Data for (Study ST000343)

(Analysis AN000555)

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

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MetaboliteF1F2F3F4
Acylcarnitine C16:0 [M+H]+ 1.0183 1.0614 0.9451 0.9888
Acylcarnitine C18:0 [M+H]+ 0.9834 1.0776 0.9800 0.9763
Acylcarnitine C18:1 [M+H]+ 1.0373 1.0178 1.0015 0.9473
Acylcarnitine C18:2 [M+H]+ 0.9476 1.1856 0.9825 0.9395
CE (18:1) [M+Na]+_CE (18:1) [M+NH4]+ 0.9671 1.1366 0.9898 0.9368
CE (18:2) [M+Na]+_CE (18:2) [M+NH4]+ 0.7332 1.3015 0.9498 1.0824
CE (20:3) [M+NH4]+ 0.9395 0.8960 1.4161 0.7253
CE (22:6) [M+Na]+_CE (22:6) [M+NH4]+ 0.9389 1.1183 1.0189 0.9501
Ceramide (d18:1/23:0) [M+Na]+ 0.9487 0.9989 1.0447 1.0017
Ceramide (d40:1) [M+Na]+ 1.1331 0.8859 1.0573 0.9022
Ceramide (d42:1) [M+Na]+_Ceramide (d42:1) [M+H-H2O]+_Ceramide (d42:1) [M+H]+ 1.0581 0.8806 1.0998 0.9350
Ceramide (d42:2) [M+H-H2O]+_Ceramide (d42:2) [M+Na]+ 1.1801 0.6735 1.1504 0.9234
DG (36:2) [M+Na]+ 1.1626 NA 1.0529 0.6855
DG (36:3) [M+NH4]+_DG (36:3) [M+Na]+ 1.1482 0.4194 1.2520 0.9126
DG (36:4) [M+NH4]+ 0.9101 NA 1.1390 0.9112
DG (38:5) [M+NH4]+ 1.2417 0.5681 1.1668 0.8644
DG (38:6) [M+NH4]+ 1.1249 0.5854 1.2879 0.9097
LPC (14:0) [M+H]+ 1.0676 0.9369 1.0131 0.9685
LPC (15:0) [M+H]+ 0.8616 1.1073 0.9441 1.1108
LPC (16:0) [M+H]+_NOID 1.0494 0.9972 1.0061 0.9468
LPC (16:1) [M+H]+ 1.2256 0.7263 1.0530 0.9343
LPC (18:0) [M+H]+_NOID 1.0889 0.9231 1.0603 0.9107
LPC (18:1) [M+H]+ 1.1497 0.7500 1.1319 0.9129
LPC (18:2) [M+H]+_NOID 0.9900 0.8438 1.1362 0.9953
LPC (20:0) [M+H]+ 1.0233 0.9592 1.0378 0.9706
LPC (20:1) [M+H]+ 0.9776 0.8309 1.1529 1.0010
LPC (20:2) [M+H]+ 0.9280 0.9112 1.1397 1.0013
LPC (20:4) [M+H]+_NOID 1.1498 0.7929 1.1239 0.8874
LPC (22:4) [M+H]+ 1.1635 1.0808 0.9786 0.7695
LPC (22:5) [M+H]+ 1.4077 1.0290 0.9445 0.6253
LPC (22:6) [M+H]+ 1.0314 0.7948 1.1733 0.9236
LPC (o-16:0) [M+H]+ 1.0319 1.0250 1.0223 0.9263
LPC (p-16:0) or LPC (o-16:1) [M+H]+ 1.0571 0.9763 0.9757 0.9863
LPC (p-18:0) or LPC (o-18:1) [M+H]+ 1.0236 1.0468 1.0140 0.9260
PC (31:0) [M+H]+ 0.7832 1.1138 0.9401 1.1883
PC (32:0) [M+H]+ 1.0633 0.9203 1.0764 0.9222
PC (32:1) [M+H]+_NOID 1.2998 0.6417 1.0802 0.8986
PC (32:2) [M+H]+ 1.0423 0.8472 1.0673 1.0092
PC (33:1) [M+H]+ 0.9470 0.9406 1.0071 1.0921
PC (33:2) [M+H]+ 0.7589 1.0715 1.0040 1.1814
PC (34:0) [M+H]+ 1.0722 0.8493 1.1355 0.9095
PC (34:2) [M+Na]+ 0.9384 1.0237 1.0169 1.0263
PC (34:3) [M+H]+ 1.0911 0.7786 1.0895 0.9916
PC (34:4) [M+H]+ 1.2537 0.7266 1.0990 0.8599
PC (35:1) [M+H]+ 0.9064 0.9757 1.0477 1.0649
PC (35:2) [M+H]+ 0.7693 1.0320 1.0752 1.1307
PC (35:3) [M+H]+ 0.8601 0.9294 1.1054 1.0895
PC (35:4) [M+H]+ 0.9077 1.0252 1.0048 1.0679
PC (36:1) [M+H]+ 1.1674 0.7783 1.0970 0.9081
PC (36:2) [M+H]+_NOID 0.9478 0.9244 1.0861 1.0249
PC (36:3) A [M+H]+ 1.0657 0.9042 1.0905 0.9183
PC (36:5) A [M+H]+_NOID 1.2609 0.6545 1.1616 0.8463
PC (37:2) [M+H]+ 0.9245 0.8460 1.1415 1.0538
PC (37:4) [M+H]+ 0.8913 1.0055 1.0531 1.0513
PC (37:6) [M+H]+ 0.8986 0.9987 1.0502 1.0523
PC (38:2) [M+H]+ 0.9874 0.7726 1.1815 1.0080
PC (38:3) [M+H]+ 1.0978 0.9038 1.0832 0.8938
PC (38:5) A [M+H]+_NOID 1.1239 0.6776 1.1733 0.9536
PC (38:6) A [M+H]+_NOID 1.0489 0.8861 1.1067 0.9330
PC (38:7) [M+H]+ 1.1629 0.7112 1.2076 0.8542
PC (40:5) B [M+H]+ 1.4253 1.0348 0.9295 0.6181
PC (40:6) B [M+H]+_NOID 1.0674 0.8137 1.1311 0.9463
PC (40:7) [M+H]+_NOID 1.1078 0.5991 1.2650 0.9390
PC (40:8) [M+H]+ 1.2268 0.7132 1.1945 0.8019
PC (42:5) [M+H]+ 1.0580 0.8442 1.0927 0.9705
PC (42:6) [M+H]+ 1.2637 0.8748 1.0275 0.7820
PC (o-32:0) [M+H]+ 1.1211 0.9576 1.0568 0.8551
PC (p-34:0) or PC (o-34:1) [M+H]+ 1.0982 0.9382 1.0543 0.8955
PC (p-34:1) or PC (o-34:2) A [M+H]+ 1.0312 0.9878 1.0888 0.8895
PC (p-34:2) or PC (o-34:3) [M+H]+ 0.9698 0.9375 1.1031 0.9757
PC (p-36:1) or PC (o-36:2) [M+H]+ 1.0849 0.9573 1.0320 0.9162
PC (p-36:4) or PC (o-36:5) [M+H]+_NOID 1.1593 0.8865 1.0661 0.8629
PC (p-38:3) or PC (o-38:4) [M+H]+ 1.0967 0.9745 1.0382 0.8849
PC (p-40:3) or PC (o-40:4) [M+H]+ 1.0381 0.9776 1.0039 0.9755
PC (p-40:4) or PC (o-40:5) [M+H]+ 1.1102 0.9253 1.0310 0.9169
PC (p-42:4) or PC (o-42:5) [M+H]+ 1.0847 0.9599 1.0327 0.9138
PC (p-42:5) or PC (o-42:6) [M+H]+ 1.0325 1.0323 1.0183 0.9250
PE (p-36:4) or PE (o-36:5) [M+H]+ 1.1163 0.8430 1.1276 0.8782
PE (p-38:4) or PE (o-38:5) [M+H]+ 1.0265 0.9021 1.0829 0.9668
SM (d32:1) [M+H]+ 1.2912 0.7720 1.0537 0.8324
SM (d33:1) [M+H]+ 1.0897 0.9851 1.0369 0.8850
SM (d34:1) [M+H]+_NOID 1.1548 0.9463 1.0608 0.8262
SM (d34:2) [M+H]+_NOID 1.1046 0.9554 1.0301 0.9000
SM (d36:1) [M+H]+_NOID 1.1658 0.9338 1.0150 0.8707
SM (d36:2) [M+H]+ 1.1474 0.9612 0.9828 0.8999
SM (d38:1) [M+H]+ 1.1277 0.9605 1.0056 0.8974
SM (d39:1) [M+H]+ 0.8986 1.2068 0.9451 0.9841
SM (d40:1) [M+H]+ 1.1247 0.9724 1.0124 0.8844
SM (d40:2) [M+H]+ A 1.1058 0.8705 1.0967 0.8982
SM (d41:1) [M+H]+_NOID 0.8621 1.2135 0.9785 0.9934
SM (d41:2) [M+H]+ 0.8974 1.2395 0.9411 0.9752
SM (d42:1) [M+H]+_NOID 0.9948 1.0386 1.0130 0.9621
SM (d42:2) [M+H]+ A_NOID 1.1837 0.8563 1.0470 0.8811
SM (d42:3) [M+H]+_NOID 1.1233 0.8955 1.0500 0.9080
SM (d43:1) [M+H]+ 1.0336 1.1078 0.9493 0.9333
SM (d43:2) [M+H]+ A 1.0074 1.1834 0.8993 0.9506
SM (d44:2) [M+H]+ 0.9840 1.0357 1.0073 0.9810
TG (46:1) [M+Na]+_TG (46:1) [M+NH4]+ 1.5575 0.5406 0.9922 0.8076
TG (46:2) [M+NH4]+_TG (46:2) [M+Na]+ 1.1536 0.5580 0.9315 0.9216
TG (48:3) [M+Na]+_TG (48:3) [M+NH4]+ 1.3786 0.4627 1.1308 0.9085
TG (49:0) [M+NH4]+ 0.8182 1.0294 0.9171 1.2739
TG (49:1) [M+NH4]+_TG (49:1) [M+Na]+ 1.1149 0.6745 1.0399 1.0983
TG (49:2) [M+Na]+_TG (49:2) [M+NH4]+ 1.1091 0.5773 1.0784 1.1412
TG (49:3) [M+NH4]+ 0.9350 0.6201 1.0572 1.0643
TG (50:1) [M+NH4]+ 1.4435 0.5096 1.0823 0.8557
TG (50:2) [M+NH4]+ 1.4687 0.4764 1.1094 0.8292
TG (50:3) [M+Na]+ 1.2811 0.6360 1.0771 0.9249
TG (50:3) [M+NH4]+ 1.3713 0.4154 1.2006 0.8829
TG (50:4) [M+NH4]+_TG (50:4) [M+Na]+ 1.1961 0.4747 1.2131 0.9994
TG (51:1) [M+NH4]+ 1.0758 0.6518 1.0692 1.1258
TG (51:2) [M+Na]+_TG (51:2) [M+NH4]+ 1.2055 0.5438 1.1412 1.0082
TG (51:3) [M+NH4]+_TG (51:3) [M+Na]+ 1.0441 0.5624 1.1825 1.1138
TG (51:4) [M+NH4]+_TG (51:4) [M+Na]+ 0.8942 0.6381 1.2044 1.1829
TG (52:2) [M+NH4]+ 1.3587 0.5424 1.1335 0.8637
TG (52:3) [M+Na]+ 0.9983 0.9655 1.0154 1.0131
TG (52:4) [M+Na]+_TG (52:4) [M+NH4]+ 1.0401 0.7032 1.1600 1.0307
TG (52:5) [M+Na]+_TG (52:5) [M+NH4]+ 1.1949 0.6106 1.1737 0.9343
TG (52:6) [M+NH4]+_TG (52:6) [M+Na]+ 1.1979 0.5420 1.1646 0.9937
TG (53:1) [M+NH4]+ 0.8618 0.7150 0.9749 1.2890
TG (53:3) [M+NH4]+_TG (53:3) [M+Na]+ 1.1016 0.5672 1.2082 1.0268
TG (53:4) [M+NH4]+ 1.0255 0.5745 1.2554 1.0500
TG (54:1) [M+Na]+_TG (54:1) [M+NH4]+ 0.9942 0.6172 1.1270 1.1765
TG (54:4) [M+NH4]+ 1.1747 0.5399 1.2367 0.9464
TG (54:5) [M+Na]+_TG (54:5) [M+NH4]+ 1.2780 0.6344 1.1008 0.9056
TG (54:6) [M+Na]+_TG (54:6) [M+NH4]+ 1.1519 0.6497 1.1522 0.9684
TG (54:8) [M+NH4]+ 1.0742 0.6563 1.1361 1.0570
TG (55:1) [M+NH4]+ 0.7332 0.7016 1.0471 1.3163
TG (55:2) [M+NH4]+_TG (55:2) [M+Na]+ 0.9142 0.5026 1.0574 1.2252
TG (55:3) [M+Na]+_TG (55:3) [M+NH4]+ 1.0474 0.5256 1.2134 1.1217
TG (56:1) [M+NH4]+_TG (56:1) [M+Na]+ 0.7935 0.5014 1.1560 1.4383
TG (56:2) [M+Na]+_TG (56:2) [M+NH4]+ 0.9723 0.5576 1.1910 1.1808
TG (56:3) [M+NH4]+_TG (56:3) [M+Na]+ 1.1930 0.4563 1.2785 0.9514
TG (56:5) [M+Na]+ 1.2910 0.7350 1.0734 0.8417
TG (56:6) [M+NH4]+ 1.2256 0.6149 1.1785 0.8954
TG (56:7) [M+Na]+_TG (56:7) [M+NH4]+ 1.0660 0.6039 1.2448 0.9973
TG (56:8) [M+NH4]+ 0.9904 0.4376 1.2850 1.1621
TG (58:10) [M+Na]+_TG (58:10) [M+NH4]+ 0.8748 0.8803 1.1859 1.0324
TG (58:1) [M+NH4]+_TG (58:1) [M+Na]+ 0.7585 0.4914 1.1621 1.4749
TG (58:2) [M+NH4]+_TG (58:2) [M+Na]+ 0.8333 0.4935 1.2226 1.3381
TG (58:3) [M+Na]+_TG (58:3) [M+NH4]+ 0.8555 0.6005 1.2512 1.2041
TG (58:6) [M+Na]+ 1.2414 0.5878 1.1965 0.8827
TG (58:8) [M+NH4]+ 1.1306 0.6391 1.1586 0.9915
TG (58:9) [M+Na]+_TG (58:9) [M+NH4]+ 1.0023 0.7562 1.1924 0.9949
TG (60:2) [M+Na]+_TG (60:2) [M+NH4]+ 0.7535 0.4945 1.1948 1.4448
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Factors:

F1Treatment:Control Diet
F2Treatment:Resistant Starch
F3Treatment:Whole Grain
F4Treatment:Whole Grain + Resistant Starch
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