Data for MDM2-Dependent Rewiring of Metabolomic and Lipidomic Profiles in Dedifferentiated Liposarcoma Models (Study ST001405)

(Analysis AN002347)

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

MetaboliteF1F2F3F4F5F6F7F8F9F10F11F12F13
AcCar(16:0) 0.8856 0.6014 1.6033 2.6223 0.2807 0.4734 0.3861 0.5533 0.5081 2.5253 2.7226 0.6489 0.6215
AcCar(18:1) 0.5498 0.1880 2.1445 2.6017 0.2642 0.3999 0.4387 0.3051 0.2062 2.2881 3.0803 1.0061 0.2758
BMP(16:0_18:0) 0.9760 0.2724 0.4871 2.0205 0.9064 2.0433 0.4706 1.3673 0.3552 0.4783 2.5793 0.7262 1.5529
BMP(16:0_20:1) 0.6295 1.5639 0.6379 1.5794 0.7545 1.3837 0.6533 0.6296 1.4650 0.6502 1.9458 1.2510 0.6650
BMP(18:0_18:0) 1.0072 0.2974 0.8350 3.3232 0.8141 1.1822 0.7100 1.4677 0.4151 0.5546 1.2308 0.6427 1.0034
BMP(18:0_18:1) 1.1731 0.4443 0.4544 2.0308 1.2500 2.0832 0.4115 1.6386 0.5584 0.4226 1.9758 0.7080 1.2225
CE(18:2) 1.8920 0.1726 0.8906 2.4523 0.3606 0.3833 0.8857 2.1061 0.1429 0.9119 2.4927 0.1192 0.4565
Cer-NDS(d18:0/16:0) 3.2522 0.5645 0.2689 0.2586 0.9533 1.9576 0.9410 3.0999 0.2929 0.2405 0.1293 0.2383 0.9010
Cer-NDS(d18:0/24:1) 1.8473 0.7716 0.4532 0.5743 3.2034 1.4837 0.8655 1.1666 0.4866 0.2870 0.3076 0.6831 1.0049
Cer-NS(d18:1/16:0) 3.3654 0.7946 0.6076 0.4149 0.8846 0.9437 0.8089 3.3729 0.5387 0.3890 0.2406 0.3159 0.7690
DG(16:0_18:0) 1.1718 1.0715 1.2050 1.1646 1.3978 1.2669 0.4547 1.6321 0.8027 1.0064 0.9276 1.1135 1.0574
DG(18:0_18:0) 1.1355 1.2412 0.8283 1.4027 1.1060 1.2604 0.6528 1.3407 0.9123 0.5829 0.7984 1.3520 1.1969
DG(18:1_18:1) 0.4970 0.5777 1.7649 0.8714 1.3613 0.8828 0.8223 0.5954 0.7144 1.7101 0.9014 1.5628 0.9161
HexCer-NS(d18:1/16:0) 1.2713 1.9575 1.7050 0.1959 1.0605 0.3064 0.8655 1.3749 2.0519 1.5155 0.1909 0.4792 0.3391
LPC(14:0) 0.7610 2.1203 0.6013 1.1057 0.4046 1.0377 0.6558 0.7154 1.9900 0.2204 0.9469 0.5101 2.2750
LPC(15:1) 0.9591 2.4399 0.8082 0.7624 0.9880 0.8510 0.4165 0.8038 1.8738 0.3834 0.7261 1.3257 2.0238
LPC(16:0) 1.5189 1.5211 0.6967 1.4216 0.4916 1.7559 0.4214 1.1821 1.0534 0.2631 0.9498 0.5076 2.5670
LPC(16:1) 0.8205 2.7333 0.3802 0.4795 0.3786 2.0226 0.4686 0.4308 1.6483 0.0660 0.2903 0.4441 3.3687
LPC(18:0) 3.4684 0.4103 0.8129 1.5231 0.4583 0.8970 0.7272 2.6380 0.2801 0.4227 0.8729 0.1502 0.9752
LPC(18:1) 1.2319 1.2855 1.1629 1.4266 0.6973 1.6133 0.3686 1.1807 0.8629 0.3858 1.0819 0.6633 2.5125
LPC(20:3) 1.4611 0.8264 0.7038 1.5179 0.5150 1.7265 0.6871 1.1660 0.7036 0.1935 1.3856 0.3993 2.1315
LPC(20:4) 1.9788 0.7961 0.4690 2.0036 0.4292 1.4632 0.7155 1.8804 0.4842 0.1523 1.4565 0.1938 1.3570
LPC(22:5) 0.9964 0.9358 0.3974 1.1277 0.6748 1.7831 0.6332 0.8906 0.6350 0.1830 0.6541 0.2752 4.0581
LPC(24:1) 0.5532 0.8932 0.5825 0.4307 0.7672 2.0727 0.6639 0.9442 1.0363 0.4300 0.3506 1.8465 2.8770
LPC(26:0) 0.1959 2.5438 0.5539 0.2467 0.4084 1.6093 0.5859 0.2258 3.1033 0.5956 0.2897 0.8698 2.7380
LPE(16:0) 0.6776 3.8343 0.4133 0.5836 0.7609 0.7918 0.5800 0.7526 2.2349 0.2610 0.4679 0.6643 1.5378
LPE(18:0) 1.2416 2.3390 0.8025 0.6502 0.5246 0.5629 0.7163 1.3624 2.4543 0.6343 0.6804 0.3642 1.1401
LPE(20:4) 0.8992 2.9671 0.6309 0.9490 0.3650 0.9750 0.8940 0.9735 1.2672 0.3082 0.8774 0.5233 1.4408
MGDG(13:0_18:2) 0.6019 1.0672 1.2427 0.6267 1.4981 0.8153 0.7147 0.5226 1.2118 0.7950 0.6142 3.1948 0.6656
MGDG(13:0_22:5) 2.2327 1.6378 0.2186 1.4383 0.5290 0.6979 0.7553 1.9258 1.1740 0.2782 1.1854 0.6496 0.8484
MGDG(15:0_18:2) 0.4870 0.7093 1.9670 0.6156 2.2416 0.3873 0.5507 0.3027 0.8310 1.3940 0.7949 2.6113 0.7064
MGDG(16:0_18:3) 0.4625 0.7292 1.1143 0.7325 2.2796 0.8358 0.4838 0.3033 0.9848 1.0620 0.7990 2.4505 1.2790
MGDG(16:0_20:5) 0.8065 0.3747 0.8134 1.8099 2.3986 1.1693 0.6310 0.8284 0.5532 0.6749 2.0591 0.8014 0.8176
MGDG(16:0_22:6) 0.4981 0.6703 0.4927 1.1827 3.5212 1.6862 0.3570 0.3281 0.6641 0.3310 1.6691 1.5354 1.5643
MGDG(16:1_22:5) 0.3537 0.4731 0.2460 0.4331 2.8009 2.7376 0.3071 0.2707 0.5910 0.2168 0.6378 1.5103 3.5767
MGDG(18:1_20:3) 1.2312 0.3012 0.3327 2.0112 0.7277 1.7923 0.8177 0.9205 0.4313 0.3511 2.8241 0.4293 1.0119
MGDG(18:1_20:4) 0.5737 0.3717 0.6535 2.0582 2.2282 1.6179 0.6797 0.5256 0.3905 0.1770 1.9685 1.0095 0.9596
MGDG(9:0_22:0) 0.9821 1.0781 1.1127 0.9829 1.2021 0.9746 0.6719 1.1167 0.7101 1.1636 1.1552 1.3324 1.2832
MGDG(9:0_9:0) 3.5370 0.3598 0.8838 1.1735 0.4245 0.6613 1.3520 1.5693 0.2720 0.4130 0.9125 0.1354 1.0714
OxTG(16:0_16:0_18:1(OOO)) 1.0093 0.6007 2.2376 1.0448 1.3165 0.6162 0.4341 0.9286 0.6184 1.9523 0.7334 2.6169 0.2117
OxTG(16:0_18:0_18:1(OOO)) 1.3830 0.4696 1.4525 2.1635 1.1435 0.5249 0.3681 1.4121 0.4319 1.2660 1.3161 2.3888 0.1544
OxTG(16:0_18:1_20:1(OOO)) 1.4034 0.3743 0.8041 2.0737 0.8936 0.5450 0.8426 1.6214 0.4229 0.9272 1.3544 1.6949 0.1475
OxTG(16:1_18:0_17:2(OH)) 0.4695 0.7653 1.9749 1.4204 1.0716 0.3998 0.4741 1.6694 0.7695 2.0457 0.7616 1.6711 0.2083
OxTG(16:1_18:1_15:0(CHO)) 0.8262 1.2636 1.3091 1.2471 0.6103 0.3947 0.6200 1.8934 1.0053 1.3673 1.1537 1.4375 0.2516
PC(13:0_16:1) 0.3460 2.7452 0.5544 0.5113 0.9397 0.8402 0.6789 0.5336 2.9899 0.4793 0.5001 1.3441 1.2863
PC(14:0_14:1) 0.1377 4.1428 0.1367 0.2093 0.1139 0.1708 1.3367 0.2202 4.3040 0.1186 0.1773 0.9545 0.3042
PC(14:0_16:1) 0.2676 3.8986 0.1362 0.3597 0.2089 0.5454 0.8071 0.4470 4.1512 0.1362 0.3449 1.3350 0.8123
PC(14:0_17:1) 0.6071 3.1112 0.1811 0.3141 0.2950 1.2606 0.7418 0.6428 3.1584 0.1988 0.3525 0.5347 2.2045
PC(14:0_20:4) 1.5407 1.2741 0.2885 1.4005 0.3124 0.8031 0.7679 1.9399 1.4709 0.2820 1.5595 1.0957 0.8065
PC(14:0_26:0) 0.1065 2.4502 0.6810 0.8956 0.3444 0.7837 0.8754 0.1663 2.3011 1.2896 1.2456 0.7976 1.1876
PC(14:1_16:1) 0.1681 2.7274 0.2731 0.3044 0.1040 0.2980 1.2513 0.1608 4.3800 0.2243 0.2728 1.9817 0.3515
PC(15:0_16:0) 0.4960 1.9752 0.9629 0.5160 0.4949 1.4235 0.7858 0.5408 1.8788 1.0331 0.5356 0.6833 2.1739
PC(15:0_16:1) 0.2996 2.9616 0.3028 0.2943 0.2187 1.1986 0.8609 0.3140 3.7498 0.3297 0.3077 1.0135 1.4734
PC(15:0_18:2) 0.6275 2.0143 0.6020 0.6757 0.2990 1.1729 0.7387 0.7039 2.4894 0.7008 0.7062 1.0711 1.8083
PC(15:0_20:3) 1.2728 1.5376 0.7774 0.8855 0.6215 0.6430 0.8023 1.5428 1.8016 0.8904 1.0527 0.7608 0.8069
PC(15:0_22:4) 1.1506 1.6739 0.6221 1.2097 0.7766 0.9599 0.6331 1.1958 1.8797 0.7288 1.1378 0.7803 1.1078
PC(15:0_22:5) 1.1881 2.2203 0.5565 0.6674 0.5447 0.7054 0.7793 1.1501 2.4092 0.6229 0.9557 0.7746 0.9408
PC(15:1_16:0) 0.5213 2.6589 0.3551 0.3859 0.8854 0.6979 0.7025 0.6612 3.0878 0.4533 0.4585 1.8548 0.9718
PC(15:1_16:1) 0.3062 2.5012 0.3221 0.2651 0.7961 0.6908 0.5303 0.3843 2.7787 0.5549 0.2875 3.7257 0.9530
PC(15:1_18:1) 0.5184 1.4341 1.3672 0.4411 1.2173 0.7153 0.5691 0.7703 1.4209 1.7451 0.5402 2.4957 0.7707
PC(15:1_18:2) 0.5642 0.7737 2.8155 0.6431 0.4230 0.3725 0.4961 0.6220 1.0152 3.9595 1.0214 1.1234 0.3463
PC(15:1_20:1) 0.7541 1.4525 0.9705 0.7721 0.8404 0.7741 0.6181 0.6353 1.6492 1.0050 0.6439 2.6136 1.1622
PC(15:1_20:3) 1.2878 1.3125 0.7328 0.7464 0.9506 0.6210 0.8506 1.7391 1.4098 0.5282 0.8966 1.4375 0.7860
PC(15:1_22:4) 1.7294 1.5047 0.2977 1.2675 0.9959 0.9905 0.7328 1.7319 1.5771 0.2622 1.0097 0.7945 0.7295
PC(15:1_22:5) 1.6537 0.9217 0.1952 0.4659 0.6380 0.9326 1.1630 3.2639 1.0364 0.1809 0.4255 1.1820 0.7239
PC(15:1_22:6) 0.7023 1.7887 0.1984 0.3441 1.0297 1.4577 0.5987 0.8058 2.3818 0.1878 0.3561 2.7364 1.3485
PC(16:0_16:0) 0.4565 2.3003 0.6835 0.7020 0.5327 1.2807 0.6984 0.4802 2.3338 0.6626 0.6998 1.8070 1.0662
PC(16:0_16:1) 0.8844 2.7805 0.1511 0.3826 0.5080 1.4513 0.6749 0.8148 2.6177 0.1843 0.3656 0.8819 2.0616
PC(16:0_17:0) 0.8315 1.2532 0.7001 1.0873 0.4044 1.7075 0.7398 0.8385 1.4580 1.0170 1.3715 0.6146 1.4968
PC(16:0_17:1) 0.6921 1.3107 1.5066 0.7273 0.9445 0.7510 0.5092 1.1470 1.1023 1.6408 0.8217 2.0398 0.9521
PC(16:0_18:0) 1.0699 1.1736 0.9592 1.0621 0.9658 1.2731 0.6007 0.7996 1.5319 0.9094 1.1783 1.2644 1.1436
PC(16:0_18:1) 0.9771 1.3020 0.9472 1.0289 0.9705 1.2134 0.5810 0.7836 1.3970 0.9295 1.0805 1.3915 1.3756
PC(16:0_18:2) 0.9444 1.1937 1.2989 1.1214 0.3655 0.9303 0.5891 0.9798 1.3332 1.3428 1.2591 1.5204 1.0803
PC(16:0_20:0) 1.2569 0.9750 1.1163 1.1137 0.9912 0.9273 0.6300 1.0222 1.2306 1.3605 1.2278 0.9544 1.0573
PC(16:0_20:1) 1.1358 1.1165 1.1439 1.1391 1.0961 1.0009 0.5869 0.8946 1.2190 1.2962 1.1902 1.0771 1.0676
PC(16:0_20:3) 1.0336 1.1114 0.9400 1.0166 0.4456 0.8747 0.6195 1.2824 1.3631 0.9815 1.3502 1.8024 1.0668
PC(16:0_20:5) 0.8772 1.2090 0.4259 1.0532 0.4305 1.5527 0.8662 1.0200 1.6123 0.3956 1.2029 1.1165 1.5504
PC(16:0_22:6) 0.6669 1.1997 0.3008 0.4772 1.6569 2.2965 0.5952 0.8365 1.3006 0.2727 0.5709 1.2302 2.5405
PC(16:0_24:1) 0.2495 2.0047 0.8054 0.7352 0.7463 1.2760 0.5014 0.3248 1.8872 1.2012 0.8401 2.2136 1.3780
PC(16:0_26:0) 0.0586 3.2343 0.3670 0.5640 0.2539 1.0091 0.6968 0.0691 3.1384 0.6795 0.6504 0.9781 1.7050
PC(16:1_16:1) 0.3676 2.3442 0.4726 0.5717 0.1148 1.1523 0.6606 0.4890 3.0973 0.5479 0.6641 2.0092 1.3009
PC(16:1_17:0) 0.4170 2.0244 0.8730 0.3774 0.4079 1.4291 0.7397 0.5444 2.2813 0.9789 0.3647 1.2793 1.8902
PC(16:1_18:0) 1.2503 1.9182 0.3875 0.7161 0.8373 1.0330 0.6427 1.4957 1.9202 0.5370 0.7060 1.0356 1.3542
PC(16:1_18:2) 0.4795 1.9145 0.4595 0.4295 0.1842 1.1061 0.7169 0.5723 2.5091 0.5629 1.0052 2.3430 1.3781
PC(16:1_18:3) 0.6265 1.4173 0.5352 0.7651 0.1221 0.7019 1.9222 0.8263 2.1767 0.5345 0.6805 1.2725 0.8044
PC(16:1_20:3) 1.0037 1.0723 0.8063 0.9405 0.2873 1.0701 0.7216 1.3379 1.5019 0.9760 1.3231 1.4311 1.1777
PC(16:1_22:4) 1.3119 0.9462 0.6790 1.3881 0.4619 1.2242 0.7508 1.3728 1.1097 0.8711 1.4369 0.8269 1.1189
PC(16:1_22:5) 0.3834 1.5567 0.3319 0.6693 0.4485 1.7392 0.9292 0.3986 2.0124 0.4036 0.7194 1.9866 1.5390
PC(17:0_18:0) 0.8673 1.1825 0.8722 0.5631 0.5576 1.3837 0.8223 0.9363 1.3797 1.0951 0.6748 0.9863 1.9750
PC(17:0_18:1) 1.0212 1.5698 0.9130 0.9068 0.7077 1.1446 0.6825 1.1741 1.5336 1.1636 1.0113 0.8500 1.0626
PC(17:0_18:2) 1.2047 1.3982 1.0122 0.8632 0.3309 0.9518 0.6166 1.0249 1.3657 1.4375 1.1807 1.0058 1.5027
PC(17:0_20:4) 1.9207 0.8973 0.7378 1.1619 0.8983 0.7780 0.7766 1.8535 1.0170 0.5156 1.6646 0.5160 0.7841
PC(17:1_18:1) 1.2373 0.8958 1.0407 0.6992 0.9296 0.7511 0.9257 1.7813 0.9376 1.1707 0.9169 1.1027 0.7104
PC(17:1_18:2) 0.9186 0.9218 1.8389 0.9754 0.2456 0.9110 0.6885 0.9985 1.2322 1.6882 1.4595 0.8240 1.0248
PC(17:1_20:1) 0.7805 1.6029 0.7276 0.7368 0.6026 0.9540 0.6779 1.1305 1.9207 1.0580 0.7484 1.3474 1.4643
PC(17:2_20:4) 0.8101 1.3703 0.4462 0.7975 1.7478 1.6513 0.6483 0.9011 1.1559 0.5626 1.0847 1.5930 1.0517
PC(18:0_18:1) 0.8909 1.0589 1.2402 0.7815 0.8752 1.1437 0.5753 0.7484 1.2740 1.2818 0.9839 1.9552 1.1818
PC(18:0_18:2) 1.7112 0.4574 1.8484 1.7390 0.3000 0.3730 0.6914 1.2571 0.4617 2.0298 1.9879 0.3946 0.4685
PC(18:0_20:2) 0.6695 1.0191 1.1503 0.7853 1.0170 1.1045 0.5425 0.7055 1.2889 1.4528 0.9893 2.3260 1.0171
PC(18:0_20:4) 2.1701 0.7815 0.5868 1.7178 0.8421 0.9316 0.7058 1.7204 0.7400 0.5228 1.7502 0.3602 0.8573
PC(18:0_22:2) 0.4551 1.3066 1.0919 0.7384 0.9770 1.1763 0.6017 0.6142 1.2665 1.3826 0.7780 2.1623 1.1129
PC(18:0_22:5) 1.1715 1.2561 0.5098 1.0502 1.4013 1.6113 0.6617 1.1159 1.1651 0.4294 1.1516 0.8392 1.4261
PC(18:1_18:1) 0.9191 0.9918 1.2713 0.8332 0.6732 0.7927 0.5983 0.9136 1.2264 1.4274 1.1252 1.8838 1.2812
PC(18:1_18:2) 0.9298 0.6772 2.0776 1.1544 0.2501 0.4695 0.5789 1.1494 0.5281 2.6110 1.8045 1.1907 0.5613
PC(18:1_19:0) 0.6499 1.4901 0.8591 0.7513 0.8563 1.3460 0.8613 0.5870 1.4428 1.0516 0.8596 1.0069 1.4231
PC(18:1_20:0) 0.5221 1.3339 1.3942 0.8532 0.9119 0.8495 0.6429 0.6839 1.2974 1.8268 0.9984 1.2221 1.0586
PC(18:1_20:2) 0.6192 0.7152 1.2244 0.7223 0.3785 1.0331 0.4915 0.9214 1.1963 1.7354 1.2698 2.9062 0.9732
PC(18:1_20:3) 1.0381 0.6927 0.9181 1.2447 0.4362 0.9357 0.6509 1.6407 1.0862 2.2727 1.2025 1.0251 0.6711
PC(18:1_20:4) 1.6312 0.6366 0.4420 1.4798 0.8261 1.2380 0.6942 1.8425 0.8371 0.3232 1.4780 1.1039 1.1810
PC(18:1_20:5) 1.1437 1.0552 0.8042 0.8099 0.3771 1.3422 0.7177 1.1665 1.3587 0.5030 1.0542 1.4577 1.8683
PC(18:1_22:2) 1.0272 0.9962 0.8945 1.1344 0.8525 1.1395 0.5866 1.3992 1.0389 0.9860 1.2630 1.7317 0.9149
PC(18:1_22:3) 2.1473 0.9375 0.3810 1.5147 0.9058 0.9772 0.6272 1.6765 0.9541 0.5150 1.4490 0.9570 0.8277
PC(18:1_22:5) 0.8109 1.2897 0.3646 0.8652 1.1320 2.0432 0.6425 0.8300 1.5431 0.3476 0.7905 1.6144 1.5605
PC(18:1_22:6) 0.5389 1.1598 0.1710 0.3555 1.4348 2.5117 0.4963 0.6912 1.2600 0.1917 0.4149 2.5219 2.4275
PC(18:1_24:1) 0.2500 2.0166 0.5675 0.4330 0.8452 1.5815 0.6032 0.3466 1.8690 0.7091 0.4563 2.5461 1.5696
PC(18:1_26:0) 0.0663 3.8631 0.6008 0.3140 0.6319 0.8656 0.5734 0.1398 2.5539 0.9543 0.3481 1.3978 1.6866
PC(18:2_18:2) 1.0636 0.3434 1.6181 1.4812 0.1102 0.2827 0.7085 1.0128 0.5962 2.5299 3.1752 0.3976 0.2637
PC(18:2_20:2) 0.9353 0.5307 1.2402 1.0738 0.3218 0.6243 0.5824 1.1663 0.9423 3.0527 2.2596 0.6703 0.5746
PC(18:2_24:1) 0.6635 1.2118 0.8257 0.5605 0.5796 1.6571 0.7658 0.9437 1.1348 0.9892 0.5641 2.1065 1.2319
PC(20:1_22:5) 1.8534 1.0645 0.2118 0.6162 0.6761 1.9051 0.7802 1.9759 1.0463 0.1553 0.6239 1.2089 1.3953
PC(20:2_20:3) 1.0910 0.5994 0.5823 1.4406 0.3329 1.2865 1.0430 1.0775 0.9583 0.8265 2.3311 0.7648 0.6088
PC(20:3_20:4) 1.7983 0.7381 0.2082 1.4133 0.4284 1.3005 0.9298 1.8371 1.0114 0.1879 1.7825 0.6175 0.9108
PC(20:3_22:1) 1.2085 1.1333 0.3762 0.7714 0.5049 1.8170 0.8145 1.6983 1.1237 0.4398 0.7302 1.6703 1.0210
PE(16:0_16:1) 0.4463 3.2288 0.1409 0.2157 0.7735 0.9712 0.7536 0.6037 3.1759 0.1164 0.2309 1.3332 1.5849
PE(16:0_20:4) 0.7345 2.9849 0.3182 0.5118 0.3260 0.7805 0.7252 0.9448 3.3461 0.3152 0.6483 0.8160 1.1898
PE(16:0_22:4) 1.9268 2.1456 0.2199 0.7221 0.4062 0.5123 1.2211 1.4241 2.2608 0.1848 0.7363 0.4823 0.4627
PE(16:0_22:6) 0.5774 3.0111 0.1379 0.1794 0.6162 1.0170 1.0133 0.4661 3.3821 0.1273 0.2143 1.0102 1.2253
PE(16:1_20:4) 0.5027 2.0365 0.2664 0.4699 0.2826 1.1677 0.9107 0.3566 3.0894 0.1898 0.4693 2.3990 0.9784
PE(16:1_24:0) 0.5556 3.3073 1.2190 0.3604 0.4547 0.4878 0.9948 0.6678 1.4668 1.0914 0.4751 1.1019 0.8208
PE(17:1_18:1) 0.5312 1.8741 0.6083 0.3883 1.3630 0.8369 0.7840 0.6355 2.1157 0.6993 0.4450 1.9468 1.2038
PE(18:0_18:1) 1.1412 2.2126 0.5199 0.6796 0.7702 0.6279 0.7377 1.2060 2.0833 0.6620 0.8590 1.2970 0.8156
PE(18:0_20:3) 1.3001 1.6268 0.6923 0.8570 0.5587 0.5935 0.8612 1.3961 2.0437 0.7222 0.9295 0.8809 0.7693
PE(18:0_20:4) 1.1866 1.7533 0.7779 1.0650 0.1943 0.8435 0.7434 1.1771 2.0366 1.0406 1.3957 0.3847 1.0000
PE(18:0_22:5) 2.5166 1.2138 0.1728 0.5181 0.2822 0.4966 1.6145 2.6264 1.2491 0.1893 0.4249 0.5525 0.7336
PE(18:1_18:2) 0.8768 1.2815 0.9714 0.5813 0.7971 0.7171 0.6820 0.9651 1.7737 1.3148 0.7206 1.9834 1.0771
PE(18:1_20:3) 0.6715 1.8919 0.4111 0.3671 1.0811 0.9229 0.6059 0.8812 1.9890 0.4729 0.4009 3.2100 1.0141
PE(18:1_20:5) 0.4435 1.6583 0.8746 0.6026 0.5513 1.0093 0.9672 0.6156 1.9384 0.7709 0.6425 1.6513 1.3182
PE(18:1_22:1) 0.7720 1.2235 0.8945 0.4325 0.8956 0.7750 1.0834 1.0637 1.3819 0.8282 0.7471 2.1508 0.6962
PE(18:1_22:5) 0.8892 1.5219 0.4146 0.8672 0.7113 0.9016 0.6026 1.0080 1.3294 0.8794 1.1308 1.7320 1.8068
PE(18:1_24:1) 0.3485 1.5575 0.6425 0.3689 0.7754 0.9331 0.8628 0.5285 1.8950 0.9540 0.3900 2.6512 1.1839
PE(18:2_22:6) 0.8173 0.7818 2.4752 1.0852 0.4239 0.5538 0.5600 1.1614 0.7702 2.6902 1.3620 0.6315 0.7141
PG(18:1_18:1) 0.8119 1.3594 0.6682 1.5682 1.3694 1.1443 0.6086 0.8549 0.8531 0.7297 1.4905 0.9770 1.4781
Plasmanyl-LPC(O-16:0) 1.0623 0.3927 0.8553 1.0675 2.2131 1.9954 0.5116 0.9413 0.3379 0.4930 0.8383 0.4841 2.4587
Plasmanyl-LPC(O-16:1) 0.7317 0.7919 0.7973 1.0491 3.3145 1.4830 0.5624 0.5750 0.5237 0.3615 0.6994 0.5647 1.8376
Plasmanyl-PC(O-16:0/16:0) 0.3265 0.9675 1.2005 0.9959 0.3900 1.9592 0.3826 0.4051 1.2636 1.8418 1.0232 1.4912 2.1938
Plasmanyl-PC(O-16:0/16:1) 0.3404 1.0729 1.4797 0.6688 1.0394 1.5289 0.3833 0.4378 0.9439 1.4787 0.5752 1.8120 2.6781
Plasmanyl-PC(O-16:0/17:0) 0.3465 0.5836 1.2017 0.5767 0.6232 2.5860 0.5386 0.4439 0.7851 1.4949 0.5864 0.7033 3.1451
Plasmanyl-PC(O-16:0/18:2) 0.5609 0.2281 2.9943 1.0535 0.4630 0.5869 0.3519 0.6380 0.2359 4.2245 1.4913 0.8059 0.8779
Plasmanyl-PC(O-16:0/20:2) 0.3078 0.7361 1.5535 0.7998 2.5806 0.9621 0.3862 0.3031 0.6877 1.9768 0.6808 2.2705 1.1871
Plasmanyl-PC(O-16:0/20:3) 0.7909 0.3713 1.5531 1.5574 1.0529 1.4459 0.4475 0.8846 0.5108 1.3355 2.2537 0.9326 1.1528
Plasmanyl-PC(O-16:0/20:4) 0.9578 0.3082 0.5033 1.9498 0.9447 1.8585 0.4728 1.0593 0.3156 0.8747 2.3633 0.8406 1.7815
Plasmanyl-PC(O-16:0/22:3) 0.4834 0.4923 1.2428 1.9333 1.0204 1.4305 0.4455 0.6089 0.4619 1.2559 2.4841 1.4044 1.0305
Plasmanyl-PC(O-16:0/22:4) 1.0236 0.3724 0.4087 2.4888 0.6917 1.8330 0.4726 1.0844 0.4386 0.4115 2.6573 1.0925 1.2555
Plasmanyl-PC(O-16:0/22:6) 0.3956 0.4419 0.3439 0.6083 2.2053 3.2421 0.2932 0.4718 0.6762 0.3366 0.7489 1.6982 3.1870
Plasmanyl-PC(O-16:1/26:0) 0.2379 1.4063 0.7152 0.6865 0.7175 0.9811 0.8421 0.3198 2.1763 1.1809 1.0375 1.5363 1.2680
Plasmanyl-PC(O-18:0/18:1) 0.2610 0.3443 2.2098 1.1167 1.2158 0.7649 0.4563 0.3043 0.3826 3.2323 1.5095 1.2487 1.2225
Plasmanyl-PC(O-18:0/20:2) 0.3844 0.5132 1.8765 1.5347 0.4139 0.8663 0.4762 0.4324 0.5076 2.4965 2.0842 1.4164 1.0454
Plasmanyl-PC(O-18:0/20:4) 1.0558 0.2481 0.6667 2.9483 0.8565 0.9423 0.4867 1.0421 0.3754 0.6715 3.2996 0.6482 0.9563
Plasmanyl-PC(O-18:0/22:4) 0.9500 0.5836 0.6485 1.9858 0.7770 1.2724 0.6970 0.9939 0.6201 0.7028 2.5906 0.6869 0.8955
Plasmanyl-PC(O-18:1/22:4) 1.1675 0.4525 0.4177 2.5124 1.0133 1.2022 0.6941 1.1305 0.4511 0.3117 2.3454 0.8698 0.8397
Plasmanyl-PC(O-18:1/22:5) 0.6690 0.8844 0.4599 1.5293 2.1298 1.7667 0.5067 0.6726 0.9632 0.4923 1.6866 1.2343 1.1562
Plasmanyl-PC(O-20:0/16:0) 0.2045 0.5879 1.7672 1.3644 0.3892 0.7840 0.6073 0.2823 0.7048 3.4061 1.6817 0.7538 0.9904
Plasmanyl-PC(O-22:0/16:0) 0.1661 0.8382 1.7637 1.4610 0.3872 0.6292 0.6429 0.2618 1.0590 2.7728 1.7991 0.7638 0.9314
Plasmanyl-PC(O-22:0/20:4) 0.4821 1.1361 0.2845 1.4976 2.0746 1.0463 0.7486 0.6272 1.2453 0.3542 1.6473 0.7669 1.4248
Plasmanyl-PC(O-22:1/18:2) 0.6676 0.5847 1.0547 2.1024 0.9017 1.1857 0.5851 0.8239 0.7404 1.2963 1.7780 1.1002 1.0090
Plasmanyl-PC(O-22:1/20:3) 0.6632 0.4613 0.9631 1.9570 0.5763 0.8644 0.9445 0.9190 0.5856 1.1028 2.4786 0.7367 0.7844
Plasmanyl-PC(O-24:1/18:1) 0.3541 1.0103 0.7029 1.0918 1.6540 0.8832 0.6614 0.5273 1.1392 1.0630 1.2898 1.9922 1.0823
Plasmenyl-PC(P-16:0/16:1) 0.4214 1.4891 1.3795 0.9026 1.2314 1.3616 0.4070 0.5051 1.1277 0.7983 0.8194 1.9227 2.0177
Plasmenyl-PC(P-16:0/18:1) 0.4895 0.6452 1.3445 0.9802 2.1496 1.2444 0.4715 0.3827 0.8296 1.7300 1.1039 1.4527 1.4094
Plasmenyl-PC(P-16:0/20:1) 0.2436 0.6320 1.4291 0.9569 2.5600 0.9344 0.4152 0.2989 0.6139 1.8281 1.0659 2.0485 1.3380
Plasmenyl-PC(P-16:0/20:3) 1.0539 0.3932 1.3944 1.5246 1.7418 0.7054 0.5517 1.0235 0.4615 1.2272 1.9690 0.8733 0.8278
Plasmenyl-PC(P-16:0/20:4) 1.1807 0.7070 0.6298 1.6368 1.7627 1.5640 0.4953 1.1836 0.7131 0.6411 1.7406 0.8166 1.1064
Plasmenyl-PC(P-16:0/22:1) 0.1128 0.9850 1.2725 0.8823 2.2138 0.7558 0.7846 0.1407 0.9066 1.5987 0.9227 1.5337 1.0345
Plasmenyl-PC(P-16:0/22:4) 0.9603 0.9333 0.4831 1.6336 1.9802 1.5741 0.4648 0.9287 0.9606 0.3883 1.5951 1.3377 1.0090
Plasmenyl-PC(P-16:0/22:6) 0.5530 0.7859 0.3898 0.5779 4.3289 2.2201 0.4608 0.4914 0.8940 0.2934 0.5644 1.0313 1.3079
Plasmenyl-PC(P-16:1/17:0) 0.3221 2.7895 0.1391 0.5561 0.2084 1.0314 0.7054 0.3596 2.4686 0.1305 0.4829 2.1591 2.2364
Plasmenyl-PC(P-16:1/18:1) 0.6386 0.7237 1.3023 0.8001 1.7731 1.1202 0.3748 0.6518 0.9700 1.5079 0.9009 2.3437 1.3517
Plasmenyl-PC(P-16:1/20:5) 0.9834 1.5234 0.6134 0.4101 1.3772 0.9209 0.9353 0.8563 1.2538 0.6149 0.6319 1.2898 1.7192
Plasmenyl-PC(P-16:1/21:0) 1.1728 1.1788 1.1290 1.2266 0.9437 1.0425 0.5696 0.8705 1.0216 1.0623 1.1597 1.3156 1.3115
Plasmenyl-PC(P-16:1/24:0) 0.3729 0.7172 1.2501 1.5892 1.0988 1.0524 0.4077 0.5353 0.8124 1.8774 1.9115 1.6284 1.1287
Plasmenyl-PC(P-18:0/18:1) 0.3129 0.2825 2.7051 0.8851 1.2343 0.7300 0.3422 0.3269 0.3436 3.1202 1.4007 1.8068 1.0449
Plasmenyl-PC(P-18:0/20:4) 1.1167 0.3480 0.4469 2.1099 0.8477 1.6881 0.5049 1.2557 0.3990 0.4625 2.5011 1.1395 1.3355
Plasmenyl-PC(P-18:0/22:4) 0.6775 0.6103 0.4618 2.1122 1.8793 1.3532 0.5550 0.7884 0.7033 0.4206 2.1919 0.8845 1.1039
Plasmenyl-PC(P-18:0/22:5) 0.6754 0.6058 0.4878 1.4918 1.7141 2.0474 0.3838 0.5682 0.6108 0.4567 1.6609 1.9724 1.7627
Plasmenyl-PC(P-18:0/22:6) 0.4847 0.5107 0.3435 0.7189 2.5876 2.8587 0.3115 0.5782 0.6079 0.3141 0.9271 2.4101 1.9534
Plasmenyl-PC(P-18:1/18:2) 0.8367 0.3664 1.5839 1.3439 0.9993 0.6942 0.4250 0.7067 0.2570 2.2660 2.0923 1.1718 1.5983
Plasmenyl-PC(P-18:1/20:4) 0.5034 0.5107 0.5005 1.7029 2.8548 1.9882 0.3799 0.5448 0.6787 0.5029 1.6888 1.2952 1.2960
Plasmenyl-PC(P-18:1/21:0) 0.7556 1.0598 0.9790 0.7473 1.1865 0.8759 0.9340 0.9056 0.9246 1.0169 0.9517 1.5595 1.1477
Plasmenyl-PC(P-18:1/22:4) 0.5145 0.7160 0.3110 2.2996 1.7386 1.5865 0.5406 0.5612 0.7545 0.4409 2.4053 0.8907 1.0063
Plasmenyl-PC(P-20:1/18:1) 0.2995 0.6941 1.1881 1.3901 2.4795 1.2964 0.3629 0.3242 0.7201 1.2148 1.6239 1.2633 1.6296
Plasmenyl-PC(P-22:0/16:0) 0.4165 0.5694 1.7277 1.3350 0.8500 0.8493 0.4452 0.5897 0.6356 2.6400 1.7818 1.1824 1.2720
Plasmenyl-PC(P-22:0/20:4) 0.9660 1.0208 0.6519 0.8163 1.6074 1.0502 0.9812 0.5896 1.0252 0.9547 1.3543 1.0019 0.9929
Plasmenyl-PC(P-24:0/18:2) 0.5298 0.5805 1.3245 1.5419 0.7516 0.6188 0.6861 0.7593 0.5933 2.3169 2.1483 0.8228 0.7446
Plasmenyl-PE(P-16:0/16:1) 0.2310 2.2798 0.6704 0.2406 1.8605 0.8911 0.4687 0.3179 1.8189 0.7384 0.2940 2.9289 1.4996
Plasmenyl-PE(P-16:0/18:1) 0.3337 1.5827 0.7596 0.3864 2.7532 0.8046 0.3854 0.4638 1.4361 0.9356 0.4368 3.1379 1.0183
Plasmenyl-PE(P-16:0/20:4) 1.1121 1.3784 0.4666 0.7992 0.8477 1.5432 0.5645 1.2652 1.5952 0.4616 0.8792 1.5589 1.5442
Plasmenyl-PE(P-16:0/22:1) 0.1726 1.2069 1.6036 0.8976 1.4249 0.4006 0.5700 0.2615 1.3004 2.2053 1.2092 1.6454 0.6752
Plasmenyl-PE(P-16:0/22:2) 0.2942 1.1818 1.3023 1.0801 1.4827 0.5860 0.6301 0.4113 1.5097 1.5161 1.1710 1.5610 0.7667
Plasmenyl-PE(P-16:0/22:4) 1.9051 1.2372 0.5068 1.1954 0.6071 0.7616 0.7086 1.7305 1.3766 0.5382 1.3866 0.9916 0.7347
Plasmenyl-PE(P-16:0/22:5) 1.1291 1.2561 1.0219 0.5633 1.1319 1.3996 0.5844 1.2666 1.1498 0.6215 0.6093 1.5192 1.7171
Plasmenyl-PE(P-18:0/18:1) 0.3505 0.7750 1.7994 0.5658 2.0896 0.4354 0.4423 0.4769 0.8617 2.3999 0.7975 2.3145 0.6209
Plasmenyl-PE(P-18:0/22:2) 0.2451 1.2545 1.2192 1.1956 1.3978 0.5053 0.5361 0.3410 1.3128 1.6857 1.6666 2.0424 0.5257
Plasmenyl-PE(P-18:0/22:3) 1.1853 0.7204 0.3288 1.8024 0.8775 0.4525 1.0523 1.9401 0.7825 0.4118 2.0459 0.9118 0.4538
Plasmenyl-PE(P-18:0/22:5) 1.4839 1.4603 0.6644 1.2345 1.0049 0.7279 0.6114 1.6041 1.2305 0.8008 1.1031 1.0091 0.9718
Plasmenyl-PE(P-18:1/18:1) 0.3110 0.6420 2.3297 0.4530 2.2069 0.4322 0.3632 0.3630 0.6591 2.8931 0.4620 2.7187 0.6521
Plasmenyl-PE(P-18:1/22:3) 2.4005 0.6511 0.4223 1.8640 0.3368 0.4766 0.7147 2.4990 0.5610 0.5005 2.2402 0.5213 0.4778
Plasmenyl-PE(P-18:1/22:4) 2.1405 1.2576 0.2452 1.2751 0.6383 0.7821 0.8788 1.4806 1.2930 0.2349 1.4420 0.8330 0.7009
Plasmenyl-PE(P-18:1/22:5) 0.9145 1.2562 0.1578 0.5562 1.1893 0.8258 0.9962 2.1602 1.3610 0.1438 0.3850 2.0956 0.9609
Plasmenyl-PE(P-18:1/22:6) 0.4024 1.6597 0.2740 0.3445 2.0271 2.1375 0.5615 0.4635 1.6625 0.2527 0.3655 2.1085 1.7640
Plasmenyl-PE(P-20:0/18:1) 0.7110 0.6707 1.8544 1.1611 1.0751 0.8723 0.6604 0.7176 0.6885 1.9201 1.2954 0.9143 1.0251
PS(16:0_18:1) 0.8074 1.7536 0.5451 0.4773 1.1116 0.9943 0.6471 1.0299 1.8814 0.6480 0.6164 2.0734 1.2381
PS(17:0_23:0) 1.2527 1.0902 1.7989 0.9115 0.9688 0.4668 0.8358 1.5298 1.1877 1.3047 0.7307 0.6775 0.5189
PS(18:0_18:1) 0.5974 1.6290 0.3167 0.5052 2.6503 1.2996 0.5641 0.6281 1.5013 0.2889 0.4693 2.0473 1.5199
PS(18:0_22:4) 2.1288 0.8924 0.3324 1.5830 0.3815 0.7910 0.7062 2.2960 1.0363 0.3615 1.8866 0.4063 0.8835
PS(18:0_22:5) 0.9605 1.1924 0.5785 1.1819 0.5437 1.4100 0.6789 0.9241 1.3720 0.6016 1.2809 0.6820 2.3426
PS(18:1_18:1) 0.7743 0.3271 2.9178 1.0508 0.5448 0.4106 0.4595 0.8979 0.6064 3.4243 1.3690 0.7536 0.7250
PS(19:0_20:4) 0.3075 4.2878 0.1637 0.4760 0.3826 0.2716 0.6669 0.3343 4.6166 0.1934 0.5816 1.0937 0.4017
SM(d16:1/24:0) 0.9758 0.6866 0.8563 1.3926 1.5244 1.3148 0.5522 0.8849 0.7139 0.9273 1.6641 1.0625 1.3401
SM(d16:1/24:1) 0.6227 0.8267 0.7926 1.3008 1.7694 1.6940 0.4548 0.7959 0.7468 0.7058 1.7970 1.5310 0.8711
SM(d17:1/24:1) 0.9489 1.1309 0.5287 1.1632 1.5321 1.5409 0.4921 0.7681 1.0166 0.6997 1.0619 1.7288 1.5734
SM(d18:0/16:0) 1.1814 0.8143 0.9003 1.0395 2.1888 1.9856 0.4409 0.8297 0.5240 0.6235 1.1117 1.3247 1.3403
SM(d18:0/24:0) 0.5231 0.6544 0.5780 1.7043 1.5820 1.4409 0.5394 0.5781 0.5908 0.6901 1.4134 1.4773 1.9957
SM(d18:1/12:0) 1.1303 0.9859 1.1519 1.0631 1.0477 0.8667 0.9237 0.9850 0.8782 0.9694 1.3140 0.9100 0.9521
SM(d18:1/16:0) 0.8812 1.2980 1.1713 0.9133 0.7876 0.9744 0.6458 0.9198 1.2422 1.7202 1.1840 1.1004 0.9884
SM(d18:1/17:0) 0.9682 0.9349 1.2088 0.8351 1.5513 1.2612 0.7552 1.1911 0.8894 1.0406 1.0194 0.9967 0.8378
SM(d18:1/18:0) 1.2443 1.0837 0.8949 1.0841 1.4853 1.2973 0.6052 1.1246 0.9600 0.8133 1.1149 0.9882 1.2254
SM(d18:1/18:1) 0.8706 1.3391 1.0051 0.9039 2.1279 1.3308 0.4906 0.7872 1.0122 0.6881 0.9566 1.1484 1.5281
SM(d18:1/24:0) 0.5307 0.5663 0.7008 1.4296 2.0646 1.5686 0.3982 0.4551 0.5425 0.8588 1.6817 1.8667 1.7405
SM(d18:1/24:1) 0.6733 0.8313 0.5950 1.3155 1.9341 1.3107 0.4623 0.5935 0.7733 0.6356 1.5613 2.2352 1.3335
SM(d18:1/26:0) 0.2110 0.8590 0.5091 0.8220 1.6979 2.4480 0.4118 0.2978 0.8081 0.4580 0.8759 1.7161 2.6696
SM(d18:2/14:0) 0.6954 1.0578 0.8981 0.7232 1.4518 0.8740 1.2137 0.8505 1.1043 0.8277 0.8852 1.5193 0.7565
SM(d18:2/16:0) 0.5948 1.5811 0.7822 0.6945 1.7317 1.0692 0.5772 0.6792 1.4441 0.7621 0.8824 1.9517 1.2366
SM(d18:2/18:3) 0.8361 1.3569 1.0685 0.8950 1.6776 0.9966 0.7056 0.5524 1.2095 0.7990 0.9854 1.3838 1.0245
SM(d18:2/24:1) 0.7357 0.6949 0.5593 1.4708 2.2686 1.2148 0.4607 0.6578 0.6535 0.6054 1.7089 2.1795 1.0485
SM(d20:2/24:1) 0.3689 0.8845 0.1840 0.6241 1.7680 2.4337 0.4033 0.4710 0.8786 0.1871 0.6593 2.6688 2.2642
TG(14:0_16:0_16:1) 0.6283 1.5019 1.8348 0.8621 0.5259 0.4686 0.3855 0.9235 1.3911 2.4781 0.6479 2.4854 0.3007
TG(14:0_16:0_18:0) 0.4538 2.4988 1.3872 1.2553 1.0427 0.7271 0.4578 0.7554 1.6627 1.7281 1.0831 0.7510 0.4622
TG(14:0_16:0_18:1) 0.5652 1.5190 1.8370 1.1487 0.8279 0.4470 0.3421 0.5629 1.3318 2.9261 0.9970 1.6620 0.3683
TG(14:0_16:1_18:1) 0.5530 1.3165 2.2570 0.9032 0.4313 0.4413 0.2537 0.5537 1.3501 2.0463 0.5943 3.7666 0.2743
TG(14:0_16:1_18:2) 0.5217 0.7046 2.6199 0.4853 0.2397 0.3457 0.2946 0.6130 0.8929 2.6164 0.4610 4.3654 0.2505
TG(14:1_16:0_16:1) 0.8771 1.4569 1.2946 0.8663 0.3964 0.7195 0.3910 1.0111 1.2582 1.4846 0.5875 3.6506 0.4271
TG(15:0_16:0_18:1) 0.6353 1.2260 2.4810 0.7175 0.7230 0.7884 0.3470 0.6303 1.1025 3.6035 0.6493 1.1307 0.4891
TG(16:0_16:0_18:1) 0.4827 1.3905 1.9917 1.2263 1.1252 0.3684 0.3179 0.5544 1.2190 2.8970 1.0967 1.5999 0.3217
TG(16:0_16:1_18:1) 0.5951 1.0698 2.3692 1.1290 0.8179 0.3766 0.2988 0.5537 1.0665 2.5725 0.8127 2.7001 0.2744
TG(16:0_16:1_18:2) 0.4297 0.9094 2.5157 1.0266 0.4855 0.4905 0.2710 0.3979 1.0539 2.1711 0.7045 4.0079 0.2373
TG(16:0_16:1_18:3) 1.2115 0.7894 1.4374 1.2411 0.4545 0.5264 0.4492 1.2001 0.8920 1.3449 0.7890 3.7193 0.2302
TG(16:0_16:1_20:4) 1.5184 0.8582 0.7205 2.1023 1.0019 0.5819 0.6304 1.7353 0.7492 0.4977 0.8255 2.0225 0.2490
TG(16:0_17:1_18:1) 0.6144 0.8803 3.0439 0.8345 0.7036 0.4447 0.2892 0.7302 0.9163 3.3358 0.7180 1.8605 0.2872
TG(16:0_18:0_18:1) 0.6078 0.7817 3.1746 1.0354 0.9288 0.1172 0.2543 0.6118 0.5747 4.4268 1.0824 0.9924 0.1521
TG(16:0_18:0_22:1) 0.2699 1.0795 2.7970 1.2504 0.7508 0.2310 0.2102 0.2780 0.8764 4.9865 0.9600 0.9497 0.2034
TG(16:0_18:1_18:2) 0.6971 0.5923 3.0204 1.1144 0.6624 0.3417 0.2738 0.5651 0.6871 2.6219 0.8896 3.0468 0.1818
TG(16:0_18:1_22:3) 0.9439 0.4891 1.8090 1.3036 0.8728 0.4770 0.3941 1.1487 0.5746 2.0019 1.2229 2.9756 0.2009
TG(16:0_18:1_22:4) 1.3247 0.4912 1.6241 2.0686 1.2061 0.5222 0.4059 1.1282 0.4698 1.2544 1.3180 2.4119 0.1612
TG(16:0_18:1_24:1) 0.2729 1.1735 2.2091 1.3178 0.8036 0.2960 0.2527 0.3713 1.1598 3.0857 1.0508 2.4935 0.2571
TG(16:1_18:0_18:1) 0.5509 0.6994 2.5941 1.2192 1.0411 0.2825 0.2621 0.5662 0.7104 3.0945 0.9923 2.5415 0.1677
TG(16:1_18:1_18:2) 1.1829 0.6201 2.8698 1.3217 0.4998 0.5397 0.3954 1.0123 0.7854 2.4242 0.4158 2.1562 0.1872
TG(16:1_18:1_24:1) 0.5347 0.8151 2.4254 1.2173 0.7538 0.3587 0.2085 0.6217 0.9404 2.6662 1.0795 3.0026 0.2231
TG(16:1_18:1_26:0) 0.1605 1.3444 2.3629 1.2887 0.7273 0.2824 0.2022 0.2860 1.4961 3.3146 0.8626 2.2997 0.2342
TG(17:0_18:1_18:2) 0.6999 0.4707 3.3612 0.8918 0.6426 0.3832 0.2595 0.5124 0.6687 3.7233 0.7175 2.2504 0.1466
TG(17:0_18:1_20:2) 0.5822 0.3735 3.1616 0.6125 0.5008 0.3594 0.3064 0.5839 0.4884 4.2746 0.6676 2.0573 0.1880
TG(17:0_18:1_20:3) 0.7614 0.4870 3.3680 0.7581 0.5475 0.6118 0.5440 0.6159 0.5291 2.3569 0.6568 1.9071 0.1602
TG(17:1_18:0_18:1) 0.6446 0.5137 4.1559 0.7514 0.6265 0.3854 0.3042 0.6520 0.6146 3.6697 0.7169 1.3886 0.2002
TG(18:0_18:0_18:1) 0.5615 0.4514 3.9212 0.6627 0.6123 0.1382 0.1986 0.6141 0.4489 5.7157 0.8779 0.5423 0.1251
TG(18:0_18:1_18:1) 0.7318 0.4738 3.6472 0.7366 0.8500 0.1116 0.2756 0.6497 0.4261 4.4462 0.7929 1.4407 0.1082
TG(18:0_18:1_18:2) 0.6307 0.3696 3.3257 0.8497 0.7801 0.2765 0.2558 0.5615 0.4346 3.3037 0.7381 3.0701 0.1403
TG(18:0_18:1_20:1) 0.5452 0.6832 2.9186 0.9795 0.9000 0.2109 0.2351 0.6719 0.7504 3.8291 1.1308 1.7659 0.1643
TG(18:0_18:1_20:2) 0.7160 0.5305 2.6280 1.0434 0.8721 0.2755 0.2686 0.5636 0.5742 3.0126 0.9493 3.1002 0.1724
TG(18:0_18:1_22:4) 1.3714 0.4771 1.1811 1.8206 0.9023 0.7706 0.4806 1.1706 0.5848 1.0772 1.1631 2.8536 0.1856
TG(18:0_18:1_22:5) 2.0052 0.3417 1.1213 2.2224 0.9736 0.5045 0.7980 1.0458 0.3898 1.0155 0.9728 1.6162 0.1279
TG(18:1_18:2_18:3) 1.0801 0.8342 1.5264 1.8694 1.4636 0.7322 0.4547 1.1012 0.6885 1.0965 1.0515 2.0548 0.3190
TG(18:1_18:2_20:3) 1.4821 0.5580 1.2758 2.1718 1.7586 0.6855 0.3956 1.0977 0.4948 0.8939 1.2287 2.1600 0.2076
TG(18:1_18:2_20:4) 1.0326 0.6889 1.0104 1.4909 2.8288 0.9064 0.5029 0.9383 0.5267 0.7356 0.7599 1.9533 0.2882
TG(18:1_18:2_24:0) 0.2942 0.9829 2.4164 1.1533 0.5501 0.3236 0.2257 0.4504 1.0798 2.6496 0.9237 3.5200 0.2368
TG(18:1_18:2_24:1) 0.6580 0.7104 2.3185 1.5412 0.4906 0.4924 0.3311 0.9134 1.0064 2.0057 1.1760 2.4866 0.2074
TG(18:1_20:1_22:3) 2.0675 0.8030 0.8213 1.4662 0.4714 0.5964 0.6884 1.1817 0.6100 0.7723 1.0658 2.5303 0.2374
TG(18:1_20:2_20:4) 1.6900 0.4786 1.0854 1.7178 1.2173 0.8451 0.5229 1.0705 0.4970 0.9404 1.0434 2.4676 0.2193
TG(18:1_20:3_20:4) 1.0857 0.3865 0.6073 0.9595 3.1839 0.6247 0.6132 0.8319 0.3388 0.8353 0.5210 3.0230 0.2469
TG(18:1_20:4_22:1) 2.2619 0.5347 0.4580 1.4125 0.6927 0.8108 0.8858 1.7749 0.5437 0.5072 1.0328 2.0133 0.1858
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Treatment_Status:Atorvastatin | MDM2 Amplification:Higher | Cell line:141
F2Treatment_Status:Atorvastatin | MDM2 Amplification:Higher | Cell line:224A
F3Treatment_Status:Atorvastatin | MDM2 Amplification:Higher | Cell line:246
F4Treatment_Status:Atorvastatin | MDM2 Amplification:Lower | Cell line:224B
F5Treatment_Status:Atorvastatin | MDM2 Amplification:Lower | Cell line:815
F6Treatment_Status:Atorvastatin | MDM2 Amplification:Lower | Cell line:863
F7Treatment_Status:N/A | MDM2 Amplification:N/A | Cell line:N/A
F8Treatment_Status:Untreated | MDM2 Amplification:Higher | Cell line:141
F9Treatment_Status:Untreated | MDM2 Amplification:Higher | Cell line:224A
F10Treatment_Status:Untreated | MDM2 Amplification:Higher | Cell line:246
F11Treatment_Status:Untreated | MDM2 Amplification:Lower | Cell line:224B
F12Treatment_Status:Untreated | MDM2 Amplification:Lower | Cell line:815
F13Treatment_Status:Untreated | MDM2 Amplification:Lower | Cell line:863
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