Data for (Study ST001359)

(Analysis AN002263)

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

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MetaboliteF1F2
AC(12:0) 1.0166 0.9834
AC(14:0) 1.0059 0.9941
AC(14:1) 1.1185 0.8815
AC(16:0) 0.9894 1.0106
AC(18:0) 0.9469 1.0531
AC(18:1) 1.0555 0.9445
Alkenyl-TG(P-18:0_16:0_18:1) 0.9876 1.0124
Alkenyl-TG(P-48:0) 0.9628 1.0372
Alkenyl-TG(P-50:0) 0.9689 1.0311
Alkenyl-TG(P-50:1) 0.9891 1.0109
BMP(34:1) 0.9110 1.0890
BMP(34:2) 1.1134 0.8866
BMP(36:3) 1.0561 0.9439
BMP(38:3) 1.0155 0.9845
BMP(38:4) 1.0536 0.9464
BMP(38:6) 0.9119 1.0881
BMP(38:7) 1.1437 0.8563
BMP(40:6) 0.8165 1.1835
BMP(42:9) 0.9924 1.0076
BMP(44:12) 1.0117 0.9883
CE(16:0) 1.0374 0.9626
CE(16:1) 1.0237 0.9763
CE(18:0) 0.9840 1.0160
CE(18:1) 1.0202 0.9798
CE(18:2) 1.0166 0.9834
CE(20:1) 1.0323 0.9677
CE(20:2) 1.0329 0.9671
CE(20:3) 1.0134 0.9866
CE(20:4) 1.0102 0.9898
CE(20:5) 1.0027 0.9973
CE(22:2) 1.0518 0.9482
CE(22:5) 1.0088 0.9912
CE(22:6) 0.9933 1.0067
CE(24:4) 1.0247 0.9753
Cer[NDS](d17:1_16:0) 0.9979 1.0021
Cer[NDS](d17:1_24:1) 1.0567 0.9433
Cer[NDS](d18:0_14:0) 1.0052 0.9948
Cer[NDS](d18:0_16:0) 0.9724 1.0276
Cer[NDS](d18:0_22:0) 0.9390 1.0610
Cer[NDS](d18:0_24:0) 0.9672 1.0328
Cer[NDS](d18:0_24:1) 1.0258 0.9742
Cer[NDS](d18:1_14:0) 1.0050 0.9950
Cer[NDS](d18:1_18:0) 0.9600 1.0400
Cer[NDS](d18:1)_20:0) 0.9794 1.0206
Cer[NDS](d18:1_23:0) 1.0028 0.9972
Cer[NDS](d18:1_24:0) 0.9745 1.0255
Cer[NDS](d18:2_16:0) 1.0209 0.9791
Cer[NDS](d18:2_18:0) 0.9697 1.0303
Cer[NDS](d18:2_22:0) 0.9647 1.0353
Cer[NDS](d18:2_24:1) 1.0551 0.9449
Cer[NDS](d34:1) 0.9960 1.0040
Cer[NDS](d35:1) 0.9369 1.0631
Cer[NDS](d40:1) 1.0609 0.9391
Cer[NDS](d43:1) 1.0311 0.9689
Cer[NDS](d43:2) 1.1209 0.8791
Cer[NDS](d44:0) 0.8788 1.1212
Cer[NDS](d44:1) 0.8699 1.1301
Cer[NS](d34:2) 0.9973 1.0027
Cer[NS](d40:3) 1.0930 0.9070
Cer[NS](d42:3) 1.0209 0.9791
Cer[NS](d44:3) 1.1010 0.8990
CL(16:1)_16:1_16:1_16:1) 1.0538 0.9462
CL(16:1_17:1_16:1_16:1) 1.0579 0.9421
CL(16:1)_18:2_16:1_16:1) 1.0382 0.9618
CL(18:1_18:1_16:1_18:1) 0.9989 1.0011
CL(18:1_18:1_18:2_18:1) 0.9855 1.0145
CL(66:2) 0.9862 1.0138
CL(67:4) 0.9948 1.0052
CL(67:5) 1.0549 0.9451
CL(68:2) 0.9690 1.0310
CL(68:4) 1.0122 0.9878
CL(68:5) 1.0103 0.9897
CL(68:6) 1.0428 0.9572
CL(69:4) 0.9951 1.0049
CL(69:5) 0.9795 1.0205
CL(69:6) 1.0355 0.9645
CL(70:5) 0.9950 1.0050
CL(70:6) 0.9893 1.0107
CL(70:7) 1.0330 0.9670
CL(71:5) 0.9799 1.0201
CL(72:6) 0.9683 1.0317
CL(72:8) 1.0582 0.9418
D5TG(14:0_14:0_16:1) 1.0013 0.9987
D5TG(16:0_18:1)_18:1) 1.0280 0.9720
D5TG(54:1) 1.0254 0.9746
DG(14:0_16:0) 0.9425 1.0575
DG(15:0_16:0) 0.9277 1.0723
DG(16:0_16:0) 0.9281 1.0719
DG(16:0_18:0) 0.8397 1.1603
DG(16:0_18:3) 1.0062 0.9938
DG(16:0_22:5) 1.0021 0.9979
DG(16:1_17:1) 1.0534 0.9466
DG(16:1_18:1) 1.0629 0.9371
DG(17:0_18:1) 0.9307 1.0693
DG(17:1_18:1) 1.0020 0.9980
DG(18:0)_22:5) 0.9426 1.0574
DG(18:1_18:1) 1.0026 0.9974
DG(18:1_20:1) 0.9815 1.0185
DG(18:1_22:5) 1.0163 0.9837
DG(31:0) 0.8981 1.1019
DG(32:1) 1.0286 0.9714
DG(32:2) 1.0794 0.9206
DG(33:0) 0.9099 1.0901
DG(33:1) 1.0077 0.9923
DG(34:1) 0.9815 1.0185
DG(34:2) 0.9791 1.0209
DG(36:1) 0.9306 1.0694
DG(36:3) 1.0154 0.9846
DG(36:4) 0.9512 1.0488
DG(38:3) 1.0005 0.9995
DG(38:4) 1.0405 0.9595
GlcCer[NDS](d18:0_20:1) 0.9327 1.0673
GlcCer[NDS](d18:1_22:0) 0.9350 1.0650
GlcCer[NDS](d34:0) 0.9147 1.0853
GlcCer[NDS](d36:0) 0.8492 1.1508
GlcCer[NDS](d36:1) 0.9142 1.0858
GlcCer[NDS](d39:1) 0.9286 1.0714
GlcCer[NDS](d40:0) 0.8897 1.1103
GlcCer[NDS](d41:1) 0.9660 1.0340
GlcCer[NDS](d42:0) 0.8791 1.1209
GlcCer[NDS](d42:1) 0.9543 1.0457
GlcCer[NDS](d42:2) 1.0355 0.9645
HexCer[NS](d33:1) 0.9637 1.0363
HexCer[NS](d34:1) 0.9715 1.0285
HexCer[NS](d36:1) 0.9584 1.0416
HexCer[NS](d37:1) 0.9632 1.0368
HexCer[NS](d38:1) 0.9603 1.0397
HexCer[NS](d39:1) 0.9607 1.0393
HexCer[NS](d40:1) 0.9449 1.0551
HexCer[NS](d40:2) 1.0555 0.9445
HexCer[NS](d41:1) 0.9816 1.0184
HexCer[NS](d42:1) 0.9614 1.0386
HexCer[NS](d42:2) 0.9770 1.0230
LysoPC(14:0) 0.9328 1.0672
LysoPC(15:0) 0.9268 1.0732
LysoPC(17:0) 0.8885 1.1115
LysoPC(18:2) 0.9807 1.0193
LysoPC(20:1) 0.9462 1.0538
LysoPC(22:6) 0.9771 1.0229
Methyl-PA(16:0_18:1) 0.9990 1.0010
Methyl-PA(16:1_16:0) 1.1477 0.8523
PC(14:0)_16:0) 1.0038 0.9962
PC(16:0_16:0) 1.0082 0.9918
PC(16:0_18:1) 1.0009 0.9991
PC(16:1_16:0) 0.9758 1.0242
PC(16:1_18:1) 1.0284 0.9716
PC(18:1_18:1) 1.0165 0.9835
PC(26:0) 0.9374 1.0626
PC(27:0) 0.9221 1.0779
PC(28:1) 0.9961 1.0039
PC(29:0) 0.9904 1.0096
PC(29:1) 0.9643 1.0357
PC(31:0) 1.0134 0.9866
PC(31:1) 0.9925 1.0075
PC(32:1) 1.0175 0.9825
PC(32:2) 1.0303 0.9697
PC(32:3) 1.0337 0.9663
PC(32:4) 0.9950 1.0050
PC(33:0) 1.0008 0.9992
PC(33:1) 1.0010 0.9990
PC(33:2) 1.0085 0.9915
PC(33:3) 1.0301 0.9699
PC(34:0) 0.9567 1.0433
PC(34:2) 0.9945 1.0055
PC(34:3) 1.0053 0.9947
PC(34:4) 1.1158 0.8842
PC(34:5) 0.9859 1.0141
PC(35:1) 1.0202 0.9798
PC(35:2) 1.0121 0.9879
PC(35:3) 1.0076 0.9924
PC(35:4) 1.0105 0.9895
PC(35:5) 0.9988 1.0012
PC(35:6) 1.0040 0.9960
PC(36:0) 0.9067 1.0933
PC(36:2) 0.9870 1.0130
PC(36:3) 0.9930 1.0070
PC(36:4) 1.0158 0.9842
PC(36:5) 1.0020 0.9980
PC(36:6) 1.0878 0.9122
PC(37:0) 0.5885 1.4115
PC(37:1) 0.9949 1.0051
PC(37:2) 0.9995 1.0005
PC(37:3) 0.9915 1.0085
PC(37:4) 1.0303 0.9697
PC(37:5) 1.0355 0.9645
PC(37:6) 1.0222 0.9778
PC(38:0) 0.8993 1.1007
PC(38:1) 0.9605 1.0395
PC(38:3) 0.9718 1.0282
PC(38:4) 1.0182 0.9818
PC(38:5) 0.9828 1.0172
PC(38:6) 1.0004 0.9996
PC(38:7) 1.0658 0.9342
PC(39:2) 1.0005 0.9995
PC(39:3) 1.0090 0.9910
PC(39:4) 1.0197 0.9803
PC(39:5) 0.9889 1.0111
PC(39:6) 1.0202 0.9798
PC(39:7) 1.0405 0.9595
PC(40:2) 1.0008 0.9992
PC(40:3) 0.9636 1.0364
PC(40:4) 0.9912 1.0088
PC(40:5) 1.0061 0.9939
PC(40:6) 1.0236 0.9764
PC(40:7) 1.0225 0.9775
PC(40:9) 1.0395 0.9605
PC(41:2) 0.9962 1.0038
PC(41:4) 1.0276 0.9724
PC(41:6) 1.0116 0.9884
PC(42:10) 1.0156 0.9844
PC(42:2) 1.0014 0.9986
PC(42:3) 1.0453 0.9547
PC(42:4) 1.0263 0.9737
PC(42:5) 0.9624 1.0376
PC(42:6) 0.9831 1.0169
PC(42:7) 0.9996 1.0004
PC(42:8) 1.0005 0.9995
PC(42:9) 1.0148 0.9852
PC(44:1)0 1.0220 0.9780
PC(44:11) 1.0309 0.9691
PC(44:12) 1.0312 0.9688
PC(44:5) 1.0186 0.9814
PC(44:6) 0.9946 1.0054
PC(44:7) 0.9759 1.0241
PC(44:8) 1.0220 0.9780
PC(46:7) 0.9921 1.0079
PC(48:8) 0.9441 1.0559
PC(O-29:0) 1.0387 0.9613
PC(O-33:0) 1.0581 0.9419
PC(O-36:5) 1.0224 0.9776
PC(O-40:6) 1.0754 0.9246
PC(O-40:7) 1.0495 0.9505
PC(O-42:6) 1.0379 0.9621
PE(16:1_18:2) 1.0301 0.9699
PE(16:1_18:3) 1.0986 0.9014
PE(17:0_18:1) 0.9884 1.0116
PE(30:1) 1.0109 0.9891
PE(32:2) 1.0320 0.9680
PE(33:0) 1.0101 0.9899
PE(34:4) 1.0365 0.9635
PE(34:5) 1.1263 0.8737
PE(35:3) 1.0283 0.9717
PE(35:4) 0.9930 1.0070
PE(36:0) 0.9047 1.0953
PE(36:3) 0.9862 1.0138
PE(36:4) 1.0280 0.9720
PE(37:2) 0.9576 1.0424
PE(37:4) 0.9843 1.0157
PE(38:2) 1.0160 0.9840
PE(38:3) 1.0486 0.9514
PE(38:4) 0.9823 1.0177
PE(38:5) 0.9898 1.0102
PE(38:6) 1.0398 0.9602
PE(38:8) 0.9670 1.0330
PE(39:3) 0.9979 1.0021
PE(39:4) 1.0312 0.9688
PE(39:5) 1.0224 0.9776
PE(39:6) 0.9962 1.0038
PE(39:7) 1.0530 0.9470
PE(40:10) 1.0948 0.9052
PE(40:4) 0.9684 1.0316
PE(40:6) 1.0394 0.9606
PE(40:7) 1.0071 0.9929
PE(40:8) 0.9762 1.0238
PE(41:4) 1.0036 0.9964
PE(41:6) 1.0212 0.9788
PE(42:8) 0.9909 1.0091
PE(46:7) 1.1197 0.8803
PE-NMe2(32:1) 0.9756 1.0244
PE-NMe(34:0) 0.9452 1.0548
PE-NMe(36:2) 1.0298 0.9702
PG(16:0)_16:0) 1.0050 0.9950
PG(16:0_18:0) 0.5113 1.4887
PG(16:0_18:1) 0.9787 1.0213
PG(16:1_22:6) 1.0834 0.9166
PG(18:0_18:0) 0.4894 1.5106
PG(18:0_22:6) 0.9644 1.0356
PG(18:1_22:5) 1.1492 0.8508
PG(18:2_18:1) 1.1211 0.8789
PG(32:0) 0.6978 1.3022
PG(33:1) 0.9517 1.0483
PI(16:1_16:1) 1.1315 0.8685
PI(17:0_18:0) 0.9249 1.0751
PI(18:0_20:2) 0.9676 1.0324
PI(18:1)_24:5) 1.0054 0.9946
PI(19:0)_20:3) 1.0466 0.9534
PI(20:3_20:0) 1.0279 0.9721
PI(32:0) 0.9928 1.0072
PI(32:1) 1.1188 0.8812
PI(33:0) 0.9637 1.0363
PI(34:0) 1.0057 0.9943
PI(34:1) 0.9694 1.0306
PI(34:2) 1.0025 0.9975
PI(35:3) 1.0363 0.9637
PI(36:3) 1.0103 0.9897
PI(37:3) 1.0072 0.9928
PI(39:2) 0.9380 1.0620
PI(39:3) 1.0205 0.9795
PI(39:4) 1.0425 0.9575
PI(39:5) 1.0221 0.9779
PI(40:3) 1.0551 0.9449
PI(40:9) 0.9814 1.0186
PI(42:10) 1.0142 0.9858
PI(42:6) 0.8805 1.1195
PI(42:9) 0.8939 1.1061
Plasmanyl-PC(O-28:0) 1.0366 0.9634
Plasmanyl-PC(O-30:0) 1.0464 0.9536
Plasmanyl-PC(O-30:1) 1.1505 0.8495
Plasmanyl-PC(O-31:0) 0.9984 1.0016
Plasmanyl-PC(O-31:1) 1.0157 0.9843
Plasmanyl-PC(O-32:0) 1.0355 0.9645
Plasmanyl-PC(O-32:1) 1.0497 0.9503
Plasmanyl-PC(O-34:0) 1.0219 0.9781
Plasmanyl-PC(O-34:1) 1.0243 0.9757
Plasmanyl-PC(O-36:0) 1.0069 0.9931
Plasmanyl-PC(O-36:1) 1.0319 0.9681
Plasmanyl-PC(O-36:2) 1.0196 0.9804
Plasmanyl-PC(O-38:0) 1.0051 0.9949
Plasmanyl-PC(O-38:1) 1.0328 0.9672
Plasmanyl-PC(O-38:2) 0.9683 1.0317
Plasmanyl-PC(O-38:3) 1.0374 0.9626
Plasmanyl-PC(O-38:4) 1.0377 0.9623
Plasmanyl-PC(O-38:5) 1.0372 0.9628
Plasmanyl-PC(O-38:6) 1.0172 0.9828
Plasmanyl-PC(O-40:3) 0.9958 1.0042
Plasmanyl-PC(O-40:4) 1.0813 0.9187
Plasmanyl-PC(O-40:5) 1.0380 0.9620
Plasmanyl-PC(O-40:6) 1.0419 0.9581
Plasmanyl-PC(O-42:4) 1.0577 0.9423
Plasmanyl-PC(O-42:5) 1.0325 0.9675
Plasmanyl-PC(O-42:6) 1.0341 0.9659
Plasmenyl-PC(P-34:0) 1.0575 0.9425
PS(16:0_16:0) 1.3477 0.6523
PS(20:3_20:3) 1.0465 0.9535
PS(33:1) 1.0234 0.9766
PS(35:1) 0.9884 1.0116
PS(37:3) 1.0092 0.9908
PS(38:4) 1.0489 0.9511
PS(38:5) 1.0127 0.9873
PS(39:3) 1.0102 0.9898
PS(39:6) 1.0289 0.9711
PS(40:5) 0.9972 1.0028
PS(40:6) 1.0383 0.9617
PS(41:6) 0.9776 1.0224
PS(42:10) 1.0417 0.9583
PS(42:5) 0.9838 1.0162
PS(42:6) 0.9484 1.0516
SHexCer(d34:3) 0.9608 1.0392
SHexCer(d36:3) 0.9986 1.0014
SHexCer(d36:4) 1.0825 0.9175
SHexCer(d37:3) 1.0025 0.9975
SHexCer(d37:4) 1.0520 0.9480
SHexCer(d38:3) 1.0032 0.9968
SHexCer(d38:4) 1.0093 0.9907
SHexCer(d38:5) 1.2073 0.7927
SHexCer(d39:3) 0.9916 1.0084
SHexCer(d39:4) 0.9921 1.0079
SHexCer(d40:3) 0.9221 1.0779
SHexCer(d40:4) 1.0012 0.9988
SHexCer(d40:5) 1.0092 0.9908
SHexCer(d40:6) 1.0209 0.9791
SHexCer(d41:4) 0.9566 1.0434
SHexCer(d41:5) 1.0186 0.9814
SHexCer(d42:4) 0.9725 1.0275
SHexCer(d42:5) 1.0040 0.9960
SHexCer(d42:6) 1.0000 1.0000
SHexCer(d42:7) 0.9227 1.0773
SHexCer(d42:8) 0.9694 1.0306
SHexCer(d44:5) 1.0439 0.9561
SHexCer(d44:6) 0.9542 1.0458
SM(d32:1) 1.0458 0.9542
SM(d33:0) 1.0104 0.9896
SM(d34:1) 1.0023 0.9977
SM(d35:0) 0.9874 1.0126
SM(d35:2) 1.0222 0.9778
SM(d37:0) 0.9948 1.0052
SM(d37:1) 1.0064 0.9936
SM(d37:2) 1.0201 0.9799
SM(d39:0) 0.9981 1.0019
SM(d39:1) 1.0583 0.9417
SM(d39:2) 1.0416 0.9584
SM(d40:0) 1.0297 0.9703
SM(d41:1) 0.9986 1.0014
SM(d41:3) 1.0349 0.9651
SM(d42:0) 0.9852 1.0148
SM(d42:2) 1.0903 0.9097
SM(d42:4) 1.0532 0.9468
SM(d43:1) 1.0442 0.9558
SM(d43:3) 1.0185 0.9815
SM(d44:1) 0.9674 1.0326
SM(d44:2) 1.0138 0.9862
SM(d44:3) 1.0449 0.9551
SP(d18:0) 1.0021 0.9979
TG(14:0_16:0_22:6) 0.9517 1.0483
TG(16:1_16:1_22:6) 1.0876 0.9124
TG(18:0_18:0_22:6) 1.0315 0.9685
TG(18:2_18:2_20:4) 1.0510 0.9490
TG(40:0) 0.9895 1.0105
TG(43:0) 0.9785 1.0215
TG(43:1) 1.0413 0.9587
TG(44:1) 0.8154 1.1846
TG(45:0) 0.9938 1.0062
TG(45:1) 1.0261 0.9739
TG(45:2) 1.0627 0.9373
TG(46:0) 1.0089 0.9911
TG(47:0) 0.9927 1.0073
TG(47:1) 1.0144 0.9856
TG(47:3) 1.0869 0.9131
TG(48:0) 1.0288 0.9712
TG(48:4) 1.1039 0.8961
TG(49:0) 1.0053 0.9947
TG(49:1) 1.0220 0.9780
TG(49:2) 1.0385 0.9615
TG(49:4) 1.0592 0.9408
TG(50:0) 1.0276 0.9724
TG(50:4) 1.1209 0.8791
TG(50:5) 1.0887 0.9113
TG(50:6) 1.0175 0.9825
TG(51:4) 1.0655 0.9345
TG(52:0) 1.0510 0.9490
TG(52:2) 0.9955 1.0045
TG(52:3) 1.0050 0.9950
TG(52:4) 1.0468 0.9532
TG(52:5) 1.0518 0.9482
TG(53:0) 0.9750 1.0250
TG(53:5) 1.0716 0.9284
TG(54:0) 1.1389 0.8611
TG(54:4) 1.0291 0.9709
TG(54:5) 1.0926 0.9074
TG(54:6) 1.0342 0.9658
TG(54:7) 1.0330 0.9670
TG(55:2) 0.9949 1.0051
TG(55:4) 1.0420 0.9580
TG(55:5) 1.0352 0.9648
TG(55:6) 1.0367 0.9633
TG(56:1) 1.0263 0.9737
TG(56:4) 1.0022 0.9978
TG(57:6) 1.0235 0.9765
TG(58:1) 1.0586 0.9414
TG(58:4) 1.0324 0.9676
TG(58:5) 1.0325 0.9675
TG(58:6) 1.0151 0.9849
TG(60:2) 1.0628 0.9372
TG(60:6) 1.0132 0.9868
TG(62:3) 1.0616 0.9384
TG(62:4) 1.0656 0.9344
Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1Variable:Control
F2Variable:SDC_i
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