Data for (Study ST001463)

(Analysis AN002438)

Values for each metabolite have been scaled by dividing by the mean across all factors

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MetaboliteF1F2F3
Ace-2_1 0.8071 1.0753 1.1552
aGlc_1 0.9615 1.2242 0.9200
aGlc 13C-A_1 1.5626 0.4380 0.7179
aGlc 13C-B_1 1.4311 0.3135 0.7391
aGlc 13C-B_2 1.0000 NA NA
aGlc 13C-B_3 1.0000 NA NA
aGlc_2 0.9977 1.1948 0.9045
Ala13C-A_1 0.9880 1.3662 0.8289
Ala13C-A_2 1.0172 1.2605 0.8525
Ala13C-A_3 1.1462 1.2375 0.7350
Ala13C-A_4 1.1388 1.0755 0.8235
Ala13C-A_5 1.0886 1.2062 0.8231
Ala13C-A_6 2.5309 0.7833 0.6342
Ala13C-B_1 1.0397 1.3233 0.7986
Ala13C-B_2 1.4137 1.1155 0.5286
Ala13C-B_3 0.8059 1.1536 1.1173
Ala13C-B_4 1.0218 1.0247 0.9659
Ala13C-B_5 1.0711 1.2909 0.7834
Ala13C-B_6 0.7353 1.0363 1.1713
Ala13C-B_7 NA 1.2748 0.8626
Ala13C-B_8 NA NA 1.0000
Ala-3_1 0.7502 1.1129 1.1933
Ala-3_2 0.7466 1.0957 1.2055
Asp-3a_1 0.9814 1.0570 0.9901
Asp-3a_2 0.9168 0.9579 1.1043
Asp-3a_3 0.9994 0.8909 1.0552
Asp-3a_4 1.0542 0.8398 1.0259
Asp-3b_1 0.8727 1.1032 1.0757
Asp-3b_2 1.1647 0.8031 0.9338
Asp-3b_3 0.9822 1.0211 1.0073
Asp-3b_4 1.0719 0.8024 1.0269
AXP-1^_1 0.9975 0.9815 1.0117
AXP-1^ 13C-A_1 1.1865 0.7735 0.9579
AXP-1^ 13C-B_1 1.4053 0.6016 0.8615
AXP-1^ 13C-B_2 1.5813 0.6708 0.7479
AXP-1^_2 1.0749 0.9063 0.9719
AXP-2_1 1.0274 0.8868 1.0292
AXP-2_2 1.0000 NA NA
AXP-8_1 1.6538 0.3666 0.7719
bGlc_1 1.5000 0.7250 0.7208
bGlc 13C-A_1 1.2436 0.7747 0.8691
bGlc 13C-A_2 1.0303 0.6056 1.1720
bGlc 13C-A_3 1.2641 0.9792 0.7903
bGlc 13C-A_4 1.1584 0.5036 1.2324
bGlc 13C-A_5 0.9458 0.5288 1.3169
bGlc 13C-B_1 0.7267 0.9690 1.2432
bGlc 13C-B_2 1.3753 0.8203 0.8396
bGlc 13C-B_3 1.1568 0.5925 1.0376
bGlc 13C-B_4 1.0000 NA NA
bGlc 13C-B_5 1.0000 NA NA
bGlc_2 1.0985 1.1482 0.8438
bGlc_3 NA NA 1.0000
Creat_1 0.9992 0.8256 1.0880
CXP-6_1 1.0080 0.9085 1.0391
Cys-3-GSH_1 0.9498 0.9169 1.0917
Cys-3-GSH_2 0.9794 0.9436 1.0488
Cys-3-GSH_3 0.9580 0.9390 1.0725
Cys-3-GSH_4 0.9683 0.9531 1.0552
DSS_1 1.0082 0.9755 1.0041
For_1 0.9900 1.1534 0.9333
Fum_1 0.5832 1.2454 1.2246
Gln-3_1 1.0627 0.8476 1.0239
Gln-3_2 0.7356 1.0266 1.1480
Gln-3_3 1.5926 0.5808 0.9422
Gln-4_1 1.1118 0.6671 1.0547
Gln-4_2 0.8994 0.6802 1.2437
Gln-4_3 0.9207 0.7048 1.2564
Gln-4_4 1.0267 0.8584 1.0582
Gln-4_5 0.8449 1.2895 1.0655
Gln-4_6 1.6763 0.2249 0.3731
Gln-4_7 1.4412 NA 0.1176
Gln-4_8 1.0000 NA NA
Gln+Glu-2_1 1.1145 0.5933 1.0889
Gln+Glu-2_10 1.0542 0.8527 1.0341
Gln+Glu-2_11 1.1853 0.1763 1.3089
Gln+Glu-2_12 0.2272 2.4398 1.1757
Gln+Glu-2_13 NA 2.4640 0.2680
Gln+Glu-2_14 NA 1.0575 0.9425
Gln+Glu-2_15 NA 1.0000 NA
Gln+Glu-2_16 NA 1.0000 NA
Gln+Glu-2_2 0.8780 0.5326 1.3557
Gln+Glu-2_3 0.9892 0.9150 1.0533
Gln+Glu-2_4 1.0540 0.6807 1.1057
Gln+Glu-2_5 0.9408 0.8533 1.1325
Gln+Glu-2_6 0.9651 1.3073 0.8755
Gln+Glu-2_7 0.7973 1.5532 0.8923
Gln+Glu-2_8 1.1216 0.6540 1.0716
Gln+Glu-2_9 0.9347 0.5398 1.2845
Glu-3-a_1 0.3912 2.6780 0.7698
Glu-3-a_10 1.0173 NA 0.9913
Glu-3-a_11 1.0944 NA 0.9371
Glu-3-a_12 0.2946 NA 1.7054
Glu-3-a_13 0.4284 NA 1.5716
Glu-3-a_14 1.0285 NA 0.9715
Glu-3-a_2 1.1546 1.1143 0.7883
Glu-3-a_3 1.3135 0.3573 1.0079
Glu-3-a_4 0.9981 0.8269 1.0884
Glu-3-a_5 0.8903 0.6132 1.2848
Glu-3-a_6 0.5170 0.7268 1.6469
Glu-3-a_7 1.0940 0.1484 1.5447
Glu-3-a_8 1.1503 0.2613 1.2566
Glu-3-a_9 0.8637 0.5332 1.3015
Glu-3-b_1 1.1246 0.6408 1.0758
Glu-3-b_2 1.0695 1.0750 0.9045
Glu-3-b_3 1.0253 0.7535 1.1022
Glu-3-b_4 1.2285 0.6709 0.9741
Glu-3-b_5 1.0814 1.0274 0.9184
Glu-3-b_6 0.8522 0.5833 1.5040
Glu-3-b_7 1.1445 0.6647 1.0954
Glu-3-b_8 1.1345 NA 0.9328
Glu-4_1 0.9553 0.6992 1.2341
Glu-4_10 0.8426 1.1731 1.0630
Glu-4_2 0.3754 0.5535 2.0174
Glu-4_3 1.0654 0.6943 1.1050
Glu-4_4 1.0502 0.6526 1.1583
Glu-4_5 1.0857 0.5824 1.1648
Glu-4_6 1.1611 0.7973 0.9605
Glu-4_7 1.1265 0.7245 1.0388
Glu-4_8 1.1243 0.6677 1.0751
Glu-4_9 1.2340 0.4724 0.9618
Gly_1 0.8822 1.0982 1.0686
Glycogen_1 0.8479 1.0010 1.1513
Glycogen_2 0.0592 1.9408 NA
Glycogen_3 NA 1.0000 NA
GSH+GSSG-3_1 0.9912 0.8457 1.0859
GSH+GSSG-3_2 0.8301 0.8985 1.2206
GSH+GSSG-3_3 0.9437 1.0585 1.0270
GSH+GSSG-3_4 0.5747 0.5881 1.6313
GSH+GSSG-3_5 0.5418 NA 1.4582
GSH+GSSG-3_6 NA NA 1.0000
GSH+GSSG-4_1 0.8380 0.9387 1.1926
GSH+GSSG-4_2 0.9897 1.2000 0.9103
GSH+GSSG-4_3 0.9659 1.0110 1.0229
GSH+GSSG-4_4 0.9781 0.8273 1.1046
GSH+GSSG-4_5 0.9379 1.0520 1.0258
GSH+GSSG-4_6 0.8837 0.6306 1.2816
GSH+GSSG-4_7 0.7305 0.6172 1.4160
GSH+GSSG-4_8 0.3967 NA 1.6033
GSH+GSSG-4_9 0.1369 NA 1.8631
GSSG-12_1 1.0486 0.9152 1.0019
GSSG-12_2 1.1481 0.8974 0.9279
GSSG-12_3 1.0885 0.8343 1.0091
GSSG-12_4 1.0969 0.7977 1.0204
GSSG-12_5 NA 1.0000 NA
GXP-1^_1 1.2376 0.8330 0.8854
GXP-1^_2 1.2209 0.7323 0.9497
Ile_1 0.8401 1.0711 1.1243
Ile_2 0.7914 1.2292 1.0940
Inosine-1^_1 0.7719 0.9366 1.2217
Inosine-1^_2 0.7913 0.9068 1.2205
Itaconate-5a_1 1.1655 1.5076 0.6221
Lac13C-A_1 0.9872 0.9757 1.0250
Lac13C-A_2 1.1505 1.1751 0.7620
Lac13C-A_3 0.9174 0.9294 1.1179
Lac13C-A_4 0.9742 1.0966 0.9775
Lac13C-A_5 1.0700 1.0171 0.9215
Lac13C-A_6 0.9241 0.9208 1.1155
Lac13C-A_7 0.8625 1.1144 1.0459
Lac13C-A_8 0.8466 0.9082 1.1993
Lac13C-B_1 0.9861 1.1163 0.9557
Lac13C-B_2 0.8665 1.6239 0.8216
Lac13C-B_3 1.0765 0.7089 1.0690
Lac13C-B_4 1.0077 1.0499 0.9673
Lac13C-B_5 0.9348 1.2804 0.9250
Lac13C-B_6 1.1973 0.4955 1.0549
Lac13C-B_7 0.7401 1.9564 0.9411
Lac13C-B_8 0.8042 NA 1.1958
Lac-2_1 0.7527 1.0103 1.2422
Lac-2 13C-B_1 1.0717 1.4049 0.7259
Lac-2 13C-B_2 1.0410 1.4672 0.7254
Lac-2 13C-B_3 0.9615 1.1717 0.9526
Lac-2 13C-B_4 1.1778 1.0758 0.7843
Lac-2 13C-B_5 1.1523 0.9794 0.8833
Lac-2 13C-B_6 1.1903 0.8158 0.9335
Lac-2 13C-B_7 0.8031 0.7160 1.2317
Lac-2 13C-B_8 0.3861 1.3143 1.0999
Lac-2 13C-B_9 NA 0.7809 1.1095
Lac-2_2 0.7435 1.0868 1.2131
Lac-2_3 0.9077 0.9536 1.1155
Lac-2_4 0.9834 0.9409 1.0462
Lac-3_1 0.8140 1.0465 1.1628
Lac-3_2 0.7644 1.0425 1.2144
Lac-3_3 1.0000 NA NA
Me-His A_1 0.8340 1.1885 1.0717
Me-His B_1 0.8566 1.2730 1.0069
Me-His B_2 NA 0.9239 1.0761
Met-CH3_1 0.9275 1.0563 1.0443
m-Ins-1,3_1 0.7691 1.1274 1.1672
m-Ins-1,3_2 0.8213 1.0445 1.1565
m-Ins-1,3_3 0.7414 1.2066 1.1122
m-Ins-1,3_4 0.6565 1.4870 1.0428
m-Ins-1,3_5 0.8252 NA 1.1311
m-Ins-2?_1 0.6665 1.1673 1.2498
m-Ins-2?_2 0.7918 1.1223 1.1471
m-Ins-2?_3 0.8342 0.7942 1.2411
NAD+-A1^_1 1.0266 0.9354 1.0101
NAD+-A1^_2 0.9432 1.0252 1.0347
NAD+-N1^_1 1.3227 0.7214 0.8704
NAD+-N1^ 13C-B_1 1.5062 0.5873 0.9439
NAD+-N1^ 13C-B_2 NA 0.5963 1.4037
NAD+-N1^_2 1.0105 1.0435 0.9695
NAD-N2_1 0.9571 0.9720 1.0569
NAD-N6_1 0.9972 1.0446 0.9805
NAD-N6_2 1.1296 0.8010 0.9915
NADP-N6_1 1.0000 NA NA
Nicotin-2_1 1.2130 0.9135 0.8657
Nicotin-2_2 NA NA 1.0000
Nicotin-5_1 1.0076 0.9900 0.9974
Nicotin-5_2 1.0119 0.9277 1.0242
Nicotin-5_3 1.0387 0.8661 1.0282
Nicotin-5_4 1.2026 0.9009 0.8569
Nicotin-6_1 1.1967 0.8978 0.8872
Nicotin-6_2 1.0003 1.2738 0.8629
Nicotin-6_3 1.1494 NA 0.8506
Nicotin-6_4 0.7761 NA 1.2239
P-Cho A_1 1.0243 0.7800 1.0857
P-Cho A_2 0.8726 0.8584 1.1982
P-Cho B_1 0.5939 0.8061 1.5031
P-Cho B_2 0.5489 1.8154 0.9618
P-Cho B_3 1.0831 0.5913 1.1621
P-Cho B_4 0.8724 0.7393 1.3551
P-Cho B_5 0.8079 0.4654 1.5074
P-Cho B_6 1.0381 0.7409 1.1220
P-Cho B_7 0.9669 0.0408 2.0089
P-Cho B_8 1.5284 NA 0.4716
P-Cho B_9 1.0000 NA NA
Phe-2,6_1 0.7092 1.2969 1.1424
Phe-2,6_2 0.9593 1.1511 0.9652
Phe-2,6_3 NA NA 1.0000
Phe-3,5_1 0.8728 1.1161 1.0692
Phe-3,5_2 0.8553 1.0579 1.1158
Phe-3,5_3 0.8402 1.3254 0.9971
pyruvate-3_1 0.8256 0.9868 1.1520
Succinate-2,3_1 0.7174 0.9485 1.3084
Tau-1 (SCH2)_1 1.0447 0.8410 1.0349
Tau-1 (SCH2)_2 1.0386 0.8462 1.0383
Tau-1 (SCH2)_3 1.0167 0.8070 1.0798
Tau-2 (NCH2)_1 1.0284 0.8547 1.0442
Tau-2 (NCH2)_2 1.0183 0.8581 1.0527
Tau-2 (NCH2)_3 1.0161 0.8380 1.0649
Tris_1 0.7726 1.4721 0.9914
Trp-4_1 1.0185 1.1684 0.8973
Trp-4_2 1.0205 1.1968 0.8811
Tyr-2,6_1 0.7929 1.1710 1.1216
Tyr-2,6_2 0.7980 1.2221 1.0909
Tyr-3,5_1 0.9310 0.9616 1.0767
Tyr-3,5_2 0.9376 0.9686 1.0677
UXP-1^_1 1.0224 0.8239 1.0694
UXP-1^_2 1.3024 0.6875 0.9043
UXP-5_1 0.9249 0.9561 1.0845
UXP-5_2 1.0259 0.6831 1.1368
UXP-5_3 0.9997 0.7161 1.1422
UXP-5_4 0.8604 0.7520 1.2403
UXP-6_1 0.7459 1.0221 1.2007
UXP-6_2 0.6141 1.1595 1.2418
Val-B_1 0.8239 1.1770 1.0876
Val-B_2 0.8303 1.1546 1.0924
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Factors:

F1Treatment Protocol:allogenic
F2Treatment Protocol:naive
F3Treatment Protocol:syngenic
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