Data for (Study ST003384)

(Analysis AN005542)

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

Metabolite	F1	F2	F3	F4
CE 16:0	1.4272	0.7320	0.6479	1.1929
CE 16:1	0.9734	0.6510	1.2508	1.1248
CE 18:0	0.8483	1.1986	0.7641	1.1891
CE 18:1	1.0046	0.8828	0.9540	1.1587
CE 18:1-d7	0.6424	1.3122	0.6421	1.4033
CE 18:2	0.9786	0.8190	1.0680	1.1344
CE 18:3	0.9289	0.8956	0.9445	1.2309
CE 20:1	0.5346	0.8944	1.0327	1.5383
CE 20:2	0.6541	0.7279	1.2188	1.3992
CE 20:3	1.2314	0.8067	1.1427	0.8193
CE 20:4	1.1508	0.9988	0.9598	0.8906
CE 20:5	1.6416	1.1902	0.4063	0.7618
CE 22:4	1.0274	0.9651	1.0876	0.9199
CE 22:5	0.7058	0.6085	1.5437	1.1420
CE 22:6	1.6041	1.0624	0.7038	0.6297
CE 24:3	0.2782	1.0659	1.3076	1.3483
CE 24:4	0.6923	0.9726	1.1342	1.2009
CE 24:5	1.1869	1.1501	0.6287	1.0343
CE 24:6	1.1863	0.9670	0.7661	1.0806
DG 15:0/18:1-d7	0.8669	1.1205	0.9501	1.0624
DG 32:0	1.5956	0.7999	0.9872	0.6173
DG 32:1	0.6263	3.3078	0.4448	0.2155
DG 32:2	0.8041	1.3513	0.7342	1.1103
DG 34:0	0.9035	0.6991	1.3209	1.0765
DG 34:1	1.4747	0.7844	1.4491	0.2919
DG 34:2	0.8321	1.1098	1.1392	0.9189
DG 34:3	0.5660	0.6982	2.2749	0.4006
DG 36:0	0.6223	0.6945	1.1568	1.5264
DG 36:1	1.2755	0.3616	2.1197	0.2431
DG 36:2	1.3037	0.5933	1.7494	0.3535
DG 36:3	0.9549	0.4016	2.1315	0.5120
DG 36:4	1.3969	0.6416	1.4728	0.4887
DG 38:1	1.5648	0.4397	1.7620	0.2335
DG 38:2	1.1659	0.5754	1.7177	0.5410
DG 38:3	1.0044	0.3603	2.2257	0.4097
DG 38:4	1.5348	0.4312	1.6730	0.3611
DG 38:5	1.8041	0.4904	1.4954	0.2102
DG 38:6	2.0485	0.5824	1.1158	0.0666
LPC 14:0	1.1832	0.8608	1.0835	0.8586
LPC 16:0	1.4934	0.8663	1.0152	0.6118
LPC 16:1	0.7309	0.3999	1.5883	1.2209
LPC 18:0	1.7121	0.9020	0.9034	0.4726
LPC 18:1	1.0388	0.5982	1.3538	0.9690
LPC 18:1-d7	0.9346	1.0403	1.0054	1.0237
LPC 18:2	1.2524	0.6238	1.1521	0.9341
LPC 18:3	0.7351	0.7433	1.0398	1.4561
LPC 20:0	1.7230	1.0376	0.8077	0.4317
LPC 20:1	1.2134	0.6462	1.3490	0.7559
LPC 20:2	1.2706	0.5165	1.4161	0.7968
LPC 20:3	1.8458	0.5607	0.9903	0.5593
LPC 20:4	1.6859	0.8582	0.8755	0.5662
LPC 22:0	1.3868	0.9478	1.0018	0.6636
LPC 22:1	1.2004	0.8955	1.0372	0.8669
LPC 22:3	1.1631	0.6075	1.2863	0.9039
LPC 22:4	1.3965	0.7656	1.0439	0.7706
LPC 22:5	1.0908	0.5541	1.4624	0.8927
LPC 22:6	2.1565	1.0471	0.4343	0.3669
LPC 24:0	1.3379	0.9772	0.9938	0.6911
LPC 24:1	1.1958	0.8478	1.0622	0.8942
LPE 16:0	1.1779	1.0453	0.9122	0.8691
LPE 18:0	1.4186	1.1020	0.7978	0.6918
LPE 18:1	0.8066	0.6198	1.2535	1.2820
LPE 18:1-d7	0.9733	1.0168	1.0209	0.9906
LPE 18:2	0.8191	0.4960	1.3482	1.2863
LPE 20:3	1.4580	0.5935	1.1295	0.7784
LPE 20:4	1.4765	0.7526	1.0300	0.7161
LPE 22:5	0.6816	0.4663	1.7914	1.0073
LPE 22:6	2.0145	1.0355	0.5447	0.4088
PC 15:0/18:1-d7	0.9381	1.4011	0.7220	0.9388
PC 32:0	1.0984	1.2380	0.8805	0.7831
PC 32:1	0.5861	0.6165	1.3867	1.4107
PC 32:2	0.5310	0.3711	1.6895	1.4084
PC 32:3	0.3518	0.2227	1.9381	1.4874
PC 34:0	1.6269	1.0820	0.7635	0.5276
PC 34:1	0.9593	0.8642	1.1251	1.0514
PC 34:2	1.1390	0.9073	1.0340	0.9197
PC 34:3	0.4943	0.3648	1.6220	1.5188
PC 34:4	0.5371	0.3066	1.7678	1.3885
PC 34:5	0.4088	0.2092	1.8527	1.5293
PC 36:0	1.8554	0.9332	0.8017	0.4097
PC 36:1	1.1762	0.8166	1.1373	0.8699
PC 36:2	1.0379	0.8109	1.1328	1.0185
PC 36:3	0.9389	0.5253	1.3188	1.2170
PC 36:4	1.2311	1.0050	0.9895	0.7745
PC 36:5	0.9362	0.4501	1.5934	1.0204
PC 36:6	1.2110	0.5661	1.4812	0.7417
PC 36:7	0.6067	0.2734	1.8419	1.2780
PC 38:1	1.1828	0.6773	1.2898	0.8501
PC 38:2	1.1058	0.6735	1.3966	0.8240
PC 38:3	1.6795	0.7320	1.0399	0.5486
PC 38:4	1.3690	1.0997	0.9336	0.5977
PC 38:5	0.8070	0.7259	1.3754	1.0918
PC 38:6	1.5918	1.0814	0.7925	0.5343
PC 38:7	1.3189	0.5507	1.2663	0.8640
PC 38:8	0.9517	0.3575	1.6947	0.9961
PC 40:2	1.1167	0.7778	1.2523	0.8532
PC 40:3	1.3367	0.7347	1.2666	0.6621
PC 40:4	1.4021	0.8494	1.1415	0.6070
PC 40:5	0.8729	0.7479	1.6042	0.7750
PC 40:6	1.3929	1.0158	0.9414	0.6499
PC 40:7	1.0688	0.7317	1.1210	1.0785
PC 40:8	1.6402	0.7040	1.0316	0.6242
PC 42:10	2.3231	0.9421	0.4766	0.2583
PC 42:4	1.4891	0.8450	1.0934	0.5725
PC 42:5	1.1092	0.8120	1.3108	0.7680
PC 42:6	1.2838	0.8337	1.2541	0.6285
PC 42:7	1.3998	0.9152	0.9865	0.6985
PC 42:8	1.0927	0.9015	1.1263	0.8795
PC 42:9	1.4666	0.7348	1.1958	0.6028
PE 15:0/18:1-d7	0.9230	1.2179	0.8236	1.0355
PE 34:1	0.7639	0.8772	1.3132	1.0458
PE 34:2	0.2633	0.6063	1.1866	1.9438
PE 36:1	0.9821	1.2385	0.7893	0.9901
PE 36:2	0.7105	0.9763	1.0297	1.2834
PE 36:3	0.2598	0.4788	1.2745	1.9870
PE 36:4	0.7975	0.8130	1.2843	1.1052
PE 36:5	0.6828	0.3214	1.6627	1.3331
PE 38:5	0.5394	0.5644	1.2815	1.6146
PE 38:6	1.5249	1.0590	0.7869	0.6292
PE 38:7	0.3772	0.1822	1.7961	1.6445
PE 40:7	1.1033	0.9016	1.0009	0.9942
PE 40:8	NA	0.0592	0.5818	1.7945
TG 15:0/18:1-d7/15:0	0.6226	1.3215	0.6628	1.3931
TG 48:0	2.2707	0.8991	0.2788	0.5514
TG 48:1	1.4206	0.6858	1.3112	0.5825
TG 48:2	1.3285	0.5182	1.6799	0.4734
TG 48:3	1.0632	0.2736	2.1962	0.4669
TG 50:0	2.0915	0.9048	0.3766	0.6270
TG 50:1	1.6967	0.7285	1.0681	0.5066
TG 50:2	1.2836	0.5767	1.5513	0.5884
TG 50:3	1.0210	0.3876	1.9702	0.6212
TG 50:4	0.7403	0.2031	2.4229	0.6337
TG 50:5	0.6861	0.1608	2.4791	0.6740
TG 50:6	0.6424	0.1565	2.4431	0.7579
TG 50:7	0.6706	0.1389	2.2912	0.7271
TG 52:0	1.7229	1.1118	0.4504	0.7150
TG 52:1	1.2923	0.6127	1.5079	0.5871
TG 52:2	1.1086	0.7289	1.4438	0.7187
TG 52:3	1.1314	0.6340	1.4914	0.7431
TG 52:4	0.9672	0.4595	1.8134	0.7599
TG 52:5	0.7928	0.2844	2.1284	0.7944
TG 52:6	0.8429	0.2242	2.1477	0.7852
TG 52:7	0.8412	0.2458	2.1117	0.8013
TG 52:8	0.8225	0.2465	2.0967	0.8342
TG 54:1	1.8129	0.7376	1.0918	0.3577
TG 54:2	1.3821	0.5356	1.7212	0.3611
TG 54:3	1.1304	0.5264	1.7679	0.5753
TG 54:4	1.1622	0.4292	1.8089	0.5997
TG 54:5	1.4588	0.5014	1.5492	0.4907
TG 54:6	1.6331	0.4328	1.4882	0.4459
TG 54:7	1.5020	0.3488	1.6605	0.4887
TG 54:8	1.3296	0.3228	1.7825	0.5651
TG 56:1	1.6330	0.8034	1.2250	0.3385
TG 56:2	1.5244	0.6506	1.5255	0.2995
TG 56:3	1.4664	0.5912	1.5505	0.3919
TG 56:4	1.2505	0.5917	1.4776	0.6802
TG 56:5	1.5328	0.6778	1.3063	0.4831
TG 56:6	1.6747	0.6660	1.2923	0.3670
TG 56:7	1.8755	0.5880	1.2069	0.3295
TG 56:8	2.0198	0.5695	1.1073	0.3034
TG 58:1	1.2999	0.8110	1.4916	0.3975
TG 58:2	1.1170	0.4964	2.0353	0.3513
TG 58:3	1.3205	0.6072	1.7326	0.3398
TG 58:4	1.1729	0.5785	1.7680	0.4806
TG 58:5	1.4780	0.6829	1.3766	0.4624
TG 58:6	1.7682	0.6834	1.1923	0.3560
TG 58:7	1.4900	0.8501	1.2550	0.4049
TG 58:8	2.0609	0.7758	0.9125	0.2508
TG 60:1	1.4004	1.0018	1.3073	0.2905
TG 60:2	1.2362	0.7255	1.6796	0.3587
TG 60:3	1.4655	0.6500	1.5416	0.3428
TG 60:4	1.2392	0.5849	1.7942	0.3817
TG 60:5	1.2797	0.6188	1.7847	0.3169
TG 60:6	1.4487	0.7179	1.4243	0.4090
TG 60:7	1.4616	0.8101	1.3620	0.3664
TG 60:8	1.7116	0.9586	0.9891	0.3407

Run Hierarchial cluster analysis on this study | Run Heatmap cluster analysis on this study

Factors:

F1	Genotype:Ldlr-/- | Sample source:Blood plasma | Group:Cis HFD
F2	Genotype:Ldlr-/- | Sample source:Blood plasma | Group:Cis HFD + Myriocin
F3	Genotype:Ldlr-/- | Sample source:Blood plasma | Group:Trans HFD
F4	Genotype:Ldlr-/- | Sample source:Blood plasma | Group:Trans HFD + Myriocin