Data for AdipoAtlas: A Reference Lipidome for Human White Adipose Tissue (Study ST001738)

(Analysis AN002829)

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

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MetaboliteF1F2F3F4
CE 18:1 1.4066 0.6961 1.3522 0.9245
CE 18:2 1.4787 0.5206 2.0997 0.6902
CE 20:3 1.3002 0.6626 1.7076 0.8335
CE 20:4 1.3530 0.5548 2.0256 0.7558
CE 22:4 1.0673 0.8165 1.5504 0.8746
CE 22:5 1.1835 0.6937 1.7989 0.8152
CE 22:6 1.6239 0.2837 2.7171 0.5459
TG 12:0_12:0_12:0 0.2675 1.1312 0.4675 1.5013
TG 12:0_12:0_15:0 0.6054 0.9043 0.9664 1.3098
TG 12:0_15:0_18:0 0.7342 0.9799 1.1694 1.0683
TG 12:0_18:3_18:3 0.2751 1.0364 0.4599 1.5961
TG 14:0_14:0_20:5 0.4333 1.3479 0.7128 1.0791
TG 14:0_15:0_17:0 0.7551 0.9392 1.1373 1.1146
TG 14:0_16:0_16:1 0.7528 0.9689 0.9397 1.1849
TG 14:0_16:0_17:0 1.0145 0.8278 1.4192 0.9554
TG 14:0_16:0_17:1 0.3650 1.0217 0.2286 1.5566
TG 14:0_16:0_18:4 0.3730 1.4723 0.5472 1.0676
TG 14:0_16:0_22:5 0.4761 1.4615 0.6164 0.9922
TG 14:1_17:0_18:1 0.9319 0.7860 1.3447 1.0757
TG 14:1_18:2_18:3 0.4889 1.1256 0.4656 1.3971
TG 15:0_16:0_17:0 1.3877 0.5962 1.7603 0.8298
TG 15:0_16:0_20:4 0.4780 1.1823 0.8103 1.1735
TG 15:0_17:0_18:1 1.4732 0.6965 1.8070 0.6634
TG 15:0_18:1_22:6 0.5391 1.1724 1.2540 0.9311
TG 15:1_16:0_16:0 0.7499 1.0352 0.9617 1.1090
TG 16:0_16:0_16:2 0.6183 1.1133 0.8091 1.1731
TG 16:0_16:0_18:2 0.8099 1.0660 0.8267 1.1157
TG 16:0_16:0_20:4 0.4885 1.2096 0.6996 1.1964
TG 16:0_16:1_17:1 0.5973 1.1120 0.8841 1.1473
TG 16:0_18:0_19:0 0.7377 0.8573 1.4980 1.0248
TG 16:0_18:0_22:4 0.6080 1.1574 1.1051 0.9860
TG 16:0_18:1_18:1 0.6720 1.0812 0.9690 1.0983
TG 16:0_18:1_20:5 0.4852 1.5090 0.5802 0.9583
TG 16:0_18:3_22:6 0.4444 1.3869 0.8436 0.9691
TG 16:0_20:0_20:3 0.7478 0.9573 1.3208 1.0083
TG 16:1_16:1_22:6 0.3766 1.4713 0.5199 1.0804
TG 16:1_18:1_20:4 0.3909 1.2432 0.6327 1.2450
TG 17:0_18:0_20:1 0.8653 0.8028 1.6318 0.9486
TG 18:0_18:0_18:2 0.7598 1.0903 0.9699 1.0448
TG 18:0_18:2_22:5 0.7548 1.0008 1.3902 0.9267
TG 18:1_20:5_22:6 0.1617 1.8699 0.7283 0.6851
TG 18:2_19:0_20:1 0.9244 0.8117 1.4606 0.9958
TG 36:0 - (2) 1.3379 0.8719 0.9842 0.9670
TG 36:0 - (3) 0.6512 0.7599 0.8228 1.5031
TG 36:1 - (1) 0.7280 0.9804 0.5329 1.3892
TG 36:1 - (2) 1.7580 0.7896 0.8004 0.9312
TG 36:1 - (3) 0.7518 0.9473 0.6306 1.3615
TG 38:1 - (1) 0.6806 0.9658 0.7197 1.3340
TG 40:0 0.4933 1.0298 0.7776 1.3348
TG 40:1 - (1) 0.6304 0.9869 0.7027 1.3466
TG 40:1 - (2) 0.8344 0.8494 0.7646 1.3511
TG 4:0_14:0_16:0 0.3432 0.9349 0.6138 1.5866
TG 4:0_16:0_18:1 0.8298 0.8842 0.6932 1.3543
TG 4:0_16:0_18:2 1.5267 0.7632 0.8374 1.0548
TG 4:0_16:1_18:1 2.0790 0.6984 0.7284 0.8979
TG 4:0_18:0_18:2 1.3234 0.7282 0.8416 1.1893
TG 4:0_18:1_18:1 0.8348 0.8862 0.7082 1.3423
TG 41:0 0.7743 0.8668 1.2230 1.1345
TG 41:1 - (1) 0.9619 0.6936 0.8471 1.4019
TG 41:1 - (2) 0.7674 0.9179 0.8976 1.2496
TG 42:0 0.7266 0.9102 1.0971 1.1780
TG 42:1 - (1) 0.9892 0.7771 1.0037 1.2264
TG 42:1 - (2) 0.6245 1.0206 0.7048 1.3147
TG 42:2 - (3) 0.6166 1.0113 0.6175 1.3716
TG 42:2 - (4) 0.8927 0.8623 0.7625 1.3101
TG 43:0 0.7310 0.9413 1.0810 1.1527
TG 43:1 - (1) 0.9693 0.8270 1.1144 1.1312
TG 43:1 - (2) 0.7693 0.9466 0.9309 1.2033
TG 44:0 0.7200 0.9513 1.0810 1.1482
TG 44:1 0.6010 1.0530 0.7281 1.2825
TG 44:2 0.7378 0.9628 0.7432 1.2967
TG 44:3 - (1) 0.6603 0.9184 0.7279 1.3875
TG 44:3 - (2) 0.8980 0.8888 0.6554 1.3346
TG 44:4 - (3) 0.6982 0.9496 0.6084 1.3971
TG 44:4 - (4) 0.7553 0.8815 0.6046 1.4386
TG 45:0 - (2) 0.8784 0.8812 1.2844 1.0374
TG 45:1 - (1) 0.8311 0.9228 0.9851 1.1691
TG 45:1 - (2) 0.6524 1.0400 0.8601 1.2038
TG 45:2 0.8070 0.9511 0.8667 1.2120
TG 46:0 - (1) 0.6637 1.0587 1.0061 1.1064
TG 46:1 - (1) 0.6219 1.0908 0.7668 1.2148
TG 46:2 - (1) 0.5728 1.0768 0.6954 1.2891
TG 46:2 - (2) 0.7808 1.0537 0.5817 1.2650
TG 46:3 - (1) 0.7901 0.9730 0.6608 1.3016
TG 46:3 - (2) 0.5422 1.0401 0.6937 1.3419
TG 46:4 - (1) 0.6945 0.9867 0.6802 1.3259
TG 46:4 - (2) 0.6715 0.9557 0.6570 1.3800
TG 47:0 - (2) 0.7065 1.0199 1.1745 1.0396
TG 47:1 - (2) 0.9199 0.8931 1.1269 1.0835
TG 47:2 - (1) 0.7524 1.0656 0.6983 1.2090
TG 47:2 - (2) 0.6356 1.0973 0.8086 1.1806
TG 47:3 0.7358 1.0183 0.7604 1.2336
TG 48:0 - (2) 0.6702 1.0231 1.1198 1.0819
TG 48:1 - (1) 0.7020 1.0713 0.9246 1.1154
TG 48:1 - (2) 0.7016 1.0268 0.9353 1.1548
TG 48:2 - (2) 0.7634 1.0822 0.6710 1.2006
TG 48:3 - (1) 0.4424 1.2239 0.6924 1.2088
TG 48:3 - (2) 0.6813 1.0753 0.6214 1.2734
TG 48:4 - (2) 0.6272 1.0079 0.6284 1.3642
TG 48:4 - (3) 0.5354 1.0930 0.6260 1.3263
TG 48:5 - (1) 0.5789 1.1432 0.6963 1.2192
TG 48:5 - (2) 0.4660 1.0386 0.5582 1.4494
TG 49:0 0.8336 0.9519 1.2173 1.0227
TG 49:1 0.9804 0.9028 1.1795 1.0173
TG 49:2 - (1) 0.9977 0.9464 0.8810 1.1142
TG 49:2 - (3) 0.8202 1.0649 0.7777 1.1361
TG 49:3 - (1) 0.6801 1.1292 0.6735 1.1940
TG 49:3 - (2) 0.5110 1.1327 1.0160 1.1038
TG 49:4 - (1) 0.7505 1.0230 0.6656 1.2690
TG 49:4 - (2) 0.5450 1.1768 0.6792 1.2111
TG 50:0 - (1) 0.6945 1.0033 1.2071 1.0459
TG 50:0 - (2) 1.1764 0.6494 1.7171 0.9038
TG 50:1 - (1) 0.7276 1.0671 0.9670 1.0855
TG 50:1 - (2) 0.6027 1.1118 0.9511 1.1113
TG 50:2 - (1) 0.7545 1.0577 0.8794 1.1253
TG 50:2 - (2) 0.7128 1.0529 0.7794 1.2010
TG 50:3 - (1) 0.6592 1.1236 0.7183 1.1877
TG 50:3 - (2) 1.0558 1.0099 0.6039 1.1602
TG 50:4 - (1) 0.4684 1.2488 0.5888 1.2227
TG 50:4 - (2) 0.5666 1.1520 0.6570 1.2361
TG 50:4 - (3) 0.7587 1.1056 0.4988 1.2657
TG 50:5 - (1) 0.4767 1.3947 0.6148 1.0596
TG 50:5 - (2) 0.5699 1.1440 0.5686 1.2867
TG 50:6 - (1) 0.4795 1.2146 0.5945 1.2484
TG 51:0 0.7471 0.9674 1.3225 0.9978
TG 51:1 0.7809 1.0202 1.0712 1.0537
TG 51:2 - (1) 0.6653 1.1256 0.8407 1.1214
TG 51:2 - (2) 1.0871 0.8985 1.0779 1.0190
TG 51:3 - (1) 0.9482 1.0103 0.7549 1.1382
TG 51:3 - (2) 0.5405 1.1668 0.7711 1.1774
TG 51:4 - (2) 0.6382 1.1492 0.6072 1.2281
TG 51:4 - (3) 0.5107 1.1918 0.7242 1.1907
TG 51:5 - (1) 0.4266 1.2501 0.6923 1.1904
TG 51:5 - (2) 0.4948 1.2116 0.5562 1.2629
TG 52:0 0.7619 0.8975 1.4183 1.0124
TG 52:1 0.7299 0.9848 1.2084 1.0461
TG 52:2 - (1) 0.7972 1.0697 0.8898 1.0868
TG 52:3 0.9872 0.9964 0.8135 1.1033
TG 52:4 - (1) 0.5346 1.1829 0.6950 1.2023
TG 52:4 - (3) 0.7342 1.1024 0.6592 1.2009
TG 52:5 - (2) 0.3742 1.3185 0.5665 1.2112
TG 52:5 - (3) 0.5075 1.2408 0.4998 1.2556
TG 52:6 - (1) 0.4237 1.3462 0.5539 1.1651
TG 52:6 - (2) 0.4367 1.2667 0.4530 1.2885
TG 52:7 0.4320 1.3127 0.5902 1.1762
TG 53:0 - (1) 0.8236 0.8863 1.4848 0.9595
TG 53:1 0.7339 0.9722 1.3440 0.9889
TG 53:2 - (1) 0.8300 1.0226 1.0364 1.0442
TG 53:2 - (2) 0.6062 1.1276 1.0041 1.0673
TG 53:3 0.7324 1.0832 0.8763 1.1125
TG 53:4 - (1) 0.5794 1.1348 0.8020 1.1745
TG 53:4 - (2) 0.6359 0.9941 0.8725 1.2517
TG 53:5 - (1) 0.5796 1.1660 0.9568 1.0659
TG 53:5 - (2) 0.5182 1.1658 0.7693 1.1905
TG 53:6 0.4979 1.3663 0.6653 1.0521
TG 54:1 0.8305 0.9211 1.3456 0.9909
TG 54:2 - (1) 0.7798 0.9928 1.0948 1.0699
TG 54:3 0.8958 0.9803 1.0001 1.0717
TG 54:4 - (1) 0.5604 1.1603 0.8947 1.1122
TG 54:4 - (2) 0.6564 1.0834 0.9232 1.1268
TG 54:4 - (3) 0.8052 1.0049 0.9608 1.1121
TG 54:5 - (1) 0.5463 1.1276 0.7878 1.2054
TG 54:5 - (2) 0.4837 1.2816 0.7445 1.1043
TG 54:5 - (3) 0.5570 1.0813 0.8318 1.2243
TG 54:6 - (1) 0.5189 1.3669 0.7006 1.0233
TG 54:7 - (1) 0.4563 1.4800 0.5473 1.0182
TG 54:7 - (2) 0.3837 1.3657 0.5766 1.1541
TG 54:7 - (3) 0.2909 1.2290 0.5355 1.3578
TG 54:8 - (1) 0.5797 1.2046 1.0405 0.9854
TG 54:8 - (3) 0.2090 1.2795 0.4080 1.4120
TG 55:1 - (2) 0.8362 0.7527 1.6381 1.0101
TG 55:2 0.8540 0.9781 1.2245 0.9826
TG 55:3 - (1) 0.8029 1.0584 0.9552 1.0626
TG 55:3 - (2) 0.7123 1.0638 1.0249 1.0676
TG 55:4 - (3) 0.6002 1.0200 1.0147 1.1726
TG 55:4 - (4) 0.6004 1.1127 0.9468 1.1138
TG 55:5 0.7315 1.0212 1.0547 1.0857
TG 55:6 - (1) 0.5833 1.2562 0.8523 1.0260
TG 55:6 - (2) 0.6303 1.3041 0.8834 0.9390
TG 56:2 - (1) 0.8630 0.8320 1.4479 1.0126
TG 56:2 - (2) 1.0035 0.8455 1.3782 0.9636
TG 56:3 - (1) 1.9121 0.1105 1.8866 0.5228
TG 56:3 - (3) 0.9506 0.9577 1.0561 1.0389
TG 56:4 - (2) 0.8030 1.0307 1.0230 1.0563
TG 56:5 - (1) 0.5725 1.3833 0.7768 0.9420
TG 56:5 - (2) 0.6269 1.2882 0.7735 1.0116
TG 56:6 - (1) 0.5016 1.4243 0.6514 0.9993
TG 56:6 - (2) 0.6582 1.2814 0.9499 0.9146
TG 56:7 - (1) 0.5205 1.3967 0.7717 0.9572
TG 56:7 - (2) 0.5115 1.3986 0.7257 0.9829
TG 56:8 - (1) 0.6424 1.2346 0.9306 0.9789
TG 56:8 - (2) 0.3698 1.5416 0.5675 0.9898
TG 56:8 - (3) 0.3759 1.5786 0.4968 0.9851
TG 56:9 - (2) 0.3158 1.5831 0.5259 0.9960
TG 57:2 0.9376 0.6494 1.8149 0.9744
TG 57:3 - (1) 0.8246 0.9072 1.3006 1.0302
TG 57:4 0.7680 1.1586 0.9478 0.9835
TG 57:6 0.8190 1.1445 1.1866 0.8527
TG 58:10 0.3723 1.3657 1.0935 0.9014
TG 58:3 0.9896 0.7091 1.7033 0.9445
TG 58:4 - (1) 0.8400 0.8408 1.6552 0.9116
TG 58:4 - (2) 1.2947 0.6223 1.0098 1.0995
TG 58:4 - (3) 0.8969 0.8048 1.5510 0.9713
TG 58:5 - (1) 0.7837 1.0337 1.1551 0.9969
TG 58:5 - (2) 0.6824 1.2449 1.1305 0.8486
TG 58:6 0.6393 1.2396 0.9463 0.9676
TG 58:7 - (2) 0.7543 1.1160 1.1071 0.9533
TG 58:8 - (1) 0.5580 1.1235 1.2235 0.9857
TG 58:8 - (2) 0.5798 1.2401 0.9382 1.0008
TG 58:9 - (1) 0.4968 1.1788 1.3883 0.8787
TG 58:9 - (2) 0.4118 1.3758 0.8996 0.9685
TG 60:10 0.3238 1.6081 0.8652 0.7974
TG 60:11 0.2592 1.6815 0.8551 0.7614
TG 60:4 1.1976 0.6165 1.7481 0.9107
TG 60:5 1.1364 0.7372 1.4321 0.9786
TG 60:7 1.1274 0.8483 1.3030 0.9365
TG 60:8 0.8807 1.0477 1.2980 0.8629
TG 60:9 0.6038 1.3066 0.9887 0.8971
TG 8:0_10:0_10:0 0.8589 0.7783 1.6491 0.9677
TG 8:0_12:0_12:0 0.4117 0.7838 0.9558 1.5325
TG 8:0_8:0_10:0 0.9662 0.7459 1.6083 0.9668
TG 8:0_8:0_8:0 0.9596 0.8973 1.4488 0.8985
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Factors:

F1Depot location:Subcutaneous | Phenotype:lean
F2Depot location:Subcutaneous | Phenotype:obese
F3Depot location:Visceral | Phenotype:lean
F4Depot location:Visceral | Phenotype:obese
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