Data for Functional genomics study on Non Alcoholic fatty liver disease (NAFLD) - part III (Study ST000680)

(Analysis AN001046)

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-)@8.99 1.2357 0.7416 1.1571 1.0664 0.4678 1.2452
CL 68:2; [M-2H](2-)@9.60 1.1732 0.9125 1.2419 0.8412 0.8864 0.9156
CL 68:4; [M-2H](2-)@9.23 0.9867 0.6892 1.1519 0.7011 0.9182 1.4494
CL 70:3; [M-2H](2-)@9.65 1.0671 0.8756 0.9933 0.8687 1.1065 1.0475
CL 70:4; [M-2H](2-)@9.46 1.0884 0.6062 0.9695 0.7092 0.9541 1.5413
CL 70:5; [M-2H](2-)@9.29 1.0592 0.8111 0.9977 0.7519 0.7745 1.5426
CL 72:4; [M-2H](2-)@9.69 1.1638 0.8617 0.9248 0.8906 1.0233 1.0898
FFA(16:0) 0.7884 0.5620 1.1310 0.5286 1.5247 1.3193
FFA(18:0) 0.7971 0.5685 1.1425 0.5458 1.5343 1.2679
FFA(18:1) 0.8033 0.4480 0.5519 0.4666 1.9344 1.6118
FFA(18:2) 0.5349 0.2816 0.5137 0.2790 1.9731 2.1783
FFA(20:0) 0.9786 0.6142 1.2646 0.6336 1.0534 1.3269
FFA(20:1) 0.9856 0.3885 0.5018 0.3803 1.3274 2.2125
FFA(20:2) 0.5786 0.2581 0.5331 0.2477 1.9055 2.2297
FFA(20:4) Arachidonic acid 0.8111 0.4689 0.7027 0.4226 1.6849 1.7329
FFA(22:0) 0.9204 0.7132 1.0319 0.6310 1.4110 1.1970
FFA(22:1) 0.8713 0.4944 0.6149 0.5066 1.5634 1.7809
FFA(22:2) 0.6473 0.3292 0.4766 0.3063 1.8061 2.2108
FFA(22:3) 0.5950 0.2747 0.4024 0.2650 1.9146 2.3065
FFA(24:0) 1.3868 1.2666 0.5495 1.4126 0.8387 0.6347
FFA(24:1) 1.0612 0.7421 0.5989 0.7203 1.2413 1.5503
FFA(24:2) 1.0649 0.4656 0.5050 0.4652 1.1428 2.1784
FFA(24:3) 0.9013 0.3428 0.4716 0.3007 1.2906 2.4739
lysoPE 18:0; [M-H]-@2.49 0.9642 0.6524 1.2072 0.6681 1.0153 1.3769
lysoPE 20:4; [M-H]-@1.28 1.0182 0.6735 1.1406 0.6229 1.0732 1.3628
lysoPE 22:6; [M-H]-@1.30 1.6055 0.6160 0.7306 0.7177 0.8982 1.3040
N-(hexadecanoyl)-sphing-4-enine; [M-H]-@6.82 0.9868 0.8302 1.0045 0.7594 1.0245 1.3380
N-(hexadecanoyl)-sphinganine; [M-H]-@7.05 1.0603 0.7612 1.0633 0.6945 1.2304 1.1107
PA 34:1; [M-H]-@5.79 1.9746 0.9255 0.8034 1.6208 0.3078 0.3431
PA 34:2; [M-H]-@6.23 1.1221 0.5164 1.1207 0.5928 0.9972 1.4896
PA 36:2; [M-H]-@5.82 1.8551 1.3993 0.3309 1.8160 0.4403 0.2915
PC 26:0; [M-Ac-H]-@4.47 0.9135 0.3403 1.3856 0.4538 1.1338 1.5532
PC 28:0; [M-Ac-H]-@5.19 0.7125 0.3831 1.3392 0.3636 1.4257 1.5702
PC 28:1; [M-Ac-H]-@4.66 0.8653 0.3854 1.3589 0.5309 1.2363 1.4183
PC 29:0; [M-Ac-H]-@5.48 0.5611 0.3875 1.2203 0.3397 1.5124 1.7749
PC 30:0; [M-Ac-H]-@5.91 0.9140 0.5498 1.3382 0.4831 0.9463 1.6186
PC 30:1; [M-Ac-H]-@5.43 0.6869 0.4924 1.3120 0.4690 1.2628 1.6076
PC 30:2; [M-Ac-H]-@5.02 1.0364 0.3947 1.2757 0.4034 1.0397 1.6483
PC 31:0; [M-Ac-H]-@6.15 0.6959 0.4432 1.1592 0.4681 1.3274 1.7206
PC 31:1; [M-Ac-H]-@5.70 0.8619 0.4862 1.0339 0.5101 1.8245 1.1121
PC 32:0; [M-Ac-H]-@6.53 0.8690 0.5209 1.2187 0.5071 1.2310 1.4936
PC 32:1; [M-Ac-H]-@6.05 0.8616 0.5998 1.3641 0.5766 0.9461 1.5184
PC 32:2; [M-Ac-H]-@5.59 0.7889 0.5520 1.3065 0.5280 1.0883 1.5870
PC 32:3; [M-Ac-H]-@5.28 0.7219 0.5037 1.1945 0.3906 1.4103 1.6137
PC 33:0; [M-Ac-H]-@6.74 0.8410 0.6715 1.0827 0.5558 1.1326 1.6070
PC 33:1; [M-Ac-H]-@6.27 1.0591 0.5096 1.1574 0.6343 0.8325 1.6436
PC 33:2; [M-Ac-H]-@5.95 0.6903 0.3818 1.1549 0.4119 1.5557 1.5993
PC 34:1; [M-Ac-H]-@6.62 0.9215 0.5709 1.2459 0.5790 1.2737 1.2660
PC 34:2; [M-Ac-H]-@6.21 0.8646 0.6230 1.3120 0.5761 1.1423 1.3563
PC 34:3; [M-Ac-H]-@5.88 0.6882 0.5703 1.2925 0.5521 1.1636 1.5901
PC 34:4; [M-Ac-H]-@5.58 1.0262 0.6445 1.4691 0.6419 0.6704 1.4294
PC 35:0; [M-Ac-H]-@7.33 1.2288 0.5263 1.1038 0.8955 0.7046 1.3830
PC 35:1; [M-Ac-H]-@6.84 0.8005 0.5350 1.2442 0.5516 1.2808 1.4329
PC 35:2; [M-Ac-H]-@6.48 1.0052 0.6291 1.2071 0.6015 0.9880 1.4455
PC 35:3; [M-Ac-H]-@6.30 1.1207 0.5303 1.4593 0.5455 0.5643 1.6233
PC 36:1; [M-Ac-H]-@7.24 1.3457 0.5164 1.3991 0.6356 0.5825 1.3595
PC 36:2; [M-Ac-H]-@6.76 0.8845 0.5859 1.1242 0.6073 1.4803 1.1798
PC 36:3; [M-Ac-H]-@6.42 0.7309 0.5525 1.3436 0.4962 1.0332 1.6944
PC 36:4; [M-Ac-H]-@6.10 0.9190 0.6111 1.3766 0.5654 0.8361 1.5622
PC 36:5; [M-Ac-H]-@5.62 1.2157 0.5975 1.2657 0.6768 0.6803 1.4298
PC 36:6; [M-Ac-H]-@5.36 1.0264 0.7292 1.1471 0.5712 0.9178 1.5180
PC 37:1; [M-Ac-H]-@7.44 0.9768 0.5519 1.1120 0.5629 1.2045 1.4425
PC 37:2; [M-Ac-H]-@7.11 0.9272 0.5759 1.1272 0.5079 1.0856 1.6347
PC 37:3; [M-Ac-H]-@6.86 0.9798 0.5534 1.3652 0.5688 0.5728 1.8111
PC 37:4; [M-Ac-H]-@6.43 0.7800 0.5341 1.2342 0.5335 0.9553 1.8077
PC 38:1; [M-Ac-H]-@7.77 1.3185 0.5770 1.2808 0.6609 0.6144 1.4074
PC 38:2; [M-Ac-H]-@7.33 1.1564 0.4883 1.2751 0.6194 0.6896 1.6005
PC 38:3; [M-Ac-H]-@7.00 0.8427 0.3838 1.6021 0.4301 1.0223 1.5137
PC 38:4; [M-Ac-H]-@6.68 1.0577 0.5490 1.3612 0.5698 0.6798 1.6322
PC 38:5; [M-Ac-H]-@6.34 1.1365 0.6684 1.2980 0.6055 0.7068 1.4742
PC 38:7; [M-Ac-H]-@5.62 1.0029 0.6880 0.8565 0.4235 1.9971 0.9280
PC 39:6; [M-Ac-H]-@6.30 0.7693 0.4509 1.2503 0.4634 1.1494 1.7336
PC 40:1; [M-Ac-H]-@8.25 1.2706 0.6357 1.2835 0.8042 0.5991 1.2856
PC 40:2; [M-Ac-H]-@7.86 0.9244 0.5935 1.0909 0.5986 1.0963 1.5608
PC 40:3; [M-Ac-H]-@7.54 0.9937 0.6301 1.2268 0.5454 0.6850 1.7957
PC 40:4; [M-Ac-H]-@7.19 0.9254 0.5251 1.1823 0.5155 0.7847 1.9087
PC 40:6; [M-Ac-H]-@6.69 0.9938 0.7140 1.3531 0.5988 0.9273 1.3178
PC 40:7; [M-Ac-H]-@6.20 0.9474 0.6272 1.2654 0.5145 1.2424 1.2789
PC 40:8; [M-Ac-H]-@5.77 0.7791 0.6329 0.7765 0.4549 1.9932 1.2409
PC 42:10; [M-Ac-H]-@5.71 1.0421 0.7041 0.9654 0.7908 1.1980 1.2009
PC 42:1; [M-Ac-H]-@8.72 1.3786 0.9410 1.1971 0.8103 0.4547 1.1986
PC 42:2; [M-Ac-H]-@8.35 1.1098 0.6873 1.2584 0.7140 0.6649 1.4614
PC 42:3; [M-Ac-H]-@7.97 1.0535 0.6433 1.2944 0.7038 0.6546 1.5314
PC 42:4; [M-Ac-H]-@7.74 1.1353 0.5114 1.2402 0.5442 0.5573 1.8489
PC 44:1; [M-Ac-H]-@9.19 1.6576 0.6664 1.1106 0.7834 0.5047 1.1662
PC 44:2; [M-Ac-H]-@8.78 1.4111 0.9416 1.0120 1.1581 0.4994 0.9584
PC 44:3; [M-Ac-H]-@8.39 0.9584 0.4998 1.4157 0.7052 0.7262 1.5279
PE 30:0; [M-H]-@6.04 0.8815 0.5591 1.2784 0.5196 1.2123 1.4022
PE 30:1; [M-H]-@5.56 0.8897 0.4750 1.5968 0.5148 0.7202 1.6285
PE 31:0; [M-H]-@6.28 0.8472 0.4219 0.8299 0.6728 1.0602 1.9752
PE 31:1; [M-H]-@6.00 0.7674 0.5046 1.1611 0.5264 1.0162 1.8592
PE 32:0; [M-H]-@6.73 1.0243 0.9059 1.2021 0.8026 1.0439 0.9899
PE 32:1; [M-H]-@6.24 0.8455 0.6425 1.3849 0.5744 1.0502 1.3833
PE 33:1; [M-H]-@6.54 1.1698 0.5632 1.1729 0.7460 0.7276 1.4749
PE 33:2; [M-H]-@6.03 0.8339 0.5596 1.3182 0.5677 0.9283 1.6455
PE 34:1; [M-H]-@6.85 0.9394 0.5856 1.1063 0.5883 1.4863 1.1559
PE 34:3; [M-H]-@6.01 0.6764 0.4970 1.6110 0.4284 0.9293 1.6903
PE 34:4; [M-H]-@5.63 0.6957 0.4991 1.6627 0.4193 0.8792 1.6772
PE 35:0; [M-H]-@7.49 1.3051 0.6723 1.1180 0.7806 0.6025 1.4123
PE 35:1; [M-H]-@7.05 1.0914 0.6325 1.0744 0.6554 0.9184 1.5054
PE 35:2; [M-H]-@6.67 0.9579 0.5593 1.1247 0.5352 1.2663 1.4097
PE 35:4; [M-H]-@6.06 0.6740 0.4298 1.3979 0.4144 0.9473 1.9465
PE 36:0; [M-H]-@7.83 0.9359 0.6557 1.2691 0.5619 1.0267 1.4360
PE 36:3; [M-H]-@6.60 0.7316 0.5242 1.4292 0.5016 1.0716 1.5831
PE 36:6; [M-H]-@5.55 1.2662 0.4490 1.4632 0.4566 0.5701 1.6112
PE 37:1; [M-H]-@7.58 0.9303 0.5477 1.0769 0.5712 0.9425 1.7806
PE 37:4; [M-H]-@6.65 0.7418 0.5007 1.2858 0.4624 1.2362 1.6067
PE 38:1; [M-H]-@7.88 1.6284 0.4849 1.2078 0.5297 0.5915 1.3860
PE 38:3; [M-H]-@7.18 0.6607 0.6461 1.4808 0.6063 0.7008 1.7873
PE 39:2; [M-H]-@7.74 1.0236 0.4749 1.0374 0.8711 0.6456 1.7725
PE 39:3; [M-H]-@7.53 1.0128 0.5561 1.1409 0.5516 0.5006 2.0900
PE 39:4; [M-H]-@7.17 1.3507 0.5286 1.0979 0.6234 0.6143 1.6278
PE 39:6; [M-H]-@6.63 0.8325 0.5277 1.0554 0.4713 1.4660 1.4897
PE 40:1; [M-H]-@8.41 1.0084 0.4306 1.3055 0.5422 0.8112 1.7123
PE 40:2; [M-H]-@7.98 1.1926 0.3512 1.3305 0.4634 0.7647 1.6814
PE 40:8; [M-H]-@6.00 0.8245 0.5111 1.2009 0.4428 1.6720 1.1857
PE 42:1; [M-H]-@8.81 1.3620 0.6840 1.1661 0.6374 0.7211 1.3241
PE 42:3; [M-H]-@8.39 0.9481 0.9966 1.3342 0.4139 1.1553 1.1508
PE 42:4; [M-H]-@8.01 0.7089 0.4970 1.3155 0.4934 0.9989 1.8186
PE 42:5; [M-H]-@7.59 0.8636 0.5360 1.2946 0.5014 0.6937 1.9561
PE 42:8; [M-H]-@6.59 1.0325 0.4988 1.1777 0.5304 1.1333 1.4602
PE 44:4; [M-H]-@8.53 1.3632 0.5464 1.3421 0.6274 0.6004 1.3693
PG 32:2; [M-H]-@4.83 1.1667 1.1039 1.3471 0.9329 0.5442 0.9398
PG 33:1; [M-H]-@5.66 0.9907 0.9376 1.2239 0.7848 0.9981 1.0442
PG 34:1; [M-H]-@5.84 0.9912 0.9338 1.7687 0.8647 0.5820 0.8374
PG 34:2; [M-H]-@5.19 1.1261 0.9086 1.4296 0.7950 0.5322 1.1780
PG 36:1; [M-H]-@6.59 0.9522 0.7450 1.2086 0.6977 0.9825 1.3289
PG 36:2; [M-H]-@5.90 1.0812 0.8509 1.1141 0.7769 1.0784 1.0487
PG 36:3; [M-H]-@5.34 0.9400 0.7435 1.2631 0.6340 1.0015 1.3323
PG 36:4; [M-H]-@5.10 1.0257 0.7767 1.2387 0.8006 0.8676 1.2163
PG 36:5; [M-H]-@4.75 1.4302 0.6879 1.3141 0.7456 0.5028 1.2155
PG 38:2; [M-H]-@6.28 0.9789 0.7886 1.1773 0.7494 1.1758 1.0596
PG 38:3; [M-H]-@5.93 1.2441 0.7462 1.2153 0.8337 0.6851 1.1911
PG 38:4; [M-H]-@5.53 1.0361 0.8260 1.2098 0.6592 0.6967 1.5143
PG 38:5; [M-H]-@5.28 1.1334 0.8417 1.0877 0.6922 0.9217 1.2706
PG 38:6; [M-H]-@4.99 1.1751 0.8501 1.0198 0.8171 0.8185 1.2696
PG 38:7; [M-H]-@4.56 1.6786 0.6671 1.1627 0.7527 0.5364 1.0916
PG 40:5; [M-H]-@5.88 0.9782 0.7218 1.2371 0.5260 0.6973 1.7469
PG 40:6; [M-H]-@5.53 1.5255 0.7276 1.1848 0.6527 0.5883 1.2303
PG 40:7; [M-H]-@5.20 1.6335 0.6845 1.1388 0.7197 0.6907 1.0276
PG 40:8; [M-H]-@4.79 1.1891 0.7812 1.0607 0.7649 0.9025 1.2286
PG 42:10; [M-H]-@4.76 1.9488 0.8440 0.7422 0.9070 0.5811 0.9250
PG 42:7; [M-H]-@5.80 0.8905 0.9524 0.9899 0.7770 1.1310 1.2433
PG 42:8; [M-H]-@5.39 1.2489 0.8081 1.1395 0.6814 0.7278 1.3302
PG 42:9; [M-H]-@5.02 1.3696 0.8552 1.0112 0.7457 0.6725 1.2975
PG 44:10; [M-H]-@5.44 1.2842 0.5862 1.0240 0.6262 0.9662 1.3752
PG 44:11; [M-H]-@5.02 1.9257 0.7775 1.0408 0.8712 0.5102 0.8004
PG 44:12; [M-H]-@4.61 1.8627 0.8850 0.8745 0.8988 0.6911 0.7495
PI 36:2; [M-H]-@6.01 0.7626 0.5541 0.9419 0.5158 1.7095 1.3675
PI 38:3; [M-H]-@6.32 0.7431 0.6741 1.0146 0.5505 1.0825 1.8266
PI 38:4; [M-H]-@5.97 1.1979 0.7731 0.8971 0.7915 1.0733 1.1914
PI 38:5; [M-H]-@5.45 1.0115 0.8009 0.8766 0.6127 1.3881 1.2437
PI 40:5; [M-H]-@6.03 0.9988 0.7355 0.9629 0.5624 1.0379 1.6143
plasmenyl-PE 32:1; [M-H]-@6.61 1.0341 0.7029 1.4020 0.5093 1.0677 1.1851
plasmenyl-PE 34:2; [M-H]-@6.70 0.8419 0.4517 1.4248 0.5861 0.7752 1.7376
plasmenyl-PE 34:3; [M-H]-@6.31 0.8159 0.6057 1.3280 0.8744 0.8811 1.3634
plasmenyl-PE 36:3; [M-H]-@7.12 0.6584 0.4529 1.3309 0.3628 0.7865 2.2260
plasmenyl-PE 36:4; [M-H]-@6.64 0.9890 0.5766 1.1703 0.4560 1.5499 1.1171
plasmenyl-PE 36:5; [M-H]-@6.31 1.0314 0.5005 1.1832 0.5444 1.3936 1.1803
plasmenyl-PE 38:2; [M-H]-@7.87 0.9128 0.6073 1.2099 0.4869 0.5845 2.0677
plasmenyl-PE 38:3; [M-H]-@7.56 0.5532 0.3218 1.6053 0.2709 0.6360 2.3867
plasmenyl-PE 38:5; [M-H]-@6.68 1.0891 0.6684 0.9612 0.5211 1.7025 0.9471
plasmenyl-PE 38:6; [M-H]-@6.59 1.1774 0.6313 0.8315 0.5272 1.7829 0.9269
plasmenyl-PE 40:3; [M-H]-@8.08 0.6331 0.4461 1.5547 0.3589 0.9296 1.8930
plasmenyl-PE 40:4; [M-H]-@7.74 1.3862 0.4550 1.2622 0.4281 0.8114 1.4754
plasmenyl-PE 40:5; [M-H]-@7.50 0.9313 0.3634 1.4536 0.4745 1.0684 1.4966
plasmenyl-PE 40:6; [M-H]-@7.18 1.5291 0.4062 1.1715 0.4524 1.0935 1.1493
plasmenyl-PE 42:5; [M-H]-@8.04 1.2261 0.4777 1.2730 0.4394 1.0333 1.3764
plasmenyl-PE 42:6; [M-H]-@7.74 1.1841 0.5755 1.1211 0.4472 1.3453 1.1853
PS 32:1; [M-H]-@5.22 0.9397 0.9026 0.9404 0.8103 0.9813 1.3933
PS 34:1; [M-H]-@5.94 0.9824 0.6750 1.1974 0.5919 0.9715 1.4735
PS 34:2; [M-H]-@5.36 0.8728 0.5834 1.3773 1.0394 0.6014 1.3868
PS 36:4; [M-H]-@5.34 1.0741 0.6176 1.0168 0.6136 0.9119 1.6386
PS 38:3; [M-H]-@6.42 0.8164 0.6229 1.2585 0.6401 0.8551 1.6812
PS 38:4; [M-H]-@6.05 0.9783 0.7111 1.0783 0.6382 0.9491 1.5487
PS 38:5; [M-H]-@5.52 0.8559 0.5144 1.1456 0.5300 1.2108 1.5815
PS 40:4; [M-H]-@6.44 0.7302 0.5195 1.2701 0.5422 1.0171 1.7607
PS 40:6; [M-H]-@5.94 0.8637 0.4929 1.4975 0.4155 0.9656 1.5958
PS 40:7; [M-H]-@5.41 0.7647 0.4229 1.3376 0.4617 1.3472 1.4735
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Construct:LOC_ASO
F2Construct:Mock
F3Construct:pCMV6_Vector
F4Construct:Scramble
F5Construct:TM6SF2(E167K)
F6Construct:TM6SF2(WT)
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