Data for Functional genomics study on Non Alcoholic fatty liver disease (NAFLD) (Study ST000678)

(Analysis AN001042)

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

MetaboliteF1F2F3F4F5F6
CL 66:4; [M-2H](2-)@9.01 0.7277 1.1389 0.8600 0.3519 1.5428 1.3786
CL 68:3; [M-2H](2-)@9.44 0.7928 0.9549 0.9486 0.5195 1.3968 1.3874
CL 68:4; [M-2H](2-)@9.26 0.7787 0.8817 0.8949 0.4831 1.5113 1.4503
CL 70:3; [M-2H](2-)@9.68 0.7574 1.0721 0.9186 1.3590 0.8670 1.0258
CL 70:4; [M-2H](2-)@9.49 0.6219 0.9005 1.0353 0.8080 1.2127 1.4216
CL 70:5; [M-2H](2-)@9.31 0.7239 0.9989 1.1792 0.6955 1.1978 1.2046
CL 72:4; [M-2H](2-)@9.71 0.3309 1.1724 0.9521 1.8649 0.7760 0.9037
CL 72:5; [M-2H](2-)@9.56 0.4263 0.9700 1.5167 0.7356 1.1800 1.1714
CL 74:7; [M-2H](2-)@6.05 0.4830 1.2707 0.6874 0.5858 1.7242 1.2490
FFA(16:0) 0.8916 0.9132 0.8932 0.8428 0.8225 1.6368
FFA(18:0) 0.9204 0.9666 0.9046 0.8128 0.8252 1.5704
FFA(18:1) 0.6628 1.1033 1.5868 0.6831 0.7047 1.2592
FFA(18:2) 0.9724 1.2255 1.1612 0.5534 0.4840 1.6034
FFA(20:0) 0.8742 0.9990 0.8440 0.8493 0.8292 1.6043
FFA(20:1) 0.6440 0.9954 1.4848 0.8643 0.5127 1.4988
FFA(20:2) 0.5028 1.3298 1.5035 0.5874 0.7714 1.3051
FFA(20:4) Arachidonic acid 1.0322 1.0606 1.0886 1.2515 0.4237 1.1434
FFA(22:0) 0.7999 0.9710 0.8863 0.8586 0.9164 1.5679
FFA(22:1) 0.4612 1.0399 1.5735 0.7186 0.9327 1.2742
FFA(22:2) 0.6584 1.0519 1.4906 0.8170 0.5269 1.4552
FFA(22:3) 0.6777 1.0053 1.7138 0.7300 0.4877 1.3855
FFA(24:0) 0.5160 1.0846 1.4873 0.6318 1.1334 1.1469
FFA(24:1) 0.8491 1.0638 1.4560 0.6907 0.7051 1.2353
FFA(24:2) 0.6610 0.9781 1.6691 0.9583 0.5541 1.1795
FFA(24:3) 0.6881 1.0133 1.7759 0.6598 0.5626 1.3002
lysoPE 16:0; [M-H]-@1.67 0.3955 1.0547 0.7665 0.5843 1.7600 1.4389
lysoPE 18:0; [M-H]-@2.46 0.6723 1.0827 0.8057 0.6977 1.4723 1.2692
lysoPE 18:1; [M-H]-@1.82 0.5509 1.0054 0.9512 0.7277 1.5260 1.2389
lysoPE 20:3; [M-H]-@1.72 1.3327 1.1509 0.4518 0.5801 1.4271 1.0574
lysoPE 20:4; [M-H]-@1.31 0.7183 1.0832 0.7907 0.7591 1.3957 1.2530
lysoPE 22:6; [M-H]-@1.29 0.6164 1.0455 1.0747 0.5601 1.5957 1.1075
N-(15Z-tetracosenoyl)-sphing-4-enine; [M-H]-@8.46 0.9138 1.1041 0.9922 0.8427 0.9216 1.2254
N-(hexadecanoyl)-sphing-4-enine; [M-H]-@6.82 0.4629 0.8145 1.2581 0.7103 1.6667 1.0874
N-(hexadecanoyl)-sphinganine; [M-H]-@7.07 0.9611 1.1359 0.8387 0.5407 1.1039 1.4198
N-(octadecanoyl)-sphing-4-enine; [M-H]-@7.44 0.7033 0.9430 1.2740 0.9707 1.0530 1.0560
PA 34:1; [M-H]-@5.79 0.6032 1.1689 1.0020 0.5219 1.3842 1.3198
PC 26:0; [M-Ac-H]-@4.44 0.7663 1.2361 0.7395 0.5357 0.9995 1.7229
PC 28:0; [M-Ac-H]-@5.19 0.6442 1.3009 0.9189 0.5952 1.1888 1.3519
PC 28:1; [M-Ac-H]-@4.69 0.6060 1.5449 0.5709 0.6044 1.3464 1.3273
PC 29:0; [M-Ac-H]-@5.47 0.5768 1.0642 1.1152 0.5364 1.3004 1.4071
PC 30:0; [M-Ac-H]-@5.88 0.6300 1.1311 0.9713 0.7882 1.1966 1.2827
PC 30:1; [M-Ac-H]-@5.37 0.5784 1.2880 0.7978 0.5446 1.4318 1.3594
PC 30:2; [M-Ac-H]-@4.92 1.0818 1.1569 0.6304 0.3934 0.9510 1.7865
PC 31:0; [M-Ac-H]-@6.14 0.4920 0.9703 1.1463 0.5736 1.4886 1.3292
PC 31:1; [M-Ac-H]-@5.63 0.6953 1.2064 1.1181 0.4459 1.0008 1.5335
PC 32:1; [M-Ac-H]-@6.00 0.5252 1.2112 0.7448 0.5693 1.6332 1.3163
PC 32:2; [M-Ac-H]-@5.57 0.9826 1.1457 0.7311 0.5515 1.0386 1.5506
PC 32:3; [M-Ac-H]-@5.27 0.6734 1.2727 0.6813 0.3762 1.5564 1.4399
PC 33:0; [M-Ac-H]-@6.73 0.5027 0.9136 0.9232 0.5940 1.8444 1.2222
PC 33:1; [M-Ac-H]-@6.30 0.4438 1.0442 1.0297 0.4325 1.7683 1.2816
PC 33:2; [M-Ac-H]-@5.93 0.5001 0.9766 0.8490 0.4689 1.7200 1.4854
PC 34:1; [M-Ac-H]-@6.59 0.5908 1.1073 0.9832 0.7798 1.3719 1.1671
PC 34:2; [M-Ac-H]-@6.18 0.5684 1.2719 0.8342 0.6100 1.4951 1.2204
PC 34:3; [M-Ac-H]-@5.79 0.7060 1.1346 0.7322 0.4925 1.7877 1.1469
PC 34:4; [M-Ac-H]-@5.50 0.9302 1.1435 0.7938 0.4218 1.4725 1.2382
PC 35:0; [M-Ac-H]-@7.31 0.4219 0.9425 0.9796 0.6245 1.8397 1.1918
PC 35:1; [M-Ac-H]-@6.88 0.4766 0.8849 1.1627 0.5355 1.6804 1.2599
PC 35:2; [M-Ac-H]-@6.47 0.6068 1.0394 0.8454 0.5942 1.7813 1.1329
PC 35:3; [M-Ac-H]-@6.12 0.4733 1.0185 0.7255 0.4158 2.1456 1.2214
PC 35:4; [M-Ac-H]-@5.81 0.4277 0.9985 1.0472 0.6565 1.8171 1.0530
PC 36:1; [M-Ac-H]-@7.16 0.4793 1.0749 0.7610 0.6918 1.7154 1.2776
PC 36:4; [M-Ac-H]-@6.07 0.5409 1.1433 0.7026 0.5419 1.8291 1.2423
PC 36:5; [M-Ac-H]-@5.66 0.5717 1.0960 0.8887 0.5560 1.4672 1.4204
PC 36:6; [M-Ac-H]-@5.35 0.7832 1.1647 0.8804 0.6262 1.0092 1.5363
PC 37:1; [M-Ac-H]-@7.41 0.7288 0.9483 0.9816 0.4766 1.4964 1.3683
PC 37:2; [M-Ac-H]-@7.06 0.4869 0.9114 1.1195 0.4905 1.7174 1.2744
PC 37:3; [M-Ac-H]-@6.78 0.5374 0.8879 0.6647 0.4421 2.3042 1.1636
PC 37:4; [M-Ac-H]-@6.44 0.7856 0.9040 0.7555 0.4955 1.7900 1.2694
PC 37:5; [M-Ac-H]-@6.00 0.8039 0.9176 1.1142 0.5575 1.2743 1.3325
PC 37:6; [M-Ac-H]-@5.66 0.3577 0.8269 1.2058 0.6409 1.8060 1.1627
PC 38:1; [M-Ac-H]-@7.74 0.4748 0.8735 0.7452 0.6327 1.8326 1.4413
PC 38:2; [M-Ac-H]-@7.29 0.4627 0.9826 0.8335 0.7109 1.7289 1.2815
PC 38:3; [M-Ac-H]-@7.01 0.5532 0.9911 0.7242 0.4618 1.9969 1.2727
PC 38:4; [M-Ac-H]-@6.68 0.6449 1.0183 0.6738 0.6707 1.8307 1.1616
PC 38:5; [M-Ac-H]-@6.30 0.5339 1.0597 0.8999 0.7879 1.4996 1.2190
PC 38:7; [M-Ac-H]-@5.55 0.4696 1.2023 0.7650 0.5338 1.5824 1.4470
PC 39:2; [M-Ac-H]-@7.57 0.3879 0.9182 0.8174 0.6741 2.0325 1.1698
PC 39:3; [M-Ac-H]-@7.39 0.4096 0.8523 0.9183 0.3880 2.1618 1.2700
PC 39:6; [M-Ac-H]-@6.30 0.3801 0.9701 0.9958 0.6640 1.6480 1.3420
PC 40:0; [M-Ac-H]-@8.66 1.0662 0.9662 0.7012 0.8031 1.4733 0.9900
PC 40:1; [M-Ac-H]-@8.22 0.4484 0.9037 1.0187 0.5596 1.5099 1.5597
PC 40:2; [M-Ac-H]-@7.83 0.5362 0.9125 1.1564 0.7187 1.4289 1.2473
PC 40:3; [M-Ac-H]-@7.48 0.4881 1.0397 0.8936 0.6856 1.8531 1.0398
PC 40:4; [M-Ac-H]-@7.17 0.5518 1.0541 0.8450 0.6572 1.7692 1.1227
PC 40:5; [M-Ac-H]-@6.90 0.4901 1.0029 0.7232 0.6364 1.7938 1.3535
PC 40:6; [M-Ac-H]-@6.55 0.4558 0.9968 0.9182 0.6374 1.5669 1.4249
PC 40:7; [M-Ac-H]-@6.18 0.4241 1.0913 1.1135 0.6591 1.2934 1.4185
PC 42:1; [M-Ac-H]-@8.71 0.5490 0.9517 0.8148 0.4998 1.8205 1.3643
PC 42:2; [M-Ac-H]-@8.30 0.5967 1.0121 0.8765 0.6694 1.7105 1.1348
PC 42:4; [M-Ac-H]-@7.66 0.9837 0.9696 0.7605 0.7103 1.2182 1.3578
PC 42:5; [M-Ac-H]-@7.37 0.5242 1.0478 1.0568 0.5913 1.7536 1.0264
PC 42:6; [M-Ac-H]-@7.14 0.5572 0.9566 1.0379 0.6141 1.6692 1.1651
PC 42:7; [M-Ac-H]-@6.75 0.7933 0.8289 0.9163 0.6557 1.2912 1.5147
PC 42:9; [M-Ac-H]-@6.11 0.9875 1.1327 0.8080 0.7920 1.1045 1.1754
PC 44:1; [M-Ac-H]-@9.15 0.9500 0.8470 0.7912 0.4852 1.6547 1.2719
PC 44:2; [M-Ac-H]-@8.74 0.8698 1.0508 0.8434 0.6815 1.3983 1.1561
PC 44:3; [M-Ac-H]-@8.39 0.8987 0.9455 0.7370 0.7059 1.4179 1.2951
PC 46:5; [M-Ac-H]-@8.32 0.5782 0.9949 0.6071 0.7430 1.9153 1.1616
PE 30:0; [M-H]-@6.04 1.1792 1.0221 1.2334 0.5698 0.7386 1.2568
PE 31:1; [M-H]-@5.94 0.6511 1.0317 0.8897 0.2604 1.9056 1.2614
PE 32:0; [M-H]-@6.73 0.6493 1.2493 1.2374 0.8318 0.9470 1.0852
PE 32:1; [M-H]-@6.21 0.9762 1.2064 0.8296 0.4459 1.1618 1.3802
PE 33:0; [M-H]-@6.89 0.7223 1.0785 1.1514 0.4772 1.0947 1.4760
PE 33:1; [M-H]-@6.48 0.5124 1.0784 0.9712 0.4650 1.7133 1.2597
PE 34:1; [M-H]-@6.84 0.6266 1.0198 1.1627 0.7187 1.2519 1.2203
PE 34:3; [M-H]-@5.98 0.6638 1.2972 0.7407 0.2852 1.7128 1.3003
PE 34:4; [M-H]-@5.65 0.6760 1.2827 0.6324 0.2377 1.7082 1.4630
PE 35:0; [M-H]-@7.46 0.7859 0.8744 0.8415 0.4343 1.4992 1.5647
PE 35:1; [M-H]-@7.04 0.9204 0.9838 1.1363 0.5939 1.0832 1.2825
PE 35:3; [M-H]-@6.24 1.1454 1.1789 0.7082 0.4316 1.7357 0.8002
PE 35:4; [M-H]-@6.00 0.5254 0.9649 0.7408 0.2800 2.2938 1.1951
PE 36:0; [M-H]-@7.82 0.6096 1.0939 0.8827 0.8026 1.3467 1.2645
PE 36:3; [M-H]-@6.62 0.5919 1.1980 0.7184 0.5131 1.7704 1.2080
PE 37:0; [M-H]-@7.95 0.3269 0.8046 0.8315 0.7471 1.8256 1.4642
PE 37:1; [M-H]-@7.57 0.5409 0.9696 1.1254 0.4545 1.5405 1.3691
PE 37:4; [M-H]-@6.64 0.5428 1.0076 0.7978 0.5297 1.9187 1.2035
PE 37:5; [M-H]-@6.17 0.5472 1.1225 0.8979 0.4624 1.7395 1.2305
PE 38:1; [M-H]-@7.87 0.4322 0.9743 0.8400 0.5998 1.6010 1.5526
PE 39:2; [M-H]-@7.70 0.4581 0.8720 0.8498 0.3584 1.9980 1.4638
PE 39:4; [M-H]-@7.13 0.4835 0.8994 0.7845 0.4841 2.0932 1.2554
PE 39:6; [M-H]-@6.60 0.5338 0.9251 1.1035 0.4373 1.6743 1.3260
PE 40:1; [M-H]-@8.37 0.6973 1.0041 1.1618 0.8179 1.2172 1.1017
PE 40:3; [M-H]-@7.60 0.4263 1.0106 0.8529 0.4336 1.7039 1.5728
PE 40:4; [M-H]-@7.49 0.5044 1.0667 0.8578 0.5263 1.6820 1.3628
PE 40:6; [M-H]-@6.74 0.5230 1.0752 1.1584 0.6480 1.4007 1.1946
PE 41:4; [M-H]-@7.79 0.5027 0.9303 0.9763 0.3476 1.7000 1.5430
PE 42:4; [M-H]-@8.00 0.5072 1.1363 1.0769 0.5534 1.5595 1.1667
PE 42:8; [M-H]-@6.59 0.5610 1.0492 1.0723 0.4962 1.4997 1.3216
PE 43:4; [M-H]-@8.31 0.7356 1.0696 1.2969 0.6706 1.1829 1.0443
PE 44:2; [M-H]-@8.79 0.4678 1.1497 0.9196 0.5404 1.7109 1.2116
PG 32:1; [M-H]-@5.31 0.4221 1.2325 0.6377 1.0245 1.1692 1.5139
PG 34:1; [M-H]-@5.86 0.2715 0.8571 0.9809 1.5438 1.2852 1.0615
PG 34:2; [M-H]-@5.28 0.3881 1.0761 0.7733 0.7010 1.6797 1.3819
PG 34:3; [M-H]-@4.76 0.4004 1.0910 0.9606 0.6541 1.8054 1.0885
PG 35:2; [M-H]-@5.51 0.2576 0.9266 1.3118 0.6470 1.8051 1.0520
PG 36:1; [M-H]-@6.58 0.2490 1.0601 1.0375 0.8694 1.5255 1.2585
PG 36:2; [M-H]-@5.94 0.2923 0.8878 1.4388 0.9726 1.3588 1.0496
PG 36:3; [M-H]-@5.37 0.5588 1.2711 1.0673 0.8284 1.0709 1.2035
PG 36:4; [M-H]-@5.10 0.5782 1.0925 0.9450 0.7504 1.3636 1.2704
PG 38:2; [M-H]-@6.31 0.2575 0.8190 1.0313 1.0430 1.6944 1.1549
PG 38:3; [M-H]-@5.91 0.2857 0.9377 1.1534 0.8054 1.7715 1.0463
PG 38:4; [M-H]-@6.06 0.3585 0.8980 1.4278 0.6439 1.6069 1.0650
PG 38:5; [M-H]-@5.32 0.2618 1.0659 1.2601 0.7212 1.7683 0.9227
PG 38:6; [M-H]-@5.02 0.2304 0.9454 0.9649 0.9170 1.7495 1.1928
PG 38:7; [M-H]-@4.56 0.3048 1.0098 0.6872 1.2788 1.5416 1.1777
PG 39:6; [M-H]-@5.30 0.6683 0.8193 1.1435 0.8915 1.4794 0.9980
PG 40:5; [M-H]-@5.94 0.3309 0.8720 1.2925 0.6267 1.8887 0.9891
PG 40:6; [M-H]-@5.56 0.3804 0.8759 1.2503 1.0255 1.3066 1.1613
PG 40:7; [M-H]-@5.18 0.2620 0.9688 1.0040 1.4049 1.2898 1.0705
PG 40:8; [M-H]-@4.80 0.2803 0.8884 0.8057 1.2160 1.6802 1.1294
PG 42:10; [M-H]-@4.78 0.2306 0.8918 0.8985 1.3803 1.6348 0.9640
PG 42:7; [M-H]-@5.78 0.5077 0.9732 1.1266 0.8855 1.3659 1.1411
PG 42:8; [M-H]-@5.40 0.4569 1.2356 1.0216 1.1067 1.0385 1.1406
PG 42:9; [M-H]-@5.05 0.2718 0.9283 1.1651 0.8858 1.6298 1.1193
PG 44:10; [M-H]-@5.45 0.2442 1.0062 0.9682 1.2326 1.4070 1.1419
PG 44:11; [M-H]-@5.04 0.2610 0.7975 0.9859 1.9719 0.9553 1.0285
PG 44:12; [M-H]-@4.64 0.2124 0.8143 0.5837 2.4315 1.0697 0.8885
PI 36:2; [M-H]-@5.95 0.2260 0.8777 1.0927 0.5649 1.5935 1.6452
PI 36:3; [M-H]-@5.78 0.2141 0.7710 0.8923 0.3336 2.0463 1.7427
PI 36:4; [M-H]-@5.37 0.2163 0.9229 0.9587 0.4848 1.8761 1.5414
PI 38:3; [M-H]-@6.35 0.1459 0.8800 0.8071 0.4637 2.1986 1.5046
PI 38:4; [M-H]-@5.93 0.2035 0.6999 1.1890 0.5625 1.5499 1.7952
PI 38:5; [M-H]-@5.46 0.2671 1.0025 1.2148 0.5836 1.1270 1.8050
PI 40:5; [M-H]-@6.07 0.5707 0.9102 1.2109 0.9677 1.0804 1.2601
plasmenyl-PE 32:1; [M-H]-@6.60 0.7484 0.9588 1.0954 0.8904 0.9046 1.4022
plasmenyl-PE 34:1; [M-H]-@7.16 0.4494 1.0285 0.6688 0.8696 1.4154 1.5684
plasmenyl-PE 34:2; [M-H]-@6.70 0.4482 1.1057 0.5940 1.3473 1.1992 1.3057
plasmenyl-PE 36:1; [M-H]-@7.69 0.5289 0.9516 1.1189 0.9020 0.8237 1.6750
plasmenyl-PE 36:2; [M-H]-@7.28 0.9009 0.9702 0.7271 1.2463 0.6136 1.5418
plasmenyl-PE 36:4; [M-H]-@6.65 0.5848 0.8977 1.1587 1.1607 1.0832 1.1149
plasmenyl-PE 36:5; [M-H]-@6.29 0.5180 1.0161 1.0980 1.4832 1.0190 0.8657
plasmenyl-PE 38:1; [M-H]-@8.17 0.4840 1.0045 1.3130 0.7211 1.1184 1.3591
plasmenyl-PE 38:2; [M-H]-@7.86 1.0665 1.0369 0.6248 0.8086 1.0883 1.3748
plasmenyl-PE 38:4; [M-H]-@7.23 0.5138 1.0047 0.9481 0.6747 1.4574 1.4012
plasmenyl-PE 38:5; [M-H]-@6.74 0.5869 0.9215 1.3642 0.8743 1.0168 1.2363
plasmenyl-PE 40:4; [M-H]-@7.78 0.6012 1.0629 1.0541 0.5724 1.2579 1.4514
plasmenyl-PE 40:5; [M-H]-@7.48 1.1627 0.7761 1.0399 0.8020 0.7359 1.4834
plasmenyl-PE 40:6; [M-H]-@7.19 0.9553 0.9233 0.9826 0.7973 0.8234 1.5181
plasmenyl-PE 42:5; [M-H]-@7.95 0.4428 1.1094 1.0739 0.6721 1.3250 1.3768
plasmenyl-PE 42:6; [M-H]-@7.72 0.6982 1.0893 1.1164 0.5676 1.1232 1.4054
PS 32:1; [M-H]-@5.25 0.2954 1.0254 0.7492 0.7149 1.3375 1.8776
PS 34:1; [M-H]-@5.93 0.3160 0.9458 0.9169 0.5069 1.7010 1.6135
PS 34:2; [M-H]-@5.34 0.4317 1.2041 0.8041 0.6051 1.2446 1.7103
PS 36:1; [M-H]-@6.55 0.3992 1.0286 1.0266 1.1360 1.2530 1.1566
PS 36:4; [M-H]-@5.43 0.3280 0.8950 1.0061 0.7263 1.6126 1.4319
PS 38:3; [M-H]-@6.40 0.2931 0.8811 0.6036 0.3752 2.3150 1.5320
PS 38:4; [M-H]-@6.02 0.1883 0.7127 0.5205 0.4841 2.3412 1.7531
PS 38:5; [M-H]-@5.61 0.5484 0.8883 0.7290 0.7185 1.2007 1.9151
PS 39:3; [M-H]-@6.70 0.4843 0.7486 0.8578 0.5225 1.9843 1.4025
PS 40:4; [M-H]-@6.49 0.2361 0.8228 0.9230 0.4539 2.0754 1.4887
PS 40:6; [M-H]-@6.00 0.2716 0.6866 0.9974 0.2029 1.8365 2.0049
PS 40:7; [M-H]-@5.43 0.3934 1.1070 0.9668 0.4635 1.5142 1.5551
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Construct:GCKR(P446L)
F2Construct:GCKR(WT)
F3Construct:NT
F4Construct:PPP1R3B_2640
F5Construct:PPP1R3B_3
F6Construct:Vector
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