Data for Exposure to high fat diets and bisphenol (Study ST000670)

(Analysis AN001026)

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

MetaboliteF1F2F3F4F5F6F7F8F9F10F11F12
CL 70:1; [M-2H](2-)@6.86 0.5678 1.7392 0.4109 1.4651 0.5007 1.1864 0.4800 1.3640 0.4731 1.2140 0.4026 1.3428
CL 70:3; [M-2H](2-)@6.36 0.5021 1.8584 0.3939 1.4456 0.3450 0.9935 0.5037 1.3457 0.4289 1.4746 0.2847 1.5151
CL 70:5; [M-2H](2-)@5.92 0.4233 1.8740 0.2866 1.7626 0.6904 1.0894 0.3941 1.3822 0.4996 0.8390 0.3962 1.4010
CL 74:1; [M-2H](2-)@7.20 0.5842 1.2248 0.5289 1.4132 0.7002 1.3595 0.7698 1.1972 0.6306 1.2725 0.5955 1.1709
CL 74:3; [M-2H](2-)@6.96 0.5583 1.3116 0.6618 1.2459 0.4340 0.9000 0.8942 1.4598 0.5025 1.3484 0.4798 1.7217
CL 74:5; [M-2H](2-)@6.58 0.5343 1.4624 0.4002 1.0778 0.3468 1.0278 0.7609 1.6177 0.5215 1.4468 0.4509 1.6588
CL 78:11; [M-2H](2-)@6.10 0.7094 2.0673 0.4578 1.1334 0.4196 0.7502 0.6711 1.0375 0.6629 1.5897 0.5273 1.3018
CL 78:3; [M-2H](2-)@7.47 0.3694 1.1014 0.5500 1.8145 0.8638 1.5406 0.6909 1.4359 0.6064 0.9985 0.2815 1.0084
CL 78:9; [M-2H](2-)@6.73 0.5239 1.6210 0.4797 1.1182 0.4055 0.8579 0.6259 1.3228 0.5236 1.6786 0.5983 1.5966
CL 82:11; [M-2H](2-)@6.82 0.5926 1.7215 0.4468 1.1210 0.4843 0.8355 0.6016 1.1324 0.7593 1.5363 0.5707 1.5076
CL 82:13; [M-2H](2-)@6.42 0.5222 1.9150 0.5915 1.0505 0.4817 0.8968 0.6549 0.9477 0.6832 1.7231 0.4532 1.4301
CL 82:15; [M-2H](2-)@6.09 0.5349 1.5763 0.4698 1.1148 0.9012 1.1895 0.5489 1.0291 0.5574 1.3617 0.5150 1.4682
FFA(16:0) 1.0006 0.9787 0.9333 1.0402 0.8993 1.1602 0.9181 1.0541 0.8799 1.0294 1.1185 0.9727
FFA(18:0) 0.9678 0.9933 1.0030 1.0212 0.9357 1.0823 0.9571 1.0272 0.8974 1.0477 1.0631 1.0157
FFA(18:1) 1.0144 0.9246 0.7916 1.0731 0.8851 1.2680 1.0207 1.0225 0.8759 0.9730 1.4500 0.8323
FFA(18:2) 1.0470 0.9733 0.9191 1.1335 0.9078 1.3429 0.9007 1.0160 0.7779 0.9069 1.2787 0.8453
FFA(20:0) 0.8645 1.0315 0.9630 1.0668 0.9060 1.1572 0.8645 1.0110 0.8988 1.1228 0.9295 1.0629
FFA(20:1) 0.7830 1.0749 0.6216 1.3524 0.6829 1.3941 0.6654 1.1366 0.6215 1.3410 0.9428 0.9988
FFA(20:2) 0.8994 1.0019 0.7044 1.2572 0.7634 1.2322 0.8219 1.1179 0.7184 1.2381 1.1553 0.9307
FFA(22:0) 0.8381 1.0965 0.9369 1.0108 0.9248 1.1536 0.8296 0.9828 0.9151 1.1821 0.9570 1.0345
FFA(22:1) 0.7689 1.2792 0.6660 1.3517 0.5723 1.3201 0.5281 1.1689 0.5843 1.2844 0.6837 1.2313
FFA(22:2) 0.6477 1.2522 0.5713 1.5510 0.6018 1.3673 0.4149 1.2110 0.4759 1.3645 0.7552 1.1579
FFA(22:3) 0.6887 1.2389 0.6344 1.3840 0.7622 1.1889 0.7779 1.0584 0.6377 1.3296 0.7594 1.1257
FFA(24:0) 1.0685 1.0099 1.4786 1.0868 0.9174 1.0724 1.2732 0.9472 0.7754 0.6617 1.0895 1.0400
FFA(24:1) 0.6056 1.3701 0.6502 1.9428 0.7420 1.2094 0.5119 0.9757 0.6200 0.9704 0.8484 1.0587
FFA(24:2) 0.5470 1.2583 0.8344 2.0560 0.6766 1.1231 0.4231 0.9408 0.7130 0.9885 0.9993 1.0684
FFA(24:3) 0.6013 1.1463 1.0910 1.3193 0.7535 1.3767 0.8035 0.8557 0.9513 1.0538 1.2646 0.8625
lysoPE 16:0; [M-H]-@1.68 0.8648 1.2707 0.5889 0.9976 0.6011 0.9004 0.7425 1.3082 0.8479 1.1304 1.1458 1.3403
lysoPE 16:1; [M-H]-@1.19 0.8856 1.2677 0.5926 1.0020 0.6118 0.8601 0.9691 1.7168 0.5782 1.0839 0.8263 1.2999
lysoPE 18:0; [M-H]-@2.47 0.8827 1.1908 0.7264 0.9125 0.6619 0.8825 0.8370 1.2740 0.9032 1.1664 1.1015 1.2934
lysoPE 18:1; [M-H]-@1.82 0.8609 1.2276 0.6643 1.0207 0.6039 1.0133 0.9050 1.3885 0.7852 1.0488 0.9760 1.2785
lysoPE 18:2; [M-H]-@1.36 0.8420 1.1956 0.6235 1.1096 0.6158 0.9541 1.0183 1.4354 0.6830 1.1192 0.7853 1.3318
lysoPE 20:2; [M-H]-@1.95 0.7200 1.5215 0.6026 1.6399 0.5689 0.9521 0.4204 0.8553 0.7421 1.3388 0.7955 1.2521
lysoPE 20:3; [M-H]-@1.64 0.6125 1.2299 0.4747 1.1986 0.5817 1.0342 0.8139 1.2723 0.8661 1.2242 0.9354 1.3685
lysoPE 20:4; [M-H]-@1.36 0.8381 1.1982 0.5072 1.0412 0.6932 0.8818 0.9748 1.2757 0.8595 1.3295 1.0750 1.1042
lysoPE 22:4; [M-H]-@1.90 0.5509 1.2755 0.6343 1.4037 0.4775 1.0141 0.7043 1.2949 0.7100 1.2864 0.8313 1.4021
lysoPE 22:5; [M-H]-@1.64 0.6843 1.3801 0.3613 1.1748 0.4635 0.9103 0.7345 1.3531 0.6257 1.5807 0.9185 1.3204
lysoPE 22:6; [M-H]-@1.30 0.9334 1.0956 0.5836 0.9313 0.7352 0.7591 1.0300 1.1770 0.9894 1.4214 1.2474 1.0270
PA 33:2; [M-H]-@1.97 1.1036 0.9572 0.8871 1.1297 0.9051 1.7027 0.7964 0.7129 0.7388 0.9571 1.0861 0.9079
PA 34:0; [M-H]-@7.13 1.5381 1.0646 2.0271 0.8582 0.5308 1.3215 0.9893 1.0318 0.7005 1.0466 0.8751 0.4622
PC 28:0; [M-Ac-H]-@5.24 0.7613 0.7348 0.7632 1.2422 0.7844 1.4144 1.4712 0.8305 1.2564 1.4350 0.4888 0.6793
PC 30:0; [M-Ac-H]-@5.96 0.6988 1.0766 0.9694 1.0685 0.5742 1.2171 0.4875 1.5318 0.7196 1.0826 0.6198 1.4925
PC 32:0; [M-Ac-H]-@6.61 0.9754 1.1590 0.8070 1.0530 0.7751 1.1456 0.5735 1.2579 0.8326 1.0448 0.8986 1.1171
PC 32:1; [M-Ac-H]-@6.11 0.5773 1.3755 0.4560 1.3238 0.4092 0.9853 0.4865 1.5504 0.7138 1.2016 0.6137 1.5849
PC 32:2; [M-Ac-H]-@5.62 0.6848 1.3596 0.4557 1.4795 0.3331 0.8927 0.5232 1.3370 0.5128 1.3807 0.6392 1.7107
PC 33:1; [M-Ac-H]-@6.42 0.9577 1.1477 0.9062 1.0890 0.5198 0.9686 0.7687 1.4190 0.8018 1.0389 1.1345 1.1529
PC 33:2; [M-Ac-H]-@5.97 0.7489 1.0163 0.5337 1.3377 1.0953 1.3248 0.9779 1.2209 0.9664 0.8206 0.7670 0.8300
PC 34:1; [M-Ac-H]-@6.66 0.7440 1.2935 0.5520 1.1118 0.5666 1.1201 0.6838 1.4109 0.6819 1.2698 0.7423 1.3124
PC 34:2; [M-Ac-H]-@6.23 0.7226 1.3378 0.5350 1.2152 0.4987 1.0553 0.6122 1.3889 0.6355 1.3380 0.6049 1.4320
PC 34:3; [M-Ac-H]-@5.81 0.6730 1.3536 0.4506 1.2006 0.4197 1.0467 0.5950 1.3411 0.6819 1.5202 0.6978 1.3916
PC 34:4; [M-Ac-H]-@5.57 0.6829 1.4355 0.3863 1.2114 0.3636 1.0494 0.5283 1.3372 0.5894 1.5151 0.7435 1.4864
PC 35:0; [M-Ac-H]-@7.45 0.9918 1.0245 0.8645 0.9693 1.3286 0.9091 1.2402 1.1632 1.1143 0.6788 1.0930 0.7216
PC 35:1; [M-Ac-H]-@7.01 0.9542 1.0707 0.6004 1.0607 0.9005 1.1730 1.1235 1.2090 0.6458 1.0447 0.9430 1.1079
PC 35:2; [M-Ac-H]-@6.57 0.7911 1.3430 0.7580 1.3532 0.6612 1.1004 0.7945 0.9492 0.8054 1.1884 0.6250 1.2194
PC 35:3; [M-Ac-H]-@6.11 0.6718 1.4128 0.5144 1.2784 0.5689 1.0289 0.6896 1.1233 0.8711 1.4015 0.5579 1.2623
PC 35:4; [M-Ac-H]-@5.94 0.9059 1.3981 0.6330 1.3158 0.6825 0.8482 0.8640 1.0529 0.7723 1.1085 0.6519 1.3414
PC 36:0; [M-Ac-H]-@7.74 0.9982 0.9401 1.0934 0.9262 0.7627 0.7134 1.3542 1.0749 1.1206 1.1046 0.9982 1.1364
PC 36:1; [M-Ac-H]-@7.28 0.7794 1.1640 0.6468 0.9391 0.6978 0.9173 1.0857 1.2057 0.9218 1.2671 1.0860 1.1986
PC 36:2; [M-Ac-H]-@6.78 0.7774 1.1845 0.6686 1.1158 0.6328 0.9822 0.8497 1.2361 0.7767 1.2562 0.8483 1.3550
PC 36:2; [M-Ac-H]-@6.86 0.7774 1.1845 0.6686 1.1158 0.6328 0.9822 0.8497 1.2361 0.7767 1.2562 0.8483 1.3550
PC 36:3; [M-Ac-H]-@6.36 0.7564 1.2620 0.5669 1.1248 0.5693 1.0799 0.6824 1.3521 0.6766 1.3334 0.7369 1.3526
PC 36:4; [M-Ac-H]-@6.08 0.7407 1.3074 0.5716 1.1796 0.5435 0.9214 0.6004 1.3428 0.7373 1.3632 0.6900 1.4331
PC 36:5; [M-Ac-H]-@5.66 0.6681 1.3923 0.4138 1.2079 0.4060 1.0042 0.5925 1.3287 0.6596 1.5126 0.7538 1.4406
PC 36:6; [M-Ac-H]-@5.46 0.6674 1.4507 0.3870 1.1756 0.4107 0.7381 0.5009 1.1684 0.6633 1.7991 0.6121 1.6766
PC 37:1; [M-Ac-H]-@7.55 0.5080 1.6613 0.4692 1.1872 0.4298 1.0310 0.7436 1.0867 0.8739 1.3625 0.4227 1.5419
PC 37:2; [M-Ac-H]-@7.17 0.6316 1.5088 0.4839 1.4846 0.4323 1.1927 0.5358 1.2561 0.6048 1.1230 0.5927 1.4598
PC 37:3; [M-Ac-H]-@6.66 0.5723 1.5596 0.6312 1.6245 0.4961 0.9375 0.4961 0.9572 0.7543 1.2003 1.1229 1.2732
PC 37:4; [M-Ac-H]-@6.55 0.7393 1.5092 0.7662 0.9999 0.5832 0.9176 0.7907 0.8094 1.0347 1.3805 0.7682 1.3636
PC 37:5; [M-Ac-H]-@6.06 0.8775 1.2398 0.3914 0.8726 0.5527 0.8443 0.8894 1.3904 0.6123 1.3799 0.5149 1.8326
PC 37:6; [M-Ac-H]-@5.82 0.8696 1.3069 0.5118 0.9566 0.5580 1.1351 0.6001 1.0778 0.9147 1.3812 0.9376 1.2754
PC 38:1; [M-Ac-H]-@7.83 0.3993 1.5700 0.4157 1.5212 0.3454 0.9677 0.5722 1.1835 0.6417 1.5019 0.5273 1.6115
PC 38:2; [M-Ac-H]-@6.88 0.7165 1.2166 0.6064 1.1351 0.5256 1.0069 0.6101 1.1623 0.8162 1.3144 0.7914 1.6024
PC 38:2; [M-Ac-H]-@7.44 0.5306 1.3335 0.4795 1.4203 0.3805 0.9999 0.5851 1.3652 0.5320 1.5141 0.5174 1.6330
PC 38:3; [M-Ac-H]-@7.09 0.7905 1.4335 0.4237 1.1607 0.5299 0.8421 0.7765 0.9932 0.9643 1.5078 0.5156 1.4201
PC 38:4; [M-Ac-H]-@6.81 0.8470 1.3416 0.6042 0.9976 0.7211 0.7307 0.9701 0.9019 1.0406 1.4606 0.8098 1.2668
PC 38:5; [M-Ac-H]-@6.41 0.8008 1.3233 0.5578 1.0203 0.5671 0.9184 0.7829 1.2500 0.7721 1.4043 0.8684 1.3392
PC 38:6; [M-Ac-H]-@6.02 0.7781 1.2811 0.4773 1.1156 0.5014 0.9643 0.6326 1.2271 0.8426 1.4394 0.8111 1.3899
PC 38:7; [M-Ac-H]-@5.61 0.7747 1.1920 0.6342 1.1251 0.4893 0.8001 0.6884 1.2048 0.7105 1.5271 0.8138 1.6081
PC 39:4; [M-Ac-H]-@7.14 0.5720 1.7523 0.3264 1.6628 0.4457 0.9996 0.4725 1.1605 0.6356 1.3069 0.4395 1.3455
PC 39:5; [M-Ac-H]-@6.65 0.8927 1.0616 0.7419 1.2122 0.6401 0.8363 0.6725 0.7583 0.8417 1.4973 1.1200 1.4925
PC 39:6; [M-Ac-H]-@6.41 1.0750 0.6594 1.0143 0.9182 1.1554 0.7250 1.7138 1.1845 0.8489 1.0264 1.0663 1.0099
PC 40:2; [M-Ac-H]-@7.96 0.3458 1.6757 0.2605 1.6378 0.4089 1.0484 0.2915 1.2374 0.3977 1.5464 0.3373 1.7572
PC 40:3; [M-Ac-H]-@7.61 0.4222 1.4113 0.3736 1.4194 0.3257 0.9927 0.3135 1.3960 0.4701 1.5848 0.4692 1.8997
PC 40:4; [M-Ac-H]-@7.43 0.4798 1.4314 0.4380 1.2954 0.4194 0.8947 0.5480 1.2660 0.5028 1.8379 0.6689 1.5452
PC 40:5; [M-Ac-H]-@7.09 0.6714 1.1315 0.6807 1.1188 0.6053 0.7499 0.9170 1.2099 0.8269 1.4991 0.7664 1.5052
PC 40:6; [M-Ac-H]-@6.68 0.9491 1.0657 0.6919 0.8571 0.7095 0.7458 1.0174 1.0163 1.0860 1.4247 1.1073 1.2374
PC 40:7; [M-Ac-H]-@6.18 0.8050 1.1477 0.7215 1.0999 0.5518 0.7633 0.8590 1.0926 0.8133 1.4716 0.8593 1.5349
PC 40:8; [M-Ac-H]-@5.84 0.7125 1.1346 0.5701 1.1273 0.4983 0.8973 0.8160 1.1585 0.6752 1.6165 0.8983 1.5375
PC 41:5; [M-Ac-H]-@7.42 0.4685 1.5507 0.3262 1.1854 0.4780 1.1183 0.4646 1.3002 0.5000 1.6094 0.4550 1.6665
PC 42:10; [M-Ac-H]-@5.74 0.6966 1.3700 0.7713 1.2584 0.6724 0.8010 0.7222 0.9880 0.6300 1.4543 0.7878 1.4888
PC 42:2; [M-Ac-H]-@8.50 0.7140 1.1928 0.4107 1.6802 0.4252 1.0243 0.5214 1.0808 0.5513 1.5128 0.3574 1.6739
PC 42:4; [M-Ac-H]-@7.98 0.5608 1.2534 0.5518 1.1843 0.3190 0.7322 0.6592 1.2685 0.4772 1.7370 0.5684 2.0780
PC 42:5; [M-Ac-H]-@7.56 0.3260 1.5149 0.2738 1.9780 0.3122 1.1885 0.2415 1.0293 0.3478 1.9302 0.3795 1.4257
PC 42:7; [M-Ac-H]-@6.82 0.6603 1.6298 0.3880 1.3432 0.4459 0.7328 0.5728 1.1979 0.6204 1.5297 0.8009 1.4591
PC 42:9; [M-Ac-H]-@6.14 0.4580 1.8112 0.4052 1.1386 0.4127 0.8777 0.8230 1.1376 0.5965 1.5304 0.5174 1.6646
PC 44:4; [M-Ac-H]-@8.48 0.8707 1.1586 0.6691 0.9154 0.7641 0.8853 1.0083 1.2368 0.7409 1.3297 1.1866 1.1663
PE 34:1; [M-H]-@6.88 0.5827 1.4038 0.4572 1.3647 0.5464 1.3647 0.4585 1.3992 0.5260 1.0353 0.5409 1.5489
PE 34:2; [M-H]-@6.46 0.3639 1.5260 0.4691 1.8030 0.3373 1.3238 0.3547 1.3227 0.3952 1.3082 0.3252 1.5453
PE 36:0; [M-H]-@7.86 0.9830 0.9828 0.8587 0.9970 0.9015 1.2377 1.1606 0.9185 1.2002 1.0171 0.6368 0.9344
PE 36:1; [M-H]-@6.78 0.4769 1.5078 0.4953 1.3095 0.4804 1.2411 0.5792 1.4196 0.5570 1.1526 0.3611 1.6372
PE 36:1; [M-H]-@7.44 0.6504 1.3371 0.5381 1.3898 0.7185 1.4005 0.7147 1.1020 0.6644 1.1390 0.5513 1.1962
PE 36:2; [M-H]-@7.02 0.5715 1.3334 0.5674 1.1545 0.4493 1.0429 0.7697 1.3955 0.5445 1.3177 0.5047 1.7700
PE 36:3; [M-H]-@5.16 0.5994 1.3176 0.6620 1.5390 0.6161 1.2153 0.1679 1.0686 0.6229 1.0881 0.9827 1.5268
PE 36:3; [M-H]-@6.56 0.5522 1.4595 0.3783 1.0246 0.3414 0.9695 0.5833 1.7830 0.5259 1.4201 0.4221 1.7318
PE 36:4; [M-H]-@5.00 0.7003 1.3316 0.4749 1.0071 0.6234 0.9337 0.4325 1.1722 0.7085 1.3954 0.8076 1.7704
PE 36:4; [M-H]-@6.25 0.5791 1.6678 0.3660 1.0758 0.3445 1.0440 0.5366 1.4482 0.6055 1.5911 0.5051 1.4401
PE 36:5; [M-H]-@5.93 0.4285 2.0092 0.4808 0.8441 0.3742 0.9754 0.3434 1.3857 0.4662 1.6608 0.4894 1.6990
PE 37:4; [M-H]-@6.72 0.5631 1.7274 0.3268 1.2208 0.5432 0.8917 0.6838 1.1157 0.6634 1.4546 0.7542 1.4377
PE 38:2; [M-H]-@7.52 0.3282 1.7950 0.4212 1.9654 0.4557 1.0793 0.2849 1.1708 0.5062 1.3924 0.3567 1.2755
PE 38:3; [M-H]-@7.24 0.7567 1.4786 0.4246 1.0009 0.4225 0.9990 0.5451 1.2974 0.6170 1.3452 0.8076 1.6941
PE 38:4; [M-H]-@6.99 0.7026 1.3776 0.4741 1.0258 0.5032 1.0108 0.6633 1.3220 0.6919 1.3990 0.7356 1.5304
PE 38:5; [M-H]-@5.11 0.5725 1.4884 0.5595 0.9735 0.5084 0.8495 0.7470 1.3047 0.6295 1.4870 0.5167 1.7749
PE 38:5; [M-H]-@6.58 0.5249 1.5424 0.3702 1.2057 0.3707 0.9017 0.5627 1.3727 0.5233 1.5972 0.6041 1.6930
PE 38:6; [M-H]-@6.20 0.7502 1.6479 0.5939 1.0979 0.4376 0.7912 0.6444 1.1562 0.6648 1.4803 0.7031 1.5032
PE 40:4; [M-H]-@7.43 0.4340 1.4006 0.2476 1.2224 0.7231 1.2642 0.4770 1.0185 0.6265 1.3276 0.9436 1.6489
PE 40:5; [M-H]-@6.42 0.5455 1.6625 0.4736 1.0360 0.6017 1.3276 0.7066 1.0634 0.7572 1.2343 0.6464 1.3584
PE 40:5; [M-H]-@7.14 0.4774 1.9814 0.4249 1.6718 0.4503 1.0719 0.3064 0.9239 0.5834 1.4955 0.3548 1.3016
PE 40:6; [M-H]-@5.46 0.6008 1.7696 0.5354 1.1347 0.4467 0.6984 0.4355 1.2424 0.8494 1.4986 0.3998 1.5742
PE 40:6; [M-H]-@6.87 0.6705 1.3675 0.4953 1.1988 0.4815 0.8591 0.5612 1.2417 0.7338 1.4044 0.7555 1.6367
PE 40:7; [M-H]-@5.03 0.6727 0.5207 0.5764 1.3759 0.6873 0.7474 0.8894 1.2229 0.7988 1.3460 1.3255 1.7325
PE 40:7; [M-H]-@6.40 0.4578 1.9700 0.5573 1.1814 0.4348 0.8301 0.5577 1.0096 0.6843 1.6777 0.5595 1.4170
PE 40:8; [M-H]-@6.03 0.5796 1.2667 0.5613 1.0126 0.9563 1.2228 0.5410 0.9584 0.6633 1.3056 0.5738 1.6967
PE 42:8; [M-H]-@6.56 0.3131 1.0428 0.8706 1.7294 0.9774 0.9398 0.7265 0.6980 0.8899 1.6959 0.7532 1.0385
PG 34:2; [M-H]-@5.52 0.7309 1.1559 0.4615 1.0646 0.4089 1.0080 0.8199 1.4512 0.5341 1.3216 0.5562 1.9060
PG 36:0; [M-H]-@6.97 0.9139 0.9257 0.7065 1.0189 1.1722 0.9145 1.7598 0.8719 1.4799 1.0130 0.8770 0.5183
PG 36:2; [M-H]-@6.15 0.7789 1.1625 0.7243 0.7978 0.7132 1.0694 1.1515 1.1609 0.8760 1.4117 0.6772 1.2531
PG 36:3; [M-H]-@5.52 0.6935 1.1702 0.7045 1.0253 0.6636 1.2137 0.7914 1.5145 0.5233 1.2492 0.8609 1.2682
PG 38:4; [M-H]-@6.15 0.9042 1.1657 1.1555 0.8388 0.8841 0.8883 1.7088 1.0398 0.9124 1.0724 0.8835 0.9204
PI 34:2; [M-H]-@5.34 0.6886 1.2638 0.9699 1.1553 0.9236 1.0231 0.7808 1.4650 0.6194 1.0282 0.7901 1.0626
PI 36:1; [M-H]-@6.40 0.9260 1.0531 0.8247 1.2608 0.8689 1.2758 1.2929 0.7734 0.6171 1.4327 0.6176 0.9245
PI 36:2; [M-H]-@6.01 0.6175 1.4427 0.7872 1.2780 0.5176 1.0158 0.5095 1.2954 0.6178 1.0403 0.5398 1.7567
PI 36:3; [M-H]-@5.49 0.7699 1.1353 0.5189 1.4489 1.2222 1.0117 0.7931 1.1922 0.7056 0.8794 0.7761 1.0906
PI 36:4; [M-H]-@5.29 0.5946 1.5375 0.5849 1.0896 0.3768 0.9984 0.4844 1.8481 0.4615 1.1559 0.5119 1.6470
PI 38:3; [M-H]-@6.24 0.7651 1.0467 0.8020 0.9774 0.5899 0.8591 0.6790 1.4305 0.7569 1.1425 1.0124 1.6850
PI 38:4; [M-H]-@5.96 0.8062 1.3311 0.6683 0.9383 0.6372 0.7796 0.7955 1.0636 0.9383 1.3197 0.8955 1.5064
PI 38:5; [M-H]-@5.48 0.6763 1.7752 0.4220 1.1463 0.4199 0.9485 0.5885 1.2663 0.6069 1.4642 0.4559 1.4630
plasmenyl-PE 32:0; [M-H]-@7.09 0.7934 1.2566 0.5293 1.6371 0.6586 0.8743 0.5758 0.9021 0.7211 1.5061 0.9031 1.1467
plasmenyl-PE 34:1; [M-H]-@7.18 0.8504 1.1674 0.6347 1.1530 0.6241 1.0069 0.5717 1.1789 0.5735 1.5555 1.0667 1.2538
plasmenyl-PE 34:2; [M-H]-@6.78 0.5225 1.1556 0.3867 1.3687 0.3417 0.9910 0.5735 1.5102 0.4790 1.4767 0.5709 1.8891
plasmenyl-PE 36:1; [M-H]-@7.73 0.4993 1.3901 0.2959 2.0699 0.5620 1.7079 0.3311 0.7112 0.7800 1.1819 0.6976 0.9355
plasmenyl-PE 36:2; [M-H]-@7.37 0.6522 1.2553 0.5290 1.0120 0.5700 1.0196 0.8004 1.2120 0.6954 1.6340 0.7840 1.3928
plasmenyl-PE 36:3; [M-H]-@6.91 0.5984 1.0370 0.4827 1.2374 0.4156 1.0452 0.6056 1.3326 0.6351 1.3900 0.7601 1.8846
plasmenyl-PE 36:4; [M-H]-@6.71 0.7018 1.1359 0.4752 1.1287 0.4387 1.1483 0.5926 1.3503 0.7342 1.2404 0.7357 1.7199
plasmenyl-PE 36:5; [M-H]-@6.37 0.6642 1.0806 0.6075 1.3103 0.4990 1.1382 0.5256 1.1444 0.7905 1.5787 0.6439 1.4055
plasmenyl-PE 38:1; [M-H]-@8.15 0.7859 1.1023 0.6609 0.9995 0.5489 1.2475 0.7740 1.1906 0.6830 1.3520 0.8790 1.4334
plasmenyl-PE 38:2; [M-H]-@7.91 0.5926 1.8087 0.7718 1.2575 0.5453 0.9206 0.6834 0.7784 0.6413 1.7833 0.7194 1.0850
plasmenyl-PE 38:3; [M-H]-@7.44 0.8614 1.0640 0.5573 1.0010 0.5855 0.9807 0.7259 1.2568 0.8393 1.3849 0.7910 1.4893
plasmenyl-PE 38:4; [M-H]-@7.25 0.5997 1.4545 0.5500 1.2846 0.6309 1.1125 0.5571 1.1115 0.7682 1.3611 0.6665 1.2903
plasmenyl-PE 38:5; [M-H]-@6.96 0.6336 1.2403 0.4307 1.2664 0.4261 1.0641 0.6039 1.3491 0.6333 1.3009 0.6665 1.7357
plasmenyl-PE 38:6; [M-H]-@6.61 0.6999 1.1087 0.5316 1.2709 0.4306 0.8944 0.5743 1.4662 0.6870 1.2542 0.7059 1.7821
plasmenyl-PE 40:4; [M-H]-@7.77 0.7258 1.1519 0.5516 1.0338 0.5557 0.9119 0.7915 1.2700 0.7545 1.3773 0.7876 1.6538
plasmenyl-PE 40:5; [M-H]-@7.40 0.6268 1.4684 0.5717 1.4845 0.6450 0.8747 0.6659 0.9334 0.8130 1.3744 0.6538 1.3343
plasmenyl-PE 40:6; [M-H]-@7.08 0.8414 1.0572 0.6610 1.0131 0.6314 0.8536 0.8366 1.1805 0.8567 1.2609 0.9208 1.5961
plasmenyl-PE 42:4; [M-H]-@8.18 0.7673 1.4803 0.6124 1.3477 0.5965 0.7879 0.5632 1.1480 0.6785 1.4798 0.7605 1.2460
plasmenyl-PE 42:5; [M-H]-@8.05 0.8895 1.1292 0.8884 1.1391 0.8473 0.7224 0.7282 0.9753 1.0142 1.2400 0.9280 1.2708
plasmenyl-PE 42:6; [M-H]-@7.77 1.0599 1.0357 0.7231 0.8989 0.6230 0.8414 1.0617 0.9332 1.0657 1.2842 1.1619 1.2847
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Diet:Control + BPA Chow | Sex:F
F2Diet:Control + BPA Chow | Sex:M
F3Diet:Control Chow | Sex:F
F4Diet:Control Chow | Sex:M
F5Diet:Mediterranean + BPA Chow | Sex:F
F6Diet:Mediterranean + BPA Chow | Sex:M
F7Diet:Mediterranean HFD Chow | Sex:F
F8Diet:Mediterranean HFD Chow | Sex:M
F9Diet:Western + BPA Chow | Sex:F
F10Diet:Western + BPA Chow | Sex:M
F11Diet:Western HFD Chow | Sex:F
F12Diet:Western HFD Chow | Sex:M
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