0.8492 0.9804 0.9261 1.1509 0.9149
PE 36:2; [M+H]+@6.98 1.2285 0.7781 1.0404 1.1782 1.1510 0.7320 0.7858 1.1061
PE 36:3; [M+H]+@5.37 1.3387 0.8918 0.9412 0.5976 1.8071 0.8450 0.8616 0.7170
PE 36:3; [M+H]+@6.51 0.8235 0.6115 1.7001 0.7592 0.7574 0.5962 1.9135 0.8386
PE 36:3; [M+Na]+@6.24 1.5298 0.6933 1.0655 0.8535 1.0916 0.6312 1.1854 0.9497
PE 36:4; [M+H]+@6.21 1.1684 0.7554 1.3323 0.7465 0.9950 0.7557 1.3752 0.8715
PE 36:4; [M+Na]+@5.60 1.1487 0.8128 1.2660 0.7544 0.9953 0.8579 1.3003 0.8646
PE 36:5; [M+H]+@5.74 0.7857 0.7054 1.6452 0.6622 0.5629 0.8032 2.0599 0.7755
PE 36:6; [M+H]+@5.42 0.8049 0.9096 1.3141 0.8906 0.9391 0.8499 1.2562 1.0356
PE 37:4; [M+H]+@6.61 1.5276 0.9073 1.0468 0.6624 1.1928 0.9624 0.9417 0.7590
PE 38:1; [M+Na]+@7.41 1.5203 0.7375 1.0006 0.7570 1.4211 1.0455 0.7697 0.7484
PE 38:2; [M+H]+@7.50 1.1098 0.5859 1.3491 0.8471 0.9113 0.8924 1.3018 1.0025
PE 38:2; [M+Na]+@7.09 1.7726 0.7391 0.7875 0.9339 1.6982 0.7477 0.5163 0.8047
PE 38:4; [M+H]+@6.96 1.3910 0.8944 0.9868 0.7353 1.1712 1.0300 0.8206 0.9707
PE 38:4; [M+Na]+@6.12 1.1923 0.8854 1.0967 0.9023 1.0441 0.8791 0.9970 1.0029
PE 38:5; [M+H]+@5.22 0.7455 0.7159 0.8119 0.4978 3.0688 0.9116 0.8825 0.3661
PE 38:5; [M+H]+@6.47 0.8585 0.5375 1.6233 0.8016 0.6957 0.5649 2.0324 0.8859
PE 38:5; [M+Na]+@5.88 2.0554 0.7057 0.6859 0.9150 1.7475 0.7210 0.3785 0.7910
PE 38:6; [M+H]+@6.16 1.6769 0.6342 1.1126 0.7882 1.0056 0.6260 1.2596 0.8969
PE 38:7; [M+H]+@4.75 2.8655 0.1046 0.1712 0.2090 4.2045 0.1520 0.1367 0.1565
PE 38:7; [M+H]+@5.97 1.0835 0.8214 1.2562 0.7573 0.9373 0.9012 1.3872 0.8559
PE 39:6; [M+H]+@6.51 1.7317 0.8091 0.8144 0.9181 1.3101 0.8321 0.6520 0.9325
PE 40:4; [M+H]+@7.40 1.4105 0.8733 1.0335 0.7622 1.3306 1.0282 0.8380 0.7237
PE 40:5; [M+H]+@7.03 1.6774 0.7384 0.8078 0.9505 1.6321 0.7992 0.5817 0.8127
PE 40:6; [M+H]+@6.86 2.1451 0.8593 0.5777 0.7804 1.8417 0.8839 0.3322 0.5796
PE 40:7; [M+H]+@5.23 0.7983 0.4625 0.3623 0.1458 5.4372 0.2640 0.1432 0.3867
PE 40:8; [M+H]+@5.89 2.0225 0.7034 0.7429 0.8814 1.7342 0.7320 0.4255 0.7580
PE 41:6; [M+H]+@7.06 1.9879 0.9492 0.7820 0.7265 1.3896 0.9818 0.3705 0.8124
PE 42:10; [M+H]+@5.82 1.7446 1.0710 0.8342 0.8258 1.1863 1.0410 0.4991 0.7980
PE 42:7; [M+H]+@6.97 1.6902 1.1778 0.6567 0.8373 1.0224 1.2454 0.6015 0.7686
plasmenyl-PC 18:0; [M+Na]+@1.83 1.3162 0.9084 1.0610 0.5933 0.7992 0.8104 1.1469 1.3648
plasmenyl-PE 32:0; [M+H]+@7.05 1.3751 0.9529 1.0741 0.8070 1.2756 0.9137 0.7663 0.8353
plasmenyl-PE 32:1; [M+H]+@6.57 0.9288 0.7693 1.3364 0.7941 0.7753 0.8169 1.8161 0.7633
plasmenyl-PE 33:0; [M+H]+@7.35 1.5589 0.9086 0.9251 0.8031 1.2051 1.0288 0.7538 0.8165
plasmenyl-PE 33:1; [M+H]+@6.84 1.0575 1.0731 1.2376 0.7571 0.9090 0.8368 1.2896 0.8391
plasmenyl-PE 34:0; [M+H]+@7.62 1.5877 1.0954 0.8426 0.6040 1.3553 1.2881 0.6410 0.5859
plasmenyl-PE 34:1; [M+H]+@7.11 1.2217 0.8231 1.1923 0.9295 1.1051 0.8209 1.0857 0.8217
plasmenyl-PE 34:2; [M+H]+@6.70 1.5982 1.0352 0.9332 0.6252 1.4088 1.0618 0.7978 0.5399
plasmenyl-PE 35:0; [M+H]+@7.75 1.4017 0.9205 0.6421 0.6647 1.1759 1.4593 0.8174 0.9185
plasmenyl-PE 36:0; [M+H]+@8.16 1.4295 1.1368 1.1441 0.8215 1.3847 0.7842 0.6281 0.6711
plasmenyl-PE 36:1; [M+H]+@7.71 1.4276 1.2158 1.0637 0.7374 1.4083 1.0151 0.6495 0.4826
plasmenyl-PE 36:2; [M+H]+@7.27 1.3801 1.1062 1.0095 0.7878 1.2775 1.0660 0.7282 0.6448
plasmenyl-PE 36:4; [M+H]+@6.63 0.6908 1.1999 1.2627 1.0243 0.6757 1.2080 0.9745 0.9641
plasmenyl-PE 36:5; [M+H]+@6.32 0.7509 1.1604 1.2038 1.1325 0.4788 1.1609 0.9255 1.1872
plasmenyl-PE 38:1; [M+H]+@8.20 1.1646 0.7829 1.4796 0.9696 1.0320 0.8600 0.7752 0.9361
plasmenyl-PE 38:2; [M+H]+@7.77 0.9497 0.7426 1.6186 0.9086 1.0677 0.6828 1.0625 0.9674
plasmenyl-PE 38:3; [M+H]+@7.55 0.9784 0.9955 1.2431 0.7485 0.7630 1.2023 1.1925 0.8767
plasmenyl-PE 38:4; [M+H]+@7.24 0.7489 1.2572 1.2798 0.8360 0.6345 1.2617 1.0634 0.9186
plasmenyl-PE 38:4; [M+Na]+@6.45 1.2851 1.2850 0.7971 0.8191 1.1735 1.2402 0.6589 0.7411
plasmenyl-PE 38:5; [M+H]+@6.74 1.2630 0.9799 1.0429 0.8780 1.1480 0.9320 0.9027 0.8535
plasmenyl-PE 38:6; [M+H]+@6.54 1.5644 0.9648 0.8894 0.7886 1.3333 1.1058 0.6204 0.7333
plasmenyl-PE 38:6; [M+Na]+@6.58 1.8635 1.0753 0.7416 0.6971 1.3283 1.0897 0.5641 0.6403
plasmenyl-PE 40:4; [M+H]+@7.70 1.1953 0.9506 1.2111 0.6824 0.9639 1.0575 1.1029 0.8364
plasmenyl-PE 40:5; [M+H]+@7.35 1.6367 0.9570 0.9094 0.6178 1.4089 1.1487 0.7670 0.5545
plasmenyl-PE 40:5; [M+Na]+@7.35 1.8383 1.0583 0.6787 0.5876 1.4595 1.2926 0.5877 0.4973
plasmenyl-PE 40:6; [M+H]+@7.16 1.5290 1.4425 0.8768 0.5657 1.2253 1.3754 0.4865 0.4988
plasmenyl-PE 40:6; [M+Na]+@7.18 1.8024 1.2698 0.7551 0.4820 1.3241 1.3831 0.5561 0.4274
plasmenyl-PE 42:4; [M+H]+@8.06 0.9084 0.8448 1.4131 1.1380 0.6433 0.8113 1.1230 1.1180
plasmenyl-PE 42:6; [M+H]+@7.73 1.5750 1.1125 0.7543 0.5352 1.1882 1.1390 0.8358 0.8599
PS 24:0; [M+H]+@1.17 3.3837 0.1482 0.0789 0.2261 3.4175 0.2092 0.3952 0.1412
PS 36:1; [M+Na]+@5.98 0.9161 1.1681 1.2826 0.8180 0.6745 1.2523 1.0252 0.8633
PS 38:4; [M+H]+@5.92 0.8998 1.1258 1.3163 0.7898 0.6637 1.2554 1.0855 0.8636
PS 38:4; [M+Na]+@5.32 1.1489 1.1314 1.1301 0.8070 0.7866 1.3280 0.8552 0.8127
PS 38:6; [M+Na]+@5.20 1.4741 0.7981 0.9381 1.0267 1.2103 1.1202 0.6670 0.7655
PS 40:1; [M+H]+@7.57 1.1190 1.3115 1.0133 1.1508 1.1252 1.1587 0.4319 0.6896
PS 40:4; [M+H]+@6.39 0.8408 1.0579 1.2495 1.0049 0.8120 1.2914 0.9189 0.8246
PS 40:5; [M+H]+@6.01 1.3569 1.0630 1.0553 0.8382 0.9705 1.3147 0.6641 0.7373
PS 40:6; [M+H]+@5.79 1.5550 1.1099 0.9130 0.8403 1.1130 1.3010 0.4183 0.7495
PS 40:8; [M+H]+@4.88 1.2599 0.8729 0.9697 0.9861 1.1760 0.8812 0.9886 0.8655
SM 30:1; [M]+@4.33 2.0771 1.6181 0.3401 0.7963 0.7925 0.5873 0.3269 1.4617
SM 31:1; [M]+@4.70 1.1184 0.4346 0.9721 0.4902 2.9484 0.6841 0.7874 0.5648
SM 32:0; [M]+@5.44 0.8913 1.1134 1.1836 0.7979 1.3456 0.7295 0.8985 1.0402
SM 32:1; [M]+@5.14 1.1030 0.7509 1.0216 1.0692 1.2359 0.5988 1.1239 1.0969
SM 32:1; [M+Na]+@5.11 0.7452 0.3513 1.1628 1.8508 1.1382 0.6741 0.8001 1.2775
SM 32:2; [M]+@4.50 1.2690 1.4940 0.9034 0.7654 1.1855 1.2705 0.7032 0.4092
SM 33:1; [M]+@5.49 0.8244 0.9102 1.1957 0.8315 1.1267 0.9924 1.1518 0.9673
SM 33:1; [M+Na]+@5.50 0.6918 1.1816 0.9892 1.2261 0.9017 1.2080 0.8538 0.9478
SM 33:2; [M]+@4.94 1.5551 0.6738 0.7760 0.9627 1.7600 0.8175 0.6380 0.8169
SM 34:0; [M]+@6.08 0.9127 1.0306 1.3075 0.9213 1.0061 1.0716 0.9503 0.7998
SM 34:1; [M]+@5.78 0.7346 1.0498 1.2974 1.0772 0.7291 0.9432 0.9627 1.2060
SM 34:1; [M+Na]+@5.84 0.8683 1.3813 0.9838 0.9794 0.8591 1.0415 0.9442 0.9424
SM 34:2; [M]+@5.32 0.9073 0.9737 1.1607 0.7637 1.0286 1.0452 1.2309 0.8899
SM 34:2; [M+Na]+@5.31 0.8083 1.0649 1.2516 0.9592 0.7235 1.0857 1.0133 1.0935
SM 35:0; [M]+@6.71 1.3769 1.2039 0.7553 0.6936 0.9663 1.6238 0.8342 0.5460
SM 35:1; [M]+@6.01 1.3746 1.0114 0.9038 0.7873 1.0574 1.2436 0.8627 0.7592
SM 35:2; [M]+@5.70 0.7155 1.1466 1.2584 0.9200 0.7099 1.1347 1.0114 1.1036
SM 36:0; [M]+@6.77 1.6610 1.0183 0.8815 0.7881 1.4636 1.0023 0.5365 0.6487
SM 36:1; [M]+@6.46 1.6221 0.8834 0.9113 0.9798 1.4852 0.8604 0.5269 0.7309
SM 36:1; [M+Na]+@6.56 1.7935 1.1864 0.6425 0.7824 1.7534 0.9431 0.4165 0.4823
SM 36:2; [M]+@6.00 1.3130 1.0826 0.8793 0.9598 1.2305 1.0479 0.6101 0.8768
SM 36:2; [M+Na]+@6.01 1.1652 1.2932 0.9424 1.0102 1.1237 1.0258 0.7303 0.7092
SM 37:1; [M]+@6.80 1.6329 1.0356 0.8444 0.7341 1.4391 1.1492 0.6104 0.5543
SM 37:2; [M]+@6.37 1.3481 1.1872 0.8871 0.7693 0.9870 1.4344 0.8370 0.5499
SM 38:0; [M]+@7.41 1.1413 1.0332 1.1497 0.8819 0.9919 0.9796 0.9033 0.9191
SM 38:1; [M]+@7.14 1.1703 0.9015 1.0781 0.8614 1.1228 0.9001 0.8945 1.0712
SM 38:1; [M+Na]+@7.16 1.1469 0.9521 0.8759 0.8247 1.1585 0.9599 1.3654 0.7167
SM 38:2; [M]+@6.65 1.1726 0.9672 0.9677 0.9371 1.0312 0.9644 0.9181 1.0417
SM 38:4; [M]+@6.55 1.6305 1.1553 0.5661 0.7381 2.0762 0.9473 0.4005 0.4861
SM 38:5; [M]+@6.05 1.1945 1.3096 0.9193 1.0528 0.9575 1.0527 0.7081 0.8055
SM 39:0; [M]+@7.70 1.0301 0.9750 0.8871 1.0446 1.2107 0.9201 0.9505 0.9819
SM 39:1; [M]+@7.49 1.0975 0.7970 1.0024 0.8824 1.2266 0.9846 0.9860 1.0235
SM 39:1; [M+Na]+@7.54 0.9372 1.3442 1.1472 0.6744 0.8351 1.7574 0.7263 0.5781
SM 39:2; [M]+@7.06 1.2610 1.1302 1.0768 0.7455 0.9519 1.2568 0.7516 0.8263
SM 40:0; [M]+@7.99 1.2672 1.0818 1.0857 0.7935 1.3130 0.9804 0.7546 0.7239
SM 40:1; [M]+@7.74 1.0751 1.0316 1.1055 0.8737 1.1347 0.9368 0.9316 0.9110
SM 40:1; [M+Na]+@7.78 1.1859 0.9936 0.9753 0.9366 1.2151 1.1113 0.7158 0.8665
SM 40:2; [M]+@7.24 1.0582 1.1401 1.0322 0.8577 0.9640 1.1676 0.9338 0.8463
SM 40:2; [M+Na]+@7.38 0.9989 1.1331 0.9495 1.2525 0.9702 1.0962 0.8582 0.7414
SM 40:4; [M]+@6.52 1.3920 1.3851 0.6994 0.5434 0.8734 1.2358 0.7630 1.1080
SM 40:4; [M]+@7.20 1.3687 0.9391 0.8101 1.4063 1.0288 0.9136 0.9818 0.5516
SM 41:1; [M]+@8.01 1.1314 0.9472 1.0637 0.8941 1.0854 0.9516 0.9208 1.0059
SM 41:1; [M+Na]+@8.06 1.2650 0.9230 1.0326 0.9625 0.8833 1.0449 0.8726 1.0162
SM 41:2; [M]+@7.54 0.9386 1.1282 1.0174 0.9098 1.0451 1.1919 0.9363 0.8327
SM 41:2; [M+Na]+@7.60 1.6498 1.0342 0.9015 0.8116 1.1268 1.1735 0.6225 0.6801
SM 41:4; [M]+@7.08 0.9184 1.4639 1.0383 0.5109 0.8669 1.8761 0.7121 0.6135
SM 42:1; [M]+@8.29 0.9148 0.8752 1.1597 0.9726 1.1082 0.9340 0.9976 1.0380
SM 42:1; [M+Na]+@8.31 1.2231 1.0381 1.0020 0.8931 1.1591 1.0236 0.8461 0.8149
SM 42:2; [M]+@7.74 0.6877 0.8588 1.4102 0.9631 0.8361 0.9034 1.3213 1.0194
SM 42:2; [M+Na]+@7.79 1.0163 1.0327 1.0980 1.0176 0.9846 1.1030 0.9287 0.8191
SM 42:4; [M]+@6.11 1.5809 1.1625 0.9012 1.0229 0.9728 1.0789 0.8131 0.4676
SM 42:4; [M]+@6.91 1.0382 1.2647 1.0850 0.8880 0.7057 1.1517 1.1465 0.7204
SM 42:4; [M]+@7.77 1.2807 1.0482 0.9606 0.9109 1.3571 0.9548 0.6924 0.7952
SM 42:5; [M]+@6.60 1.0441 1.2195 0.8672 0.7959 0.8942 1.3299 1.0408 0.8084
SM 43:1; [M]+@8.50 0.8820 0.9517 1.0238 1.0941 0.8563 0.9144 1.1090 1.1687
SM 43:1; [M+Na]+@8.52 0.7353 0.6881 0.8000 2.0665 1.1968 0.7145 0.7990 0.9996
SM 43:2; [M]+@8.04 1.0098 0.9128 1.1941 1.1339 0.7318 0.8694 1.0616 1.0865
SM 43:4; [M]+@8.00 1.1558 0.8720 1.0496 1.0061 0.9625 1.0287 0.9551 0.9704
SM 43:5; [M]+@7.56 1.6047 0.9733 0.8259 0.8542 1.2665 1.2038 0.6851 0.5865
SM 44:1; [M]+@8.85 1.1449 0.7853 1.0117 1.2980 1.1156 0.7409 0.6970 1.2067
SM 44:2; [M]+@8.32 0.9431 0.9278 1.0538 1.1596 1.0886 0.8064 0.8180 1.2027
TG 40:1; [M+NH4]+@9.18 0.0611 0.4108 0.7525 2.3716 0.0597 0.2279 0.6732 3.4431
TG 42:0; [M+Na]+@9.74 0.6089 0.6554 0.8670 1.2569 1.1574 0.8850 0.7812 1.7883
TG 42:0; [M+NH4]+@9.73 0.1660 0.8039 0.8820 2.1027 0.2246 0.4779 1.0243 2.3185
TG 42:1; [M+NH4]+@9.49 0.1076 0.5423 0.8784 2.1308 0.1352 0.3696 0.8236 3.0125
TG 42:2; [M+NH4]+@9.22 0.0994 0.5026 0.8397 2.2427 0.1170 0.3387 0.8839 2.9760
TG 44:1; [M+NH4]+@9.76 0.1575 0.7081 0.9658 1.9689 0.1719 0.4942 0.9880 2.5456
TG 44:2; [M+NH4]+@9.51 0.1597 0.6115 0.8044 2.2474 0.1281 0.4226 1.0581 2.5682
TG 46:0; [M+NH4]+@10.24 0.6377 1.1664 1.2158 1.2421 0.6721 1.0718 0.8199 1.1742
TG 46:1; [M+NH4]+@10.03 0.3220 0.7874 1.2153 1.4791 0.2905 0.6308 0.8478 2.4271
TG 46:2; [M+NH4]+@9.79 0.2023 0.7522 0.9578 2.0068 0.2487 0.6047 1.0156 2.2119
TG 46:3; [M+NH4]+@9.57 0.1733 0.6288 0.8125 2.0594 0.1641 0.4444 1.2438 2.4738
TG 48:0; [M+Na]+@10.16 1.2712 1.0835 1.1833 0.8786 0.9112 1.1737 0.7256 0.7730
TG 48:0; [M+NH4]+@10.48 0.7216 1.3058 1.1086 1.0735 0.6925 1.3021 0.8954 0.9004
TG 48:1; [M+Na]+@9.96 0.8987 1.2287 1.1105 1.0386 0.8813 1.0308 0.8686 0.9427
TG 48:1; [M+NH4]+@10.25 0.3810 0.9788 1.4380 1.4466 0.4393 0.8203 1.0362 1.4598
TG 48:2; [M+NH4]+@10.05 0.3764 1.0352 1.0716 1.5961 0.4180 0.9075 1.0756 1.5196
TG 48:3; [M+NH4]+@9.84 0.2454 0.6851 0.9034 2.0254 0.2810 0.5613 1.1548 2.1435
TG 49:0; [M+NH4]+@10.64 0.7776 1.3609 0.9678 1.0880 0.7993 1.3075 0.8040 0.8949
TG 49:1; [M+NH4]+@10.42 0.7687 1.0513 1.0931 1.2206 0.7676 1.0353 0.8526 1.2108
TG 49:2; [M+NH4]+@10.21 0.7050 1.1305 1.0443 1.2242 0.7945 0.9849 0.9249 1.1916
TG 49:3; [M+NH4]+@10.00 0.4638 1.0790 1.0587 1.5306 0.4913 0.9707 1.0280 1.3780
TG 49:4; [M+NH4]+@9.82 0.3633 0.9281 0.8970 1.8529 0.3730 0.6322 1.2113 1.7422
TG 50:0; [M+Na]+@10.55 1.1174 0.8960 0.9925 0.7694 1.2914 1.2922 0.8162 0.8248
TG 50:0; [M+NH4]+@10.72 0.6358 1.2654 0.9108 1.4705 0.6457 0.9527 0.9854 1.1338
TG 50:1; [M+Na]+@10.19 1.0413 0.9321 0.9854 0.7380 1.3415 1.2820 0.9899 0.6899
TG 50:1; [M+Na]+@9.19 0.2977 0.2479 0.5109 3.9385 1.0412 0.1675 0.5342 1.2622
TG 50:1; [M+NH4]+@10.50 0.6644 1.0221 1.0712 1.1187 0.8926 1.1135 1.0560 1.0617
TG 50:2; [M+Na]+@10.00 1.4658 1.0074 0.8978 0.7859 1.3755 1.1277 0.5885 0.7514
TG 50:2; [M+Na]+@8.96 0.3983 0.2086 0.3822 4.2985 1.1967 0.2071 0.3882 0.9203
TG 50:2; [M+NH4]+@10.32 0.8014 0.9931 1.0994 1.0225 1.0597 0.9936 0.9134 1.1170
TG 50:3; [M+NH4]+@10.10 0.5056 1.0823 1.1493 1.2039 0.6570 0.9610 1.1474 1.2935
TG 50:4; [M+NH4]+@9.93 0.4935 1.0089 0.8437 1.4841 0.5191 0.7242 1.3614 1.5650
TG 50:5; [M+NH4]+@9.70 0.2765 0.6606 0.8114 2.1740 0.2507 0.5475 1.3818 1.8976
TG 51:0; [M+NH4]+@10.84 1.7268 0.9807 0.7637 0.4835 1.7829 1.4424 0.4079 0.4121
TG 51:1; [M+NH4]+@10.63 0.5262 1.0763 0.9647 1.3455 0.6134 0.9852 1.1431 1.3455
TG 51:2; [M+NH4]+@10.43 0.6008 1.1115 0.9632 1.2369 0.7168 1.0667 1.1337 1.1705
TG 51:3; [M+NH4]+@10.23 0.6965 1.1893 0.9405 1.1450 0.8299 1.0462 1.0743 1.0783
TG 51:4; [M+NH4]+@10.08 0.6583 1.1385 0.7611 1.1990 0.9342 1.0444 1.1357 1.1288
TG 51:5; [M+NH4]+@9.88 0.6609 0.8780 0.8783 1.5210 0.4558 0.9895 1.2634 1.3531
TG 51:6; [M+NH4]+@9.67 0.4964 0.9793 0.8335 1.5308 0.5815 0.8997 0.9356 1.7430
TG 52:0; [M+NH4]+@10.97 0.5149 1.0510 0.8638 1.7649 0.4884 0.9567 1.1168 1.2435
TG 52:1; [M+Na]+@10.44 1.0134 1.2891 0.9996 0.8393 1.1405 1.1679 0.9181 0.6322
TG 52:1; [M+NH4]+@10.74 0.4720 1.0979 1.0328 1.6368 0.5114 0.9882 1.0847 1.1763
TG 52:2; [M+Na]+@10.27 1.2726 1.1283 1.0188 0.6587 1.2952 1.2829 0.6683 0.6751
TG 52:2; [M+NH4]+@10.58 0.6916 0.9864 0.9743 1.4501 0.7590 0.9834 1.0056 1.1497
TG 52:3; [M+Na]+@10.16 1.3140 1.1375 0.7513 0.6663 1.4515 1.2255 0.7494 0.7045
TG 52:3; [M+NH4]+@4.41 1.7502 1.0736 0.4396 1.1382 2.0651 0.3843 0.4250 0.7240
TG 52:4; [M+Na]+@10.14 1.3451 1.1104 0.8806 0.6127 1.2988 1.2226 0.8057 0.7241
TG 52:4; [M+NH4]+@5.33 1.8457 0.6689 0.4332 1.5846 0.3037 0.7756 0.3046 2.0838
TG 52:5; [M+Na]+@9.96 0.8236 1.1660 0.9959 0.9386 1.1301 1.1723 0.9096 0.8639
TG 52:5; [M+NH4]+@10.02 0.5098 1.0470 0.8990 1.3408 0.6803 0.8267 1.2388 1.4577
TG 52:6; [M+NH4]+@9.82 0.3878 0.6591 0.8019 1.8841 0.3358 0.5813 1.5304 1.8196
TG 52:7; [M+NH4]+@9.62 0.2195 0.5793 0.8449 2.0367 0.2223 0.5564 1.3055 2.2354
TG 53:0; [M+NH4]+@11.10 0.6015 0.9885 0.8066 1.7094 0.5213 0.9146 1.0075 1.4505
TG 53:1; [M+NH4]+@10.87 0.4595 0.9731 0.8445 1.5516 0.5125 0.8012 1.1753 1.6823
TG 53:2; [M+NH4]+@10.65 0.4865 0.9412 0.8552 1.5040 0.5348 0.8942 1.2873 1.4968
TG 53:3; [M+NH4]+@10.46 0.7449 1.1012 0.8864 1.1777 0.7916 0.9709 1.1804 1.1470
TG 53:4; [M+NH4]+@10.27 0.8019 1.2111 0.7647 0.9802 0.9749 1.1615 1.1492 0.9565
TG 53:5; [M+NH4]+@10.12 0.6719 1.1348 0.8592 1.1497 1.0885 1.0713 1.0042 1.0203
TG 53:6; [M+NH4]+@9.95 0.4899 1.1385 0.9652 1.2458 0.8869 0.9583 1.0851 1.2304
TG 53:7; [M+NH4]+@9.72 0.6805 1.2323 0.7312 1.3411 0.7114 0.7336 1.1360 1.4338
TG 54:0; [M+NH4]+@11.22 0.4930 0.8420 0.6807 2.1502 0.4386 0.7681 1.0606 1.5667
TG 54:1; [M+NH4]+@10.98 0.2433 0.7116 0.6871 2.1740 0.2833 0.6202 1.1732 2.1073
TG 54:2; [M+Na]+@10.49 0.8610 1.2296 0.9672 0.8755 0.9520 1.1496 1.0277 0.9374
TG 54:2; [M+NH4]+@10.75 0.4273 1.0276 0.9029 1.5858 0.5395 0.8247 1.2278 1.4644
TG 54:3; [M+Na]+@10.53 1.0457 1.1647 0.8976 0.8070 1.1859 1.2196 0.9061 0.7734
TG 54:3; [M+NH4]+@10.58 0.5222 0.9828 0.8766 1.2707 0.8306 1.0405 1.1477 1.3289
TG 54:4; [M+NH4]+@0.23 1.2797 0.5929 0.7951 2.0851 0.3100 0.5470 0.6291 1.7611
TG 54:5; [M+Na]+@10.23 1.1610 1.2388 0.8526 0.6824 1.4023 1.1834 0.8535 0.6260
TG 54:5; [M+NH4]+@10.26 0.6789 1.0438 0.9565 0.8972 0.9646 1.1631 1.2501 1.0458
TG 54:6; [M+Na]+@10.02 0.9907 1.3990 0.8745 0.6875 1.3070 1.2519 0.8826 0.6068
TG 54:6; [M+NH4]+@10.10 0.5875 1.0881 0.8699 1.1337 0.9361 1.0012 1.1896 1.1938
TG 54:7; [M+Na]+@9.81 0.7525 1.2988 0.8627 0.9382 0.9257 1.1046 1.1259 0.9916
TG 54:7; [M+NH4]+@9.88 0.5515 0.8367 0.8216 1.5234 0.6131 0.6660 1.3145 1.6731
TG 54:8; [M+NH4]+@9.71 0.2392 0.6583 0.8716 2.0729 0.2167 0.5495 1.3059 2.0858
TG 54:9; [M+NH4]+@9.50 0.2468 0.9776 1.0950 1.4344 0.2633 0.6566 1.5453 1.7811
TG 55:1; [M+NH4]+@11.12 0.5149 0.8378 0.7278 1.8321 0.4215 0.7687 1.1141 1.7831
TG 55:2; [M+NH4]+@10.91 0.5221 0.8640 0.7354 1.6843 0.5323 0.7481 1.1863 1.7274
TG 55:3; [M+NH4]+@10.70 0.5759 0.9364 0.8030 1.3443 0.7357 0.8884 1.3167 1.3996
TG 55:4; [M+NH4]+@10.51 0.9664 1.2042 0.7686 1.0472 0.8458 1.0817 1.0824 1.0036
TG 55:5; [M+NH4]+@10.35 0.6634 1.1843 0.8340 0.8518 1.1124 1.1671 1.1028 1.0842
TG 55:6; [M+NH4]+@10.28 0.3372 1.2000 0.9508 1.3326 1.3055 0.9920 0.7961 1.0858
TG 55:7; [M+Li]+@9.50 0.2719 0.1238 0.1591 4.8392 1.0986 0.8019 0.2184 0.4871
TG 55:7; [M+NH4]+@10.09 0.8169 0.8476 0.7747 1.6133 1.0001 0.6599 1.1129 1.1746
TG 55:8; [M+NH4]+@9.90 1.1157 0.4533 0.9096 1.5784 1.2202 0.1009 0.8237 1.7983
TG 56:0; [M+NH4]+@11.23 0.3375 0.5076 0.4306 2.7370 0.2274 0.2278 0.9178 2.6142
TG 56:10; [M+NH4]+@9.65 0.2228 0.9873 1.0014 1.6469 0.1694 0.5992 1.6078 1.7653
TG 56:1; [M+NH4]+@11.24 0.2167 0.4290 0.4319 3.0508 0.2061 0.4516 1.0652 2.1487
TG 56:2; [M+NH4]+@11.02 0.2952 0.7223 0.6771 2.1361 0.2967 0.5599 1.2364 2.0764
TG 56:3; [M+NH4]+@10.80 0.4390 0.8281 0.7573 1.8029 0.4653 0.7324 1.2655 1.7096
TG 56:4; [M+NH4]+@10.63 0.5546 1.0357 0.8267 1.3994 0.5799 0.8992 1.2990 1.4056
TG 56:5; [M+NH4]+@10.47 0.5962 1.0559 1.0155 1.2286 0.6985 1.0023 1.3281 1.0748
TG 56:6; [M+NH4]+@10.36 0.5617 1.1071 1.0890 1.1659 0.6420 1.0065 1.2601 1.1677
TG 56:7; [M+Li]+@8.66 0.6722 0.2715 0.2466 2.7278 1.2788 0.3996 0.7589 1.6448
TG 56:7; [M+NH4]+@10.21 0.5017 1.0453 1.0573 1.3000 0.5357 0.9671 1.2291 1.3639
TG 56:8; [M+NH4]+@10.01 0.4429 0.9938 1.0391 1.5200 0.3894 0.7941 1.2886 1.5321
TG 56:9; [M+NH4]+@9.81 0.2561 0.8212 0.9413 1.8710 0.2739 0.6869 1.3533 1.7964
TG 57:10; [M+Li]+@9.33 0.4420 0.7579 0.6567 2.4280 0.5910 0.5804 0.6875 1.8565
TG 57:2; [M+NH4]+@11.15 0.4668 0.9753 0.7178 1.5740 0.5916 0.9770 1.0602 1.6373
TG 57:3; [M+NH4]+@10.95 0.8698 1.1094 0.7891 1.0428 1.0336 0.9595 0.9996 1.1962
TG 57:4; [M+NH4]+@10.78 1.1212 1.0783 0.7800 0.8645 1.1885 1.2786 0.9977 0.6912
TG 57:5; [M+NH4]+@10.70 1.0678 1.3866 0.6392 0.6067 1.2001 1.6577 0.8525 0.5894
TG 57:6; [M+NH4]+@10.50 1.1071 1.2221 0.8763 0.7981 1.3354 1.0846 0.8141 0.7621
TG 57:7; [M+NH4]+@10.30 0.6705 1.4408 0.8484 1.1619 0.7551 0.9365 0.9964 1.1903
TG 57:8; [M+NH4]+@10.10 0.5049 0.8758 0.8846 1.5805 0.2991 0.7781 1.0742 2.0028
TG 57:9; [M+NH4]+@9.92 0.3655 0.7644 0.6491 1.9847 0.3208 0.7116 1.1950 2.0089
TG 58:10; [M+NH4]+@9.92 0.2303 0.8636 0.9953 1.7992 0.2704 0.7442 1.2883 1.8086
TG 58:11; [M+NH4]+@9.75 0.1401 0.6584 0.9244 2.2161 0.1235 0.4805 1.0551 2.4018
TG 58:1; [M+NH4]+@11.51 0.1772 0.3136 0.3850 3.5095 0.1120 0.2200 0.7179 2.5648
TG 58:2; [M+NH4]+@11.27 0.1617 0.4003 0.3797 2.9530 0.1615 0.2686 0.9898 2.6854
TG 58:3; [M+NH4]+@11.05 0.3125 0.6148 0.6141 2.1652 0.2560 0.4741 1.3888 2.1747
TG 58:4; [M+NH4]+@10.89 0.4556 0.8570 0.7351 1.6115 0.4398 0.7616 1.4434 1.6960
TG 58:5; [M+NH4]+@10.73 0.4692 0.9549 0.9080 1.2995 0.5634 0.8680 1.4180 1.5190
TG 58:6; [M+NH4]+@10.57 0.5578 1.0165 1.0144 1.2482 0.6435 1.0346 1.2754 1.2095
TG 58:7; [M+Na]+@10.36 0.8445 1.2125 1.0929 0.9035 0.8972 1.2697 0.9214 0.8583
TG 58:7; [M+NH4]+@10.43 0.6004 1.0549 1.1103 1.2976 0.6102 0.9558 1.1740 1.1967
TG 58:8; [M+NH4]+@10.25 0.4778 1.0508 1.0596 1.4042 0.5467 0.9828 1.2298 1.2483
TG 58:9; [M+NH4]+@10.08 0.3520 0.9670 0.9988 1.6991 0.4119 0.8510 1.2701 1.4502
TG 59:2; [M+NH4]+@11.37 0.2664 0.6131 0.6665 2.7024 0.1763 0.4325 0.8793 2.2636
TG 59:3; [M+NH4]+@11.19 0.4420 0.6457 0.6929 1.9436 0.4366 0.5145 1.2213 2.1035
TG 59:4; [M+NH4]+@11.00 0.5771 0.8120 0.7221 1.5523 0.6268 0.6931 1.2641 1.7526
TG 59:5; [M+NH4]+@10.84 0.7141 1.0299 0.9357 1.3711 0.9803 0.9504 0.8923 1.1262
TG 60:10; [M+NH4]+@10.15 0.4243 1.1964 1.1958 1.2268 0.4317 1.0266 1.1975 1.3010
TG 60:11; [M+NH4]+@10.00 0.2279 0.9866 1.1091 1.6471 0.2585 0.8306 1.1961 1.7442
TG 60:12; [M+NH4]+@9.85 0.1533 0.8274 1.0382 1.9095 0.1441 0.7334 1.1205 2.0736
TG 60:13; [M+NH4]+@9.68 0.2037 0.5350 0.6664 2.5072 0.1067 0.4858 0.9973 2.4979
TG 60:2; [M+NH4]+@11.50 0.0908 0.2297 0.2128 4.4913 0.1039 0.1529 0.5551 2.1635
TG 60:3; [M+NH4]+@11.29 0.1235 0.3001 0.4152 2.9335 0.1438 0.2325 1.0132 2.8381
TG 60:4; [M+NH4]+@11.09 0.3278 0.5047 0.4795 2.1625 0.3041 0.3820 1.4665 2.3728
TG 60:5; [M+Na]+@10.95 0.6594 1.1048 0.8124 0.9461 0.6168 0.9029 1.6070 1.3506
TG 60:5; [M+NH4]+@10.93 0.5028 0.7624 0.6038 1.5979 0.4432 0.6231 1.5910 1.8757
TG 60:6; [M+NH4]+@10.77 0.5170 0.8620 0.9264 1.3230 0.5745 0.8762 1.4137 1.5073
TG 60:7; [M+NH4]+@10.60 0.4579 0.9893 1.0929 1.5168 0.5702 0.8114 1.2044 1.3572
TG 60:8; [M+NH4]+@10.48 0.5483 1.1156 1.0348 1.2891 0.7157 0.8531 1.1641 1.2791
TG 60:9; [M+NH4]+@10.34 0.5300 1.0608 1.1548 1.2114 0.5304 1.0724 1.2224 1.2178
TG 61:2; [M+NH4]+@11.68 0.0752 0.3943 0.4948 3.0120 0.1087 0.2725 1.0732 2.5692
TG 61:4; [M+NH4]+@11.23 0.3068 0.7297 0.4061 1.9792 0.8074 0.5146 1.2353 2.0210
TG 62:10; [M+NH4]+@10.34 0.5710 1.0442 1.0490 1.3038 0.6123 0.9485 1.1691 1.3021
TG 62:11; [M+NH4]+@10.18 0.4400 1.1132 1.0170 1.5827 0.3839 0.9245 0.9725 1.5661
TG 62:12; [M+NH4]+@10.11 0.4471 0.8718 1.0678 1.7783 0.3222 0.7965 1.0620 1.6543
TG 62:13; [M+NH4]+@9.90 0.2171 0.8295 0.8621 2.2124 0.2310 0.6184 0.9686 2.0609
TG 62:14; [M+NH4]+@9.74 0.0964 0.6572 0.8998 2.3049 0.1343 0.6304 1.0359 2.2411
TG 62:3; [M+NH4]+@11.52 0.1374 0.3181 0.2315 4.0667 0.1244 0.1620 0.5575 2.4024
TG 62:4; [M+NH4]+@11.30 0.2638 0.2665 0.3155 3.2595 0.1339 0.2276 1.0402 2.4929
TG 62:5; [M+NH4]+@11.13 0.3973 0.4405 0.4039 2.2795 0.3417 0.3467 1.3328 2.4575
TG 62:7; [M+NH4]+@10.91 0.3219 0.9734 0.7734 1.6661 0.3634 0.6639 1.2540 1.9838
TG 62:8; [M+NH4]+@10.68 0.3588 0.9393 0.9051 1.3358 0.3700 0.8809 1.5106 1.6996
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Side:L | TIME_DAYS:-
F2Side:L | TIME_DAYS:10
F3Side:L | TIME_DAYS:30
F4Side:L | TIME_DAYS:60
F5Side:R | TIME_DAYS:-
F6Side:R | TIME_DAYS:10
F7Side:R | TIME_DAYS:30
F8Side:R | TIME_DAYS:60
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