Data for Functional genomics study on Non Alcoholic fatty liver disease (NAFLD) - part II (Study ST000679)

(Analysis AN001044)

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
CerP 34:0; [M-H]-@6.05 0.7244 0.5951 0.3493 0.5940 0.7038 0.5678 0.2511 4.2146
CL 64:4; [M-2H](2-)@8.72 0.1865 0.9321 0.4574 1.4763 3.0364 0.6968 0.6041 0.6103
CL 66:3; [M-2H](2-)@6.03 0.6251 0.4841 0.9962 0.6617 1.2679 0.5746 0.8549 2.5355
CL 66:4; [M-2H](2-)@9.00 0.2669 1.3798 0.6920 1.1223 1.6186 0.5763 1.2516 1.0925
CL 66:5; [M-2H](2-)@5.47 0.7033 0.5465 0.9437 0.5311 0.7318 0.5634 1.2317 2.7486
CL 68:2; [M-2H](2-)@9.63 0.4841 1.1289 0.8046 0.7408 1.1444 1.2949 1.7805 0.6218
CL 68:3; [M-2H](2-)@9.45 0.4627 1.4424 0.9223 0.7048 0.7419 0.7873 1.7182 1.2204
CL 68:4; [M-2H](2-)@9.26 0.7007 1.6808 1.2403 0.3669 0.8157 0.8090 1.1881 1.1984
CL 68:5; [M-2H](2-)@9.04 0.3578 1.1529 0.8460 1.2715 2.1722 0.5116 0.9698 0.7182
CL 70:2; [M-2H](2-)@5.95 0.3019 0.6382 0.5584 0.7330 1.1760 0.9366 1.0989 2.5571
CL 70:3; [M-2H](2-)@9.68 0.5535 1.2634 0.9988 0.6266 0.8364 0.8991 1.7550 1.0672
CL 70:4; [M-2H](2-)@9.49 0.5599 1.3068 1.0767 0.4806 0.6161 0.8433 1.8097 1.3070
CL 70:5; [M-2H](2-)@6.14 0.7847 0.7881 1.0092 0.4061 0.6762 0.8631 1.3072 2.1654
CL 70:5; [M-2H](2-)@9.32 0.6770 1.3974 1.1220 0.7623 1.1733 0.6401 1.4911 0.7368
CL 70:7; [M-2H](2-)@5.87 0.5248 0.8581 0.8174 0.7887 1.3285 0.6176 1.2649 1.8000
CL 72:3; [M-2H](2-)@7.55 0.8921 0.5758 0.8853 0.8673 0.6694 1.2594 1.3262 1.5246
CL 72:4; [M-2H](2-)@9.70 0.6891 1.0589 1.0209 0.7955 0.8302 1.1196 1.4544 1.0315
CL 72:5; [M-2H](2-)@9.55 0.7741 1.3435 1.2469 0.7662 1.0207 0.6647 1.4757 0.7083
CL 72:6; [M-2H](2-)@9.37 0.4648 0.5881 0.7285 1.5534 2.8471 0.3886 0.8028 0.6267
CL 74:11; [M-2H](2-)@5.63 0.4320 0.5289 0.7515 1.2867 2.3085 0.5235 1.0631 1.1057
CL 74:3; [M-2H](2-)@6.22 0.6940 0.9641 0.7088 0.7644 0.7729 0.9839 1.1644 1.9474
CL 74:6; [M-2H](2-)@9.59 0.7599 1.2040 1.1501 0.7910 1.2305 0.6930 1.4776 0.6940
CL 78:5; [M-2H](2-)@6.91 0.6052 0.9879 1.0351 0.6925 0.9604 0.7342 1.4336 1.5511
CL 80:5; [M-2H](2-)@7.30 0.5805 1.2057 1.0248 0.1445 0.3392 0.8345 2.1728 1.6980
FFA(16:0) 0.5665 1.0331 0.8041 0.8973 0.9331 0.8191 1.3259 1.6209
FFA(18:0) 0.5401 0.9288 0.7416 0.9657 0.9522 0.7790 1.2997 1.7929
FFA(18:1) 0.5943 1.2692 0.9584 0.7384 0.8935 0.9936 1.4587 1.0939
FFA(18:2) 0.7772 1.5347 1.3022 0.2343 0.3219 0.8419 1.6897 1.2981
FFA(20:0) 0.9008 0.8595 1.0741 0.6359 0.8780 0.7815 0.9419 1.9282
FFA(20:1) 0.7957 1.6020 1.3005 0.5567 0.6602 0.8451 1.4438 0.7960
FFA(20:2) 0.8809 1.4849 1.4548 0.2881 0.3440 0.8156 1.4536 1.2781
FFA(20:4) Arachidonic acid 0.6629 0.9956 1.3393 0.7170 1.0713 1.1586 1.3323 0.7230
FFA(22:0) 0.8451 0.8826 1.0498 0.6263 0.9254 0.7919 0.9648 1.9142
FFA(22:1) 0.7506 1.7372 1.3349 0.4232 0.5727 0.8371 1.4190 0.9253
FFA(22:2) 0.8961 1.7266 1.3531 0.2035 0.2878 0.8979 1.4377 1.1973
FFA(22:3) 1.2031 1.5335 1.3724 0.0884 0.1016 1.0287 1.3280 1.3444
FFA(24:0) 0.5685 1.6356 0.8751 0.3463 0.6368 0.7349 1.2379 1.9649
FFA(24:1) 0.7295 1.7662 1.2853 0.3068 0.4714 0.8013 1.4668 1.1726
FFA(24:2) 0.8069 2.1881 1.1662 0.1162 0.2043 1.1496 1.5597 0.8089
FFA(24:3) 0.8658 2.3900 1.3163 0.1546 0.2519 0.9196 1.2966 0.8052
lysoPE 22:5; [M-H]-@1.56 0.5163 0.5555 0.9001 2.1652 1.7953 0.7979 0.6706 0.5991
lysoPE 24:1; [M-H]-@4.42 0.4811 0.9302 1.2021 1.7554 0.9014 0.3854 1.3575 0.9870
N-(15Z-tetracosenoyl)-sphing-4-enine; [M-H]-@8.43 0.9437 0.8753 0.9111 0.5667 1.1465 0.9958 1.0572 1.5037
N-(15Z-tetracosenoyl)-sphinganine; [M-H]-@8.65 0.8654 1.2663 0.8556 0.4062 0.6350 0.9299 1.4573 1.5843
N-(17Z-hexacosenoyl)-sphing-4-enine; [M-H]-@8.92 1.3826 0.8819 0.8977 0.3915 0.3124 0.7835 1.3016 2.0489
N-(docosanoyl)-sphing-4-enine; [M-H]-@8.48 0.5883 1.4181 0.7729 0.5830 0.7814 0.8102 1.2929 1.7531
N-(docosanoyl)-sphinganine; [M-H]-@8.63 0.2539 0.5623 0.2828 1.5341 2.4267 0.6683 0.7289 1.5431
N-(eicosanoyl)-sphing-4-enine; [M-H]-@7.99 0.3618 1.3738 0.5441 0.7276 1.3913 0.8309 1.2239 1.5466
N-(eicosanoyl)-sphinganine; [M-H]-@8.16 0.2660 1.0336 0.3651 1.0243 2.2213 0.5152 0.9803 1.5942
N-(hexadecanoyl)-sphing-4-enine; [M-H]-@6.82 0.7958 1.1927 0.6825 0.3778 0.8307 1.1246 0.9100 2.0860
N-(hexadecanoyl)-sphinganine; [M-H]-@7.08 0.6505 0.9209 0.5604 0.8193 0.9082 0.5979 0.9963 2.5466
N-(octadecanoyl)-sphing-4-enine; [M-H]-@7.45 0.6705 1.1171 0.7543 0.5693 1.2416 1.4766 0.8223 1.3484
N-(octadecanoyl)-sphinganine; [M-H]-@7.65 0.2265 0.7420 0.3892 1.2554 2.1600 0.7946 0.9566 1.4758
N-(tetracosanoyl)-sphing-4-enine; [M-H]-@8.92 0.8654 1.2663 0.8556 0.4062 0.6350 0.9299 1.4573 1.5843
N-(tetracosanoyl)-sphinganine; [M-H]-@9.07 0.3532 1.2013 0.5551 0.4871 0.9232 0.8014 1.9494 1.7293
N-(tetradecanoyl)-sphing-4-enine; [M-H]-@6.22 0.5101 1.1624 0.6073 0.5345 0.9005 1.0989 1.3260 1.8602
N-(tetradecanoyl)-sphinganine; [M-H]-@6.45 0.5549 1.1355 0.8196 0.5271 0.8479 0.6084 1.0771 2.4296
PA 32:1; [M-H]-@6.06 0.6645 0.8788 0.5670 0.4591 0.8159 0.9576 2.3664 1.2906
PA 34:1; [M-H]-@5.80 0.2916 0.6158 0.2560 0.1876 0.9602 0.3230 1.6359 3.7299
PC 26:0; [M-Ac-H]-@4.45 0.5230 0.7714 0.7791 0.8537 1.7608 0.7503 1.0213 1.5405
PC 28:0; [M-Ac-H]-@5.18 0.2236 0.5760 0.5091 1.8350 2.5540 0.4639 0.7342 1.1041
PC 29:0; [M-Ac-H]-@5.49 0.3172 1.2089 0.6921 0.6762 1.4171 0.7766 1.4109 1.5009
PC 30:0; [M-Ac-H]-@5.90 0.3184 0.8291 0.6616 1.1923 1.8052 0.7842 1.1020 1.3072
PC 30:1; [M-Ac-H]-@5.39 0.3486 0.7894 0.6195 1.1166 1.6302 0.6188 1.0469 1.8301
PC 30:2; [M-Ac-H]-@4.93 0.7916 0.7584 0.8266 0.5429 0.6255 0.4932 0.7941 3.1677
PC 31:0; [M-Ac-H]-@6.15 0.5257 1.2843 1.1303 0.2485 0.7792 1.1529 1.3699 1.5092
PC 31:1; [M-Ac-H]-@5.67 0.5072 1.4524 1.2054 0.5442 0.7698 0.8045 1.4649 1.2515
PC 32:0; [M-Ac-H]-@6.50 0.5572 0.9206 0.9346 0.7533 1.0836 0.9792 1.4389 1.3325
PC 32:1; [M-Ac-H]-@6.00 0.4344 1.0623 0.8024 0.6632 1.0726 0.8475 1.4524 1.6650
PC 32:2; [M-Ac-H]-@5.63 0.5056 0.9361 0.8278 0.5582 0.7712 0.7401 1.3826 2.2785
PC 32:3; [M-Ac-H]-@5.29 0.6923 0.7097 0.9954 0.2574 0.4617 0.6336 1.3220 2.9280
PC 33:0; [M-Ac-H]-@6.74 0.6057 1.5180 1.1501 0.2518 0.5484 0.9956 1.7908 1.1396
PC 33:1; [M-Ac-H]-@6.29 0.4267 1.5028 1.0075 0.2600 0.5719 0.8124 1.9606 1.4581
PC 33:2; [M-Ac-H]-@5.92 0.7918 1.0911 1.1533 0.6864 0.7071 0.7415 1.3065 1.5223
PC 34:1; [M-Ac-H]-@6.59 0.6914 1.0919 1.0932 0.8100 1.2033 0.7982 1.1543 1.1579
PC 34:2; [M-Ac-H]-@6.29 0.5503 0.9804 0.8720 0.6808 0.9706 0.7904 1.4443 1.7111
PC 34:3; [M-Ac-H]-@5.86 1.2808 0.6444 1.1695 0.2723 0.3661 0.8431 1.1681 2.2557
PC 34:4; [M-Ac-H]-@5.49 1.0879 0.9816 1.1407 0.5778 1.0430 0.5924 1.1580 1.4187
PC 35:0; [M-Ac-H]-@7.32 0.6935 0.8211 0.8787 0.7527 1.2534 1.0096 1.1352 1.4558
PC 35:1; [M-Ac-H]-@7.01 0.6821 1.3816 1.1161 0.2986 0.4087 0.8608 1.6912 1.5608
PC 35:2; [M-Ac-H]-@6.47 0.7925 1.2722 1.3742 0.2294 0.4425 1.0395 1.4891 1.3606
PC 35:3; [M-Ac-H]-@6.26 0.6496 1.0696 0.8685 0.2970 0.5827 0.8789 1.7519 1.9017
PC 35:4; [M-Ac-H]-@5.83 0.6286 1.3929 0.7797 0.2432 0.4999 1.0463 1.5532 1.8562
PC 36:0; [M-Ac-H]-@7.69 0.3090 1.6174 1.1984 0.4629 0.6816 0.9266 1.5053 1.2988
PC 36:1; [M-Ac-H]-@7.19 0.7103 1.2456 0.9958 0.3477 0.5378 0.8578 1.7151 1.5898
PC 36:2; [M-Ac-H]-@6.75 0.5600 0.9202 0.8282 0.9988 1.0762 0.8237 1.2813 1.5117
PC 36:3; [M-Ac-H]-@6.43 0.8314 0.8510 0.8020 0.4555 0.8024 0.8553 1.3627 2.0396
PC 36:4; [M-Ac-H]-@6.11 0.9475 0.9962 0.8392 0.5449 1.1082 0.8351 1.3262 1.4028
PC 36:5; [M-Ac-H]-@5.72 0.7888 0.4444 0.8068 1.0293 2.0110 0.7230 0.7125 1.4842
PC 36:6; [M-Ac-H]-@5.38 1.2902 0.6851 1.0788 0.5687 1.5583 0.8661 0.8082 1.1446
PC 37:1; [M-Ac-H]-@7.41 0.6731 1.2367 1.0512 0.2520 0.2983 0.8715 2.0893 1.5279
PC 37:3; [M-Ac-H]-@6.83 1.3028 1.0720 0.9517 0.1078 0.3640 0.8484 1.2819 2.0714
PC 37:4; [M-Ac-H]-@6.47 0.9239 1.2553 0.9081 0.1932 0.4336 0.9577 1.8984 1.4297
PC 37:5; [M-Ac-H]-@6.04 1.0431 1.0350 1.6644 0.4026 0.9183 0.7758 1.1707 0.9901
PC 38:1; [M-Ac-H]-@7.75 0.7798 1.1434 0.9244 0.5131 0.7434 0.8278 1.6852 1.3830
PC 38:2; [M-Ac-H]-@7.29 0.8070 1.0268 0.8663 0.6793 0.8574 0.8256 1.4395 1.4981
PC 38:3; [M-Ac-H]-@7.02 1.2099 0.9721 0.8326 0.3277 0.4962 0.9598 1.4348 1.7670
PC 38:4; [M-Ac-H]-@6.65 1.6137 0.8461 0.9888 0.3681 0.6329 0.8817 1.2661 1.4027
PC 38:5; [M-Ac-H]-@6.31 1.5978 0.7845 1.0477 0.5412 1.1149 0.9780 0.8434 1.0926
PC 38:6; [M-Ac-H]-@6.02 0.9916 0.9950 0.9449 0.6790 1.1491 0.9276 1.4106 0.9023
PC 38:7; [M-Ac-H]-@5.58 0.9913 0.9195 0.8513 0.7089 1.1485 0.8205 1.3552 1.2049
PC 39:1; [M-Ac-H]-@8.06 1.0297 1.3219 0.8381 0.3477 0.8136 0.9916 0.9683 1.6890
PC 39:3; [M-Ac-H]-@7.34 1.1127 1.2448 0.8813 0.1712 0.3807 0.8887 1.6031 1.7175
PC 39:4; [M-Ac-H]-@7.08 1.0579 1.2185 0.8570 0.2607 0.3620 0.9599 1.7180 1.5660
PC 39:5; [M-Ac-H]-@6.63 1.2239 1.1559 0.9849 0.3662 0.7964 0.8548 0.9464 1.6715
PC 39:6; [M-Ac-H]-@6.31 1.1066 1.2736 1.0574 0.4046 0.5758 1.0170 1.5959 0.9691
PC 39:7; [M-Ac-H]-@5.91 1.0719 1.4015 1.1106 0.6061 0.6000 0.9427 1.3014 0.9658
PC 40:1; [M-Ac-H]-@8.22 0.7913 1.2327 0.8766 0.3722 0.5364 1.0383 1.7756 1.3769
PC 40:2; [M-Ac-H]-@7.83 1.0839 1.1058 0.9798 0.4511 0.7347 1.0836 0.9575 1.6036
PC 40:3; [M-Ac-H]-@7.50 0.9645 1.0762 0.7061 0.4364 0.6123 1.0596 1.3007 1.8442
PC 40:4; [M-Ac-H]-@7.24 1.1060 0.9953 0.7927 0.4319 0.5664 0.9573 1.3875 1.7628
PC 40:5; [M-Ac-H]-@6.94 1.9352 0.8267 0.9390 0.3731 0.7357 0.8918 0.7874 1.5110
PC 40:6; [M-Ac-H]-@6.58 1.2776 1.0514 0.8250 0.5947 0.8159 0.9243 1.2247 1.2864
PC 40:7; [M-Ac-H]-@6.19 1.2927 1.1696 1.2011 0.6262 0.9319 0.8070 1.2969 0.6745
PC 40:8; [M-Ac-H]-@5.77 0.4686 1.5088 0.8686 1.2527 1.3232 0.5830 1.3810 0.6143
PC 41:1; [M-Ac-H]-@8.34 0.7595 1.2649 1.0560 0.3095 0.4725 0.7520 1.6870 1.6984
PC 41:2; [M-Ac-H]-@8.10 0.6253 1.3544 0.8697 0.2717 0.6637 0.9764 1.4202 1.8187
PC 42:10; [M-Ac-H]-@5.69 0.9637 1.4295 1.2405 0.5928 1.0670 0.5535 1.2116 0.9415
PC 42:1; [M-Ac-H]-@8.69 0.7537 1.5777 1.0837 0.0745 0.2628 0.9637 1.8034 1.4806
PC 42:2; [M-Ac-H]-@8.30 0.9515 1.2330 1.1859 0.1881 0.3428 1.0943 1.3068 1.6976
PC 42:3; [M-Ac-H]-@7.95 0.6737 1.3577 0.8203 0.2378 0.3994 1.0954 1.6820 1.7337
PC 42:4; [M-Ac-H]-@7.73 0.8391 1.2279 0.7896 0.3500 0.5557 0.9837 1.3449 1.9089
PC 42:5; [M-Ac-H]-@7.37 1.2954 0.7828 0.8313 0.5334 0.6896 0.9455 0.9838 1.9382
PC 42:6; [M-Ac-H]-@7.13 1.5860 1.0607 0.8666 0.3617 0.5814 0.8707 1.1581 1.5149
PC 42:7; [M-Ac-H]-@6.79 1.7410 0.8304 1.0007 0.7356 1.0746 0.8228 0.7756 1.0192
PC 42:8; [M-Ac-H]-@6.45 0.8132 0.9917 0.6008 1.3568 1.2752 0.8590 0.9954 1.1079
PC 42:9; [M-Ac-H]-@6.14 1.6465 1.0171 1.2424 0.3207 0.7915 0.8283 1.1731 0.9803
PC 43:1; [M-Ac-H]-@9.02 0.5587 1.9199 1.2164 0.0610 0.0955 1.0714 1.8730 1.2042
PC 43:2; [M-Ac-H]-@8.48 0.6602 1.4310 1.1130 0.2344 0.3690 0.9438 1.8092 1.4393
PC 44:1; [M-Ac-H]-@9.14 0.6870 0.9949 1.1445 0.1670 0.3280 1.2047 1.8233 1.6508
PC 44:2; [M-Ac-H]-@8.73 0.6692 0.7933 1.0206 0.3615 0.4829 1.1276 1.6651 1.8798
PC 44:3; [M-Ac-H]-@8.47 0.5793 1.3852 0.9414 0.2351 0.3506 1.2600 1.5190 1.7293
PC 44:4; [M-Ac-H]-@8.30 0.8195 0.6670 0.7640 0.4082 0.7883 1.1737 1.0311 2.3481
PC 44:5; [M-Ac-H]-@7.94 0.8177 1.0744 0.8033 0.2733 0.4983 1.2132 1.4485 1.8712
PC 44:6; [M-Ac-H]-@7.58 1.0943 0.8755 0.6159 0.3486 0.4616 1.2965 1.4960 1.8115
PC 46:4; [M-Ac-H]-@8.70 1.2312 1.1109 1.0279 0.1685 0.0915 0.9269 1.6728 1.7702
PC 46:5; [M-Ac-H]-@8.32 1.5275 1.1088 0.8737 0.1307 0.2466 1.1910 1.1443 1.7774
PC 46:6; [M-Ac-H]-@7.99 1.2410 0.9762 0.8169 0.3037 0.4432 1.0813 1.1453 1.9923
PE 31:0; [M-H]-@6.29 0.4600 1.1524 0.8985 0.4472 0.9217 0.6866 1.5300 1.9036
PE 31:1; [M-H]-@5.95 0.7564 0.7866 1.1741 0.1871 0.6771 0.7697 1.2969 2.3522
PE 32:1; [M-H]-@6.20 0.5178 0.8428 0.7767 1.0959 1.2762 0.7228 1.0740 1.6938
PE 32:2; [M-H]-@5.98 0.5729 0.6159 0.9459 0.6880 1.0829 0.7279 0.9818 2.3847
PE 33:0; [M-H]-@6.91 0.3948 1.4075 0.7769 0.4507 0.7320 0.7552 1.7176 1.7654
PE 33:1; [M-H]-@6.49 0.4159 1.3672 1.0284 0.3843 0.7566 0.7535 1.8058 1.4881
PE 33:2; [M-H]-@5.99 0.4172 1.3026 1.1308 0.2485 0.6112 1.0811 1.8059 1.4027
PE 34:3; [M-H]-@6.01 0.4870 0.7893 0.7086 0.4183 0.6103 0.9002 1.4594 2.6269
PE 35:1; [M-H]-@7.03 0.3760 1.5582 1.2648 0.3376 0.5339 0.8022 1.9548 1.1723
PE 35:4; [M-H]-@5.99 0.4383 1.2423 0.9548 0.1977 0.5355 1.0289 1.9489 1.6536
PE 36:0; [M-H]-@7.83 0.6023 1.1771 0.8829 0.6076 0.9638 1.0813 1.5397 1.1454
PE 36:6; [M-H]-@5.53 0.4089 0.5691 0.7435 1.2611 2.2704 0.5431 1.2174 0.9865
PE 37:0; [M-H]-@7.98 0.5469 1.1026 0.7204 0.5998 0.8758 0.5811 1.4671 2.1063
PE 37:1; [M-H]-@7.57 0.3988 1.3316 1.1386 0.1798 0.3966 0.9093 2.1196 1.5256
PE 37:2; [M-H]-@7.24 0.5139 1.6006 1.2713 0.3012 0.4468 0.7768 1.9272 1.1621
PE 37:3; [M-H]-@7.00 0.5166 1.4969 0.8557 0.1892 0.3753 1.0443 2.0823 1.4396
PE 37:4; [M-H]-@6.64 0.5556 1.3975 1.0559 0.2335 0.4807 0.8893 2.0313 1.3561
PE 38:0; [M-H]-@7.88 0.5265 1.2066 1.0834 0.8169 1.0839 0.7071 1.3650 1.2107
PE 38:1; [M-H]-@7.87 0.6570 1.2236 1.3050 0.7287 1.0094 0.6561 1.2996 1.1206
PE 38:4; [M-H]-@6.73 0.6058 1.0851 0.9717 0.5172 0.8927 0.8396 1.6687 1.4191
PE 38:6; [M-H]-@6.12 0.7088 0.7976 0.9190 0.6106 1.1609 1.0150 1.3437 1.4444
PE 39:1; [M-H]-@8.03 0.6272 1.3168 1.0608 0.5710 1.2111 0.6140 1.6366 0.9627
PE 39:2; [M-H]-@7.69 0.5370 1.4576 1.1054 0.2892 0.5597 0.6999 1.8523 1.4989
PE 39:3; [M-H]-@7.52 0.8892 1.2409 1.2250 0.0909 0.2900 0.9403 1.5846 1.7392
PE 39:4; [M-H]-@7.14 0.9701 1.4685 1.3959 0.1929 0.4590 0.8195 1.6595 1.0346
PE 39:6; [M-H]-@6.57 0.6672 0.8090 0.8895 0.8922 2.1899 0.6318 0.9731 0.9474
PE 40:2; [M-H]-@7.94 0.7056 1.2779 1.1793 0.9470 1.4560 0.6135 0.9409 0.8798
PE 40:4; [M-H]-@7.47 0.6605 1.2026 0.8800 0.5555 0.6780 0.8289 1.4701 1.7244
PE 40:7; [M-H]-@6.40 0.6993 0.7946 1.1504 1.1477 2.1546 0.6366 0.8154 0.6014
PE 40:8; [M-H]-@5.98 1.4625 0.6978 1.3378 0.3651 0.7152 0.8275 1.0859 1.5082
PE 41:4; [M-H]-@7.73 0.5294 1.2590 0.9133 0.4372 0.9084 0.8376 1.5198 1.5953
PE 41:6; [M-H]-@7.07 0.6090 1.3251 1.0619 0.5014 1.4249 0.5780 1.5579 0.9418
PE 42:3; [M-H]-@8.25 0.5069 1.5534 1.1311 0.5009 0.7423 0.8652 1.4691 1.2311
PE 42:4; [M-H]-@7.93 0.4081 1.3800 1.0703 0.4588 0.7167 0.9862 1.3601 1.6197
PE 42:6; [M-H]-@7.24 0.5754 1.0203 0.9314 0.8275 0.9996 0.8121 1.2259 1.6077
PE 42:8; [M-H]-@6.61 0.9418 1.0439 1.0149 0.7577 1.0189 0.6427 1.2888 1.2914
PE 42:9; [M-H]-@6.29 1.0095 1.1006 1.5422 0.2706 0.5677 0.8998 1.7168 0.8928
PE 44:1; [M-H]-@9.21 0.4870 1.7619 1.2631 0.0644 0.3039 1.0934 1.5107 1.5156
PE 44:3; [M-H]-@8.69 0.8725 1.3017 1.4493 0.2395 0.4149 1.2451 1.3794 1.0976
PE 44:4; [M-H]-@8.50 0.4390 1.7607 1.4006 0.2728 0.6105 0.9022 1.4856 1.1287
PE 46:4; [M-H]-@8.83 0.9490 1.5325 1.2133 0.2806 0.6369 0.8107 1.3690 1.2080
PG 30:0; [M-H]-@5.24 0.4401 0.6422 1.1571 0.4105 1.5832 1.0223 1.0889 1.6557
PG 32:0; [M-H]-@5.91 0.6369 0.5622 0.5862 1.0710 1.1586 0.8603 0.7693 2.3555
PG 32:1; [M-H]-@5.25 0.3295 0.8854 0.5904 0.8495 1.1511 1.0208 1.7215 1.4517
PG 32:2; [M-H]-@4.80 0.2584 1.5945 1.0632 0.2720 0.5872 1.0140 1.4238 1.7869
PG 33:2; [M-H]-@4.82 0.2993 1.5982 1.1231 0.1544 0.3198 0.8176 1.9484 1.7393
PG 34:1; [M-H]-@5.83 0.8910 0.9155 0.8783 0.3472 0.8931 1.8174 1.3782 0.8793
PG 34:2; [M-H]-@5.29 0.1829 1.7122 0.9523 0.7344 0.6878 1.0937 1.4074 1.2293
PG 34:3; [M-H]-@4.74 0.3727 1.6183 1.8838 0.0882 0.2110 0.7982 1.6231 1.4048
PG 35:1; [M-H]-@6.27 0.4026 1.6868 0.7666 0.5226 0.6641 0.8457 2.1781 0.9334
PG 35:2; [M-H]-@5.45 0.2164 1.8841 1.0752 0.3016 0.4185 0.8437 2.0208 1.2397
PG 35:3; [M-H]-@5.08 0.4627 2.1392 0.9017 0.0785 0.2862 0.7727 2.0342 1.3248
PG 36:1; [M-H]-@6.56 0.3864 1.7089 0.8499 0.2867 0.5084 0.7926 2.2854 1.1818
PG 36:2; [M-H]-@5.99 0.1879 1.4787 0.7927 0.7858 0.8183 1.3398 1.7302 0.8666
PG 36:3; [M-H]-@5.36 0.2176 1.6769 0.9544 0.3314 0.4608 0.9859 1.9604 1.4126
PG 36:4; [M-H]-@5.03 0.2755 1.6475 0.9947 0.2179 0.3167 0.9765 1.7926 1.7786
PG 36:5; [M-H]-@4.76 0.5865 1.4675 1.4618 0.0979 0.2435 1.0291 1.4384 1.6752
PG 38:2; [M-H]-@6.30 0.3549 1.7565 1.1106 0.4465 0.8645 1.1462 1.2872 1.0336
PG 38:3; [M-H]-@5.91 0.4350 1.7288 1.0986 0.2502 0.4343 1.2870 1.3415 1.4246
PG 38:4; [M-H]-@6.07 0.5068 1.2245 0.9471 0.3243 0.5001 0.4981 2.0704 1.9287
PG 38:5; [M-H]-@5.32 0.4229 1.8317 1.0479 0.2699 0.3155 1.1044 1.6728 1.3350
PG 38:6; [M-H]-@5.00 0.5430 1.5040 1.3280 0.1001 0.4276 1.6246 1.4314 1.0414
PG 38:7; [M-H]-@4.55 0.4294 1.1668 1.5484 0.0679 0.3404 1.7508 1.9896 0.7067
PG 39:6; [M-H]-@5.30 0.3737 1.8750 0.9725 0.1844 0.3977 1.1428 2.0699 0.9840
PG 39:7; [M-H]-@4.90 0.4440 1.7653 1.4542 0.2169 0.2946 1.2767 2.1187 0.4297
PG 40:5; [M-H]-@5.94 0.5143 1.8058 0.7006 0.1328 0.2491 1.1421 1.7418 1.7135
PG 40:6; [M-H]-@5.56 0.4779 1.8237 0.9068 0.2869 0.6153 1.4058 1.6345 0.8492
PG 40:7; [M-H]-@5.18 0.3527 1.3011 1.1340 0.2235 0.5949 1.9140 1.8237 0.6560
PG 40:8; [M-H]-@4.79 0.4722 1.3618 1.2732 0.0563 0.2888 1.5636 2.0388 0.9454
PG 42:10; [M-H]-@4.76 0.8975 1.3378 1.5902 0.1454 0.1871 1.5340 1.5219 0.7861
PG 42:5; [M-H]-@6.35 0.7065 1.8014 0.8515 0.3094 0.3719 0.6968 1.5900 1.6725
PG 42:6; [M-H]-@6.08 0.8233 1.6967 0.8422 0.2366 0.3749 0.9436 1.4741 1.6086
PG 42:7; [M-H]-@5.81 0.7899 1.7388 0.7778 0.2586 0.4132 1.1248 1.6449 1.2519
PG 42:8; [M-H]-@5.36 0.8314 1.5953 1.3315 0.1241 0.4132 1.3589 1.6078 0.7378
PG 42:9; [M-H]-@5.02 1.0845 1.3153 1.3631 0.0594 0.3548 1.6116 1.2370 0.9743
PG 44:10; [M-H]-@5.43 1.0060 1.3159 0.7663 0.0923 0.4371 1.8356 1.7625 0.7844
PG 44:11; [M-H]-@5.02 1.0594 1.3945 1.3405 0.0570 0.4091 2.2520 1.0641 0.4235
PG 44:8; [M-H]-@5.95 0.7517 2.0562 1.0574 0.1821 0.2403 1.0205 1.7392 0.9526
PG 44:9; [M-H]-@5.68 0.9407 1.0093 0.7367 0.5780 0.7824 1.4262 1.2164 1.3103
PI 34:1; [M-H]-@5.82 0.4258 1.8197 1.5216 1.0059 1.3732 0.3400 1.1153 0.3985
PI 34:2; [M-H]-@5.30 0.5581 1.2561 1.0095 1.0910 1.2355 0.5318 1.3732 0.9449
PI 36:1; [M-H]-@6.43 0.7380 1.1101 1.0284 1.0998 1.6208 0.5568 0.7166 1.1295
PI 36:2; [M-H]-@5.93 0.3340 1.2364 1.0037 1.3640 1.2449 0.4739 1.5401 0.8030
PI 36:3; [M-H]-@5.75 0.4975 1.8068 0.9942 0.4610 0.5627 0.5228 2.0853 1.0697
PI 36:4; [M-H]-@5.36 0.4741 1.6934 1.1854 0.6109 1.0439 0.6852 1.6334 0.6736
PI 37:3; [M-H]-@6.04 0.4723 2.2566 1.1251 0.1799 0.2323 0.6497 2.1552 0.9289
PI 38:3; [M-H]-@6.35 0.7807 2.1366 1.5045 0.2520 0.4873 0.4617 1.7449 0.6322
PI 38:4; [M-H]-@5.89 0.8336 1.5800 1.7674 0.5262 1.1980 0.5128 1.0698 0.5121
PI 38:5; [M-H]-@5.46 0.3793 1.1479 0.9269 1.5321 1.9003 0.4208 1.3367 0.3561
PI 38:6; [M-H]-@5.17 0.3647 1.5980 1.0902 0.9739 1.6392 0.4658 1.3595 0.5088
PI 40:3; [M-H]-@6.87 0.7075 1.5297 0.8731 0.6307 0.6761 0.5038 2.0170 1.0622
PI 40:4; [M-H]-@6.37 0.5482 1.7701 1.0381 0.7041 0.8996 0.6881 1.6250 0.7269
PI 40:5; [M-H]-@6.13 0.6590 1.2608 0.9184 0.9370 0.9807 0.7768 1.5556 0.9118
PI 40:6; [M-H]-@5.89 0.6414 1.1441 0.9658 0.8742 1.4873 0.6365 1.5686 0.6822
PI 40:7; [M-H]-@5.38 0.3700 0.4506 0.4588 1.8184 2.6434 0.4563 0.7081 1.0944
plasmenyl-PE 34:1; [M-H]-@7.16 1.2850 0.6046 0.6280 0.2690 0.5755 1.4378 1.4254 1.7748
plasmenyl-PE 34:2; [M-H]-@6.71 0.9014 0.3235 0.6374 0.2600 0.4785 1.8417 1.0611 2.4965
plasmenyl-PE 34:3; [M-H]-@6.54 0.6655 0.9942 0.7515 0.2831 0.2227 1.0903 2.2547 1.7381
plasmenyl-PE 36:0; [M-H]-@7.70 0.4920 0.9303 0.9764 0.6672 1.1296 1.0768 1.5261 1.2016
plasmenyl-PE 36:4; [M-H]-@6.67 0.7288 1.3077 1.6287 0.4665 0.6850 1.1310 1.4218 0.6305
plasmenyl-PE 36:5; [M-H]-@6.24 0.7303 0.9705 1.3076 0.6721 0.7777 1.0816 1.2463 1.2140
plasmenyl-PE 38:1; [M-H]-@8.20 0.9232 1.1349 1.1757 0.4170 0.4390 0.9864 1.3973 1.5264
plasmenyl-PE 38:3; [M-H]-@7.59 0.5764 1.2962 0.9184 0.0826 0.1505 1.1222 2.2637 1.5899
plasmenyl-PE 38:4; [M-H]-@7.21 0.6851 1.2675 1.1469 0.3695 0.6055 1.0841 1.7378 1.1037
plasmenyl-PE 38:5; [M-H]-@7.02 0.8687 0.9788 1.3929 0.7457 1.4201 0.9434 0.9268 0.7235
plasmenyl-PE 38:6; [M-H]-@6.61 0.4189 1.0634 1.2834 1.0362 1.2652 0.8648 1.4345 0.6337
plasmenyl-PE 40:3; [M-H]-@8.10 0.9930 1.3621 1.3658 0.1099 0.3168 0.9859 1.3636 1.5029
plasmenyl-PE 40:6; [M-H]-@7.20 0.4296 0.5638 0.8931 1.7629 2.1458 0.7030 0.6782 0.8236
plasmenyl-PE 42:5; [M-H]-@7.99 0.6030 1.5527 1.4007 0.5619 1.0977 0.8743 1.1526 0.7571
plasmenyl-PE 42:6; [M-H]-@7.72 0.3836 0.9243 0.9489 1.3121 2.0617 0.6071 1.0232 0.7391
PS 32:1; [M-H]-@5.29 0.2917 1.3207 0.8098 0.7608 1.5289 0.7954 1.1250 1.3677
PS 34:1; [M-H]-@5.94 0.4586 1.7112 1.4761 0.4860 0.8865 0.6302 1.6580 0.6934
PS 34:2; [M-H]-@5.43 0.2554 0.6386 0.6637 1.5317 1.8362 0.5282 0.9908 1.5552
PS 36:1; [M-H]-@6.56 0.3828 1.2670 0.9524 0.9333 1.1879 0.7212 1.6328 0.9226
PS 36:2; [M-H]-@6.02 0.4017 1.4216 1.0139 0.7610 0.8571 0.6393 1.9363 0.9691
PS 36:3; [M-H]-@5.82 0.4915 1.5445 1.0460 0.6071 0.4789 0.7469 2.0240 1.0610
PS 36:4; [M-H]-@5.44 0.4671 1.3080 0.9317 0.6557 1.0329 0.9195 1.6800 1.0051
PS 38:3; [M-H]-@6.39 0.8000 1.0209 0.8558 0.5349 0.7302 0.7701 1.9256 1.3624
PS 38:4; [M-H]-@6.00 0.5653 1.5998 1.6519 0.2006 0.3109 0.6890 2.6740 0.3084
PS 38:5; [M-H]-@5.60 0.6175 0.9880 1.1776 0.7918 0.7291 0.7449 2.1243 0.8269
PS 38:6; [M-H]-@5.37 0.4620 1.3995 1.0108 0.6534 1.1916 0.9281 1.8166 0.5379
PS 39:3; [M-H]-@6.65 0.4618 2.0662 1.1062 0.1696 0.2966 0.7150 1.8710 1.3136
PS 39:4; [M-H]-@6.30 0.5009 1.5194 0.9951 0.1521 0.2363 1.0876 2.1407 1.3680
PS 40:4; [M-H]-@6.52 0.5774 2.0200 0.8104 0.5167 0.4465 0.7916 1.7745 1.0630
PS 40:6; [M-H]-@5.98 0.6212 2.4994 2.0695 0.3122 0.7763 0.3221 1.1128 0.2865
PS 40:7; [M-H]-@5.44 0.4026 1.7614 0.9060 1.0656 1.5203 0.6913 1.1768 0.4761
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Construct:GCKR_52621
F2Construct:NT-25-9-16
F3Construct:PNPLA3_50053
F4Construct:PNPLA3(I148M)
F5Construct:PNPLA3(WT)
F6Construct:PPP1R3B_2640-25-9-16
F7Construct:TM6SF2_382426
F8Construct:Vector-25-9-16
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