Data for Effect of fatty acids on macrophage (wild type versus knockout) lipid levels (Study ST000684)

(Analysis AN001055)

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	F5	F6	F7	F8	F9	F10
CE(18:1); [M+NH4]+@10.96	0.4879	0.4951	0.7877	2.0693	0.9040	0.3609	0.3052	0.9393	2.7240	0.9268
CE(20:5); [M+NH4]+@10.36	0.2710	0.2598	0.7394	1.7570	0.9813	0.1721	0.2846	3.2540	1.7699	0.5108
CE(22:5); [M+NH4]+@10.65	0.2695	0.3508	0.3895	3.5134	0.2119	0.4223	0.2614	0.3566	3.8544	0.3701
DG 30:0; [M+NH4]+@7.31	1.0249	0.8581	1.4058	0.2798	1.2547	0.8998	0.8340	1.5349	0.3423	1.5657
DG 30:1; [M+NH4]+@6.85	0.1818	1.5985	1.9854	0.1281	0.6498	0.2127	2.0661	2.2713	0.1524	0.7539
DG 31:0; [M+NH4]+@7.58	0.9280	1.2927	1.5392	0.4642	0.6280	0.6806	1.3300	1.9352	0.5422	0.6599
DG 31:1; [M+NH4]+@7.16	0.4617	1.9968	1.4736	0.3676	0.2442	0.2837	2.6051	2.0010	0.3196	0.2466
DG 32:0; [M+NH4]+@7.83	0.7147	0.3925	1.3647	0.1265	2.3563	0.6410	0.3953	1.4849	0.1552	2.3690
DG 32:1; [M+NH4]+@7.39	0.1120	0.9130	2.1179	0.0568	1.2899	0.1239	1.1244	2.7207	0.0715	1.4699
DG 32:2; [M+NH4]+@6.96	0.1304	1.9097	1.8110	0.0676	0.3475	0.1068	2.7433	2.3580	0.1081	0.4177
DG 33:0; [M+NH4]+@8.03	1.1422	1.2892	1.4620	0.4613	0.7251	0.8536	1.1816	1.6482	0.5719	0.6649
DG 33:1; [M+NH4]+@7.70	0.1914	1.1620	2.3240	0.1080	0.7807	0.1416	1.3424	2.9191	0.1801	0.8509
DG 33:2; [M+NH4]+@7.27	0.2747	1.7083	1.9219	0.2977	0.3901	0.3342	1.9368	2.4018	0.4468	0.2876
DG 34:0; [M+NH4]+@8.35	1.6493	0.7928	1.1736	0.5529	0.8870	1.3103	0.6764	1.0993	0.6465	1.2120
DG 34:2; [M+NH4]+@7.50	0.1715	0.9913	2.3853	0.0967	0.6806	0.1582	1.1845	3.4113	0.1282	0.7923
DG 34:3; [M+NH4]+@7.18	0.1649	0.8441	2.0829	0.2032	1.2175	0.1448	1.1877	2.4107	0.2830	1.4614
DG 35:0; [M+NH4]+@8.50	1.4407	1.1786	1.2302	0.6349	0.6361	1.3749	0.7394	1.1953	0.6549	0.9150
DG 35:1; [M+NH4]+@8.17	0.6144	1.1917	1.6477	0.4367	0.9603	0.4216	1.1392	1.9069	0.5666	1.1150
DG 35:2; [M+NH4]+@7.79	0.7011	1.9923	0.7488	1.2313	0.0659	0.8010	1.8828	0.9151	1.5823	0.0794
DG 36:0; [M+NH4]+@8.83	0.7944	0.9681	0.7802	0.9829	0.6439	0.9150	1.1079	1.5637	1.6116	0.6324
DG 36:1; [M+NH4]+@8.42	0.5821	0.5595	1.4836	0.2774	1.8399	0.5311	0.5393	1.7871	0.3330	2.0668
DG 36:2; [M+NH4]+@8.02	0.5494	0.6509	1.1375	0.9065	1.7012	0.6140	0.6350	1.2962	0.9303	1.5791
DG 36:3; [M+NH4]+@7.70	0.4263	0.4838	1.4640	0.4511	1.9404	0.3967	0.4760	1.6075	0.5143	2.2399
DG 36:4; [M+NH4]+@7.48	0.5032	0.6700	1.8848	0.4192	1.2213	0.5328	0.6586	2.0721	0.5619	1.4762
DG 36:5; [M+NH4]+@7.00	0.1540	1.0410	2.2502	0.2056	1.1206	0.0765	1.0194	2.7184	0.2098	1.2045
DG 36:6; [M+NH4]+@6.83	0.4921	0.8886	1.7621	0.3888	1.1486	0.3460	1.1655	2.0227	0.4060	1.3795
DG 37:1; [M+NH4]+@8.68	0.6243	0.9319	1.4631	0.5654	0.9635	0.7919	1.0597	1.3340	0.8706	1.3958
DG 37:5; [M+NH4]+@7.34	0.3501	1.3649	2.4595	0.4961	0.5208	0.3801	1.3118	1.9162	0.5920	0.6086
DG 38:0; [M+NH4]+@9.23	1.6758	0.6722	1.0967	0.5868	0.7977	1.4621	0.7357	1.0613	0.9615	0.9500
DG 38:2; [M+NH4]+@8.51	0.5884	0.6559	1.4421	0.3251	1.4546	0.6201	0.7502	1.5859	0.5501	2.0275
DG 38:3; [M+NH4]+@8.29	0.8010	0.6933	1.3934	0.6730	1.2449	0.6371	0.6263	1.5833	0.7797	1.5680
DG 38:4; [M+NH4]+@7.96	0.5879	0.8820	1.4665	0.9881	0.9527	0.5023	0.8506	1.5511	1.1229	1.0960
DG 38:5; [M+NH4]+@7.55	0.3165	0.6128	1.9163	0.3429	1.6017	0.2560	0.6135	2.2718	0.4018	1.6667
DG 38:6; [M+NH4]+@7.33	0.3211	0.4715	1.7853	0.2627	1.8027	0.3474	0.4368	2.0022	0.3268	2.2436
DG 38:7; [M+NH4]+@6.95	0.0892	1.1698	2.3457	0.1827	0.5718	0.1396	1.4739	3.1019	0.0958	0.8296
DG 40:0; [M+NH4]+@9.59	2.9105	0.3297	0.5610	0.6856	0.5268	2.3909	0.4982	0.6404	0.9775	0.4794
DG 40:1; [M+NH4]+@9.24	1.4596	0.6409	1.1131	0.6694	0.8984	1.6515	0.5380	1.1194	0.8442	1.0656
DG 40:4; [M+NH4]+@8.37	0.6861	0.7935	1.4795	0.6590	1.2501	0.5588	0.7284	1.6338	0.8021	1.4087
DG 40:5; [M+NH4]+@8.01	0.3343	0.7159	1.6650	0.4555	1.6056	0.3230	0.7316	1.8625	0.5850	1.7216
DG 40:6; [M+NH4]+@7.79	0.1619	0.3150	3.0948	0.1653	1.1858	0.1525	0.2947	2.1021	0.2440	2.2838
DG 40:7; [M+NH4]+@7.51	0.0407	0.2249	1.5743	0.1035	2.7640	0.0530	0.2505	1.7568	0.1243	3.1082
DG 40:8; [M+NH4]+@7.11	0.3867	0.5929	2.1930	0.3582	1.5313	0.3104	0.5706	2.2339	0.3125	1.5104
DG 42:0; [M+NH4]+@9.92	2.1878	0.3556	0.6581	0.5952	1.1187	2.3860	0.3362	0.6497	0.8268	0.8860
DG 42:4; [M+NH4]+@8.76	0.7601	0.7345	1.2990	0.7639	1.2396	0.7608	0.7659	1.2857	1.0253	1.3652
lysoPC 14:0; [M+H]+@1.03	1.3648	1.0997	0.8183	0.9610	0.5772	1.9007	0.7187	0.5258	1.3153	0.7184
lysoPC 15:0; [M+H]+@1.30	1.3888	1.3575	0.6906	1.1130	0.4524	1.4245	0.9591	0.6490	1.3299	0.6352
lysoPC 16:0; [M+H]+@1.56	1.4435	0.6080	0.9082	0.6734	1.3002	1.4775	0.4869	0.8348	0.7433	1.5241
lysoPC 16:1; [M+H]+@1.20	0.9531	1.8134	1.2972	0.4742	0.5417	1.0191	1.4628	1.0898	0.5821	0.7665
lysoPC 18:0; [M+H]+@2.33	2.0167	0.4635	0.4531	1.9442	0.2387	1.7970	0.3560	0.4130	1.9929	0.3248
lysoPC 18:1; [M+H]+@1.85	0.4765	0.4557	0.9601	0.4051	2.5266	0.5503	0.3283	0.9384	0.4601	2.8988
lysoPC 18:2; [M+H]+@1.29	1.1306	0.5537	0.8042	0.5891	1.5433	1.4838	0.3579	0.7076	0.7043	2.1256
lysoPC 18:3; [M+H]+@1.09	1.0160	0.3098	1.1039	1.4177	0.6995	1.1381	1.5414	0.4154	1.3452	1.0130
lysoPC 19:0; [M+H]+@2.75	1.0483	0.8258	0.9125	1.4292	0.8534	0.9250	0.8849	0.8724	1.4734	0.7751
lysoPC 20:0; [M+H]+@3.24	1.6786	0.4783	0.3926	2.1137	0.1679	1.6552	0.3438	0.3442	2.5004	0.3252
lysoPC 20:1; [M+H]+@2.48	0.9991	0.8900	0.7537	1.1905	0.9410	1.1390	0.6234	0.6013	1.3934	1.4687
lysoPC 20:5; [M+H]+@1.08	0.6791	0.7146	1.0484	0.9282	1.5068	1.1238	0.4925	0.5912	1.2328	1.6827
lysoPC 22:6; [M+Na]+@1.19	0.7452	0.5176	1.0606	0.7026	1.0749	1.2748	0.4131	0.5639	1.2620	2.3854
lysoPC 24:0; [M+H]+@5.05	3.5715	0.2589	0.2161	1.0603	0.1577	2.6198	0.2169	0.2178	1.4835	0.1976
lysoPC 24:1; [M+H]+@4.23	2.6509	0.3394	0.3406	1.7685	0.1741	2.4922	0.1839	0.2007	1.7364	0.1133
lysoPC 26:1; [M+H]+@5.05	3.7493	0.2092	0.3496	0.8515	0.2045	3.0093	0.2199	0.2426	0.9418	0.2222
lysoPE 16:0; [M+H]+@1.66	0.8900	0.6602	0.9555	0.3342	2.0756	0.8465	0.6079	0.9956	0.3802	2.2544
lysoPE 17:0; [M+H]+@2.02	1.0649	0.9916	0.8908	0.7853	1.0084	1.0617	0.9487	1.0476	0.9127	1.2883
lysoPE 18:0; [M+H]+@2.45	1.2924	0.8789	0.9467	0.6995	1.2479	1.2125	0.6952	0.8973	0.7411	1.3884
lysoPE 18:1; [M+H]+@1.78	0.4887	0.5537	0.9643	0.2915	2.6072	0.5806	0.4198	1.0192	0.3707	2.7044
lysoPE 18:2; [M+H]+@1.34	0.7791	0.6538	0.9286	0.5425	1.6730	1.0145	0.4574	0.9119	0.7304	2.3088
lysoPE 20:3; [M+Na]+@2.48	0.7239	0.5980	0.9449	0.4927	2.2044	0.6190	0.4315	0.9145	0.4108	2.6603
lysoPE 20:4; [M+H]+@1.28	0.5951	0.8666	0.9562	1.0345	1.2767	0.6390	0.6652	0.9042	1.6103	1.4523
lysoPE 22:4; [M+H]+@1.75	0.6839	0.9284	0.8572	1.1101	1.1858	0.7063	0.7256	0.9040	1.6360	1.2626
lysoPE 22:5; [M+H]+@1.40	0.6745	0.8853	0.8818	0.9588	1.2065	0.6911	0.7758	0.9643	1.5814	1.3805
MG 16:0; [M+Li]+@2.50	0.0870	0.3568	1.3197	0.0933	3.1180	0.0790	0.4066	1.4421	0.0919	3.0055
MG 17:0; [M+Li]+@3.19	0.5667	0.9845	1.1671	0.5539	1.8066	0.5672	0.8949	1.2574	0.5504	1.6514
MG 18:1; [M+Li]+@2.77	0.4848	0.4828	1.2992	0.2662	2.5440	0.3127	0.3765	1.4998	0.1834	2.5505
PC 21:1; [M+H]+@1.96	0.4554	0.9858	0.9332	0.9994	1.7491	0.4909	0.6321	0.6738	1.5159	1.5644
PC 24:0; [M+Na]+@3.68	4.0046	0.3378	0.3991	0.7654	0.2515	2.7145	0.2736	0.1825	0.6247	0.4465
PC 26:1; [M+Na]+@3.85	2.1870	0.8897	0.6899	0.8912	0.3726	1.5789	0.3459	0.8701	1.6624	0.5124
PC 32:0; [M+H]+@6.41	0.6398	0.8163	1.1327	0.5793	1.8145	0.6624	0.7947	1.2399	0.5741	1.7462
PC 32:2; [M+H]+@5.38	0.6092	3.1545	0.6677	0.5833	0.1230	0.6945	2.6706	0.5337	0.7804	0.1832
PC 36:2; [M+H]+@6.67	0.3506	0.4128	1.0472	0.3661	2.8367	0.4072	0.4025	1.2212	0.3983	2.5574
PC 38:7; [M+H]+@6.13	1.1234	0.6637	1.0090	1.2935	1.0591	1.0652	0.6452	0.9694	1.0555	1.1160
PC 40:10; [M+H]+@5.40	1.7912	0.7796	1.0073	1.3170	0.4631	1.0416	0.7169	0.9063	1.4633	0.5138
PC 46:6; [M+H]+@8.23	3.8967	0.2382	0.1262	1.0828	0.1934	2.9145	0.1547	0.1471	1.1019	0.1445
PC 48:6; [M+H]+@8.68	3.9771	0.1402	0.2038	0.4019	0.2288	3.5519	0.2682	0.2629	0.6735	0.2918
PE 19:1; [M+H]+@1.86	0.8091	0.7633	0.9972	0.5832	1.6524	0.6814	0.8465	1.2377	0.7555	1.6738
PE 21:4; [M+H]+@1.33	0.8324	1.2978	1.0062	1.0534	0.8516	0.8749	1.1832	1.0771	1.0396	0.7839
PE 23:4; [M+H]+@1.92	0.9169	1.2010	0.7668	1.2737	0.6627	0.9826	1.0085	0.8689	1.5737	0.7451
PE 30:1; [M+H]+@5.48	0.7500	2.7229	0.8617	0.3821	0.2739	0.7235	2.6102	0.8900	0.4228	0.3628
PE 31:0; [M+H]+@6.36	0.9012	2.0790	0.8523	0.8762	0.3785	0.8529	1.7556	1.0137	0.8153	0.4752
PE 31:1; [M+H]+@5.84	0.3581	3.3123	0.7051	0.2417	0.1532	0.3978	3.2529	0.9301	0.4371	0.2117
PE 31:2; [M+H]+@5.29	1.2942	1.7989	0.7619	0.3665	0.6724	0.6504	2.4023	1.2275	0.4914	0.3345
PE 32:1; [M+H]+@6.13	1.0201	2.6697	0.3537	0.9702	0.0887	1.1529	2.4762	0.3466	0.8385	0.0834
PE 32:2; [M+H]+@5.64	0.3070	3.7469	0.5969	0.1402	0.0867	0.2974	3.8087	0.6943	0.1991	0.1228
PE 33:0; [M+H]+@6.88	1.1868	1.2549	0.9885	0.8852	0.7253	0.8484	1.1939	1.2277	0.8551	0.8341
PE 33:1; [M+H]+@6.46	0.3507	2.1589	1.3340	0.2753	0.8105	0.3376	2.0827	1.6008	0.3139	0.7356
PE 34:1; [M+H]+@6.75	0.1915	0.5668	1.1208	0.1191	2.8687	0.2133	0.5738	1.4153	0.1319	2.7987
PE 34:2; [M+H]+@6.28	0.7354	1.6408	1.2053	0.3376	1.0111	0.7616	1.4860	1.1997	0.3943	1.2281
PE 34:4; [M+H]+@5.66	0.8384	1.0221	0.9932	0.3875	1.6051	0.9394	0.9289	1.2002	0.4630	1.6221
PE 35:2; [M+H]+@6.59	0.5581	1.7591	1.2363	0.3640	0.7610	0.4724	2.2294	1.4860	0.3538	0.7799
PE 35:3; [M+H]+@6.15	1.2813	1.1906	0.7123	1.4141	0.5323	1.4087	0.9095	0.7962	1.0863	0.6686
PE 35:4; [M+H]+@6.01	0.9576	1.2610	1.3710	0.9501	0.6893	1.0055	1.6454	0.9620	0.6124	0.5457
PE 36:1; [M+H]+@7.35	1.6616	0.8450	0.2144	2.1845	0.1257	2.0005	0.7111	0.1931	1.9166	0.1477
PE 36:2; [M+H]+@6.87	1.4602	1.0286	0.3560	1.8024	0.3857	1.7991	0.8892	0.3717	1.5308	0.3762
PE 36:4; [M+H]+@6.33	1.0725	0.7260	1.0305	0.3706	1.7925	0.9571	0.6374	1.0276	0.4310	1.9547
PE 37:3; [M+H]+@6.89	1.1447	1.1045	0.9907	0.9720	0.7841	1.1846	0.9426	0.9380	1.0419	0.8968
PE 37:5; [M+H]+@6.12	0.9795	1.6607	1.0658	0.6892	0.7148	0.8685	1.8797	0.8957	0.6597	0.5862
PE 38:1; [M+H]+@7.82	1.1067	0.9512	0.7810	0.9636	0.8799	1.2405	0.8032	0.6406	1.1428	1.4904
PE 38:3; [M+H]+@7.15	1.6802	0.9013	0.1391	2.5005	0.0645	1.8689	0.6864	0.1180	1.9756	0.0655
PE 38:4; [M+H]+@6.86	0.8039	1.0569	1.0828	0.6236	1.3599	0.8291	1.0650	1.1526	0.6552	1.3710
PE 38:5; [M+H]+@6.42	0.9472	0.9247	1.0054	0.5142	1.6144	0.8706	0.8308	0.9932	0.5784	1.7210
PE 38:6; [M+H]+@6.23	0.7888	0.9423	1.1135	0.7183	1.2768	0.8623	0.8273	1.1124	0.7995	1.5588
PE 38:7; [M+H]+@5.68	0.5620	1.8385	1.0418	0.7570	0.8204	0.7625	1.6842	0.8056	0.8521	0.8760
PE 40:1; [M+H]+@8.32	1.3956	0.9062	0.7287	1.0483	0.8771	1.1179	0.7487	0.8715	1.2670	1.0390
PE 40:2; [M+H]+@7.95	1.3443	0.9251	0.1014	2.5576	0.0636	1.7812	0.7139	0.0899	2.3361	0.0868
PE 40:4; [M+H]+@7.34	1.7683	0.8155	0.1388	2.5516	0.0653	1.7495	0.6683	0.1129	2.0717	0.0581
PE 40:7; [M+H]+@6.33	0.8995	0.9165	0.8530	1.0685	1.2331	0.8117	0.9632	0.9152	1.0336	1.3059
PE 42:3; [M+H]+@8.01	1.2319	0.8200	0.8145	1.0065	1.1453	1.1053	0.7188	0.7280	1.0128	1.4168
PE 42:6; [M+H]+@6.95	1.4145	0.9912	0.6274	0.9974	0.8667	1.5496	0.6861	0.6313	1.2815	0.9543
plasmenyl-PC 18:0; [M+Na]+@1.64	0.3153	0.4131	1.0157	0.3623	2.6883	0.4278	0.2992	0.9663	0.4869	3.0251
plasmenyl-PE 30:0; [M+H]+@6.39	1.8097	1.0128	0.5549	0.9298	0.3330	1.6985	1.0372	0.8539	0.9986	0.7715
plasmenyl-PE 31:0; [M+H]+@6.68	1.9138	1.8640	0.4751	0.9985	0.4252	1.5859	1.0215	0.6227	0.7297	0.3636
plasmenyl-PE 34:0; [M+H]+@7.55	1.7360	0.8375	0.8372	1.1160	0.5515	1.6975	0.5729	0.7484	1.2576	0.6454
plasmenyl-PE 34:1; [M+H]+@7.05	0.4641	0.6225	1.0513	0.3741	2.2269	0.5389	0.6413	1.1693	0.4331	2.4785
plasmenyl-PE 36:1; [M+H]+@7.61	0.9346	0.6219	0.8392	0.4979	1.9647	0.9624	0.5542	1.0331	0.5368	2.0552
plasmenyl-PE 36:2; [M+H]+@7.25	1.0055	0.8804	0.9034	0.6423	1.3677	1.0615	0.7434	0.9209	0.8017	1.6733
plasmenyl-PE 36:3; [M+H]+@6.89	0.7328	0.9997	1.0808	0.5768	1.5185	0.8203	0.9556	1.1119	0.5875	1.6162
plasmenyl-PE 36:4; [M+H]+@6.60	0.6770	1.2087	1.1471	0.7198	1.2107	0.7258	1.1781	1.2048	0.7011	1.2267
plasmenyl-PE 38:3; [M+H]+@7.48	1.5761	0.8023	0.1429	2.6706	0.0764	1.7600	0.6406	0.1160	2.1290	0.0861
plasmenyl-PE 38:4; [M+H]+@7.15	0.9743	1.0186	0.9656	1.0192	0.9308	0.9854	0.9682	0.9235	1.1648	1.0496
plasmenyl-PE 38:6; [M+H]+@6.51	1.0755	1.0674	0.9637	1.0211	0.8287	1.1157	0.9767	0.9063	1.1229	0.9219
plasmenyl-PE 40:5; [M+H]+@7.29	1.0999	0.9553	0.7374	1.2606	0.8073	1.0359	0.7857	0.6788	1.6532	0.9860
SM 30:1; [M]+@4.26	0.7091	1.2108	0.8338	1.3280	0.5663	1.1178	0.7363	0.8542	1.7753	0.8683
SM 31:1; [M]+@4.68	0.8629	0.9226	0.7512	1.9262	0.5875	0.7362	0.8468	0.7554	2.0361	0.5752
SM 32:0; [M]+@5.36	0.8831	0.7359	0.9355	1.2759	0.9875	0.8202	0.7282	0.9333	1.4865	1.2140
SM 32:1; [M+Na]+@5.06	1.1530	0.8650	0.7530	1.2938	0.8268	1.0065	0.7603	1.0235	1.2295	1.0887
SM 32:2; [M+Na]+@4.44	1.4595	0.7732	0.7946	1.3842	0.6072	1.0308	0.6754	0.8491	1.8373	0.5888
SM 33:1; [M+Na]+@5.41	1.5913	0.6435	0.8511	1.1240	0.9198	1.3136	0.6387	0.8595	0.9411	1.1172
SM 33:2; [M]+@4.93	1.4024	0.9739	0.6354	1.4484	0.5566	1.1159	0.7499	0.6438	1.7838	0.6898
SM 34:1; [M]+@5.72	1.0265	0.9425	0.9879	0.8171	1.1865	0.9350	0.9341	1.0731	0.8581	1.2393
SM 34:2; [M+Na]+@5.22	0.9781	0.7283	0.8509	1.0223	1.3433	0.8899	0.8387	1.0678	1.0711	1.2096
SM 35:2; [M]+@5.61	0.8139	0.9738	0.8468	1.4581	0.7970	0.7063	0.8929	1.0149	1.5518	0.9445
SM 36:0; [M]+@6.70	1.0739	1.0127	1.0756	0.7665	1.1550	0.7679	0.8108	1.2519	0.7703	1.3153
SM 36:1; [M]+@6.39	1.3881	0.9563	0.1665	2.7851	0.0884	1.5110	0.8112	0.1561	2.0493	0.0879
SM 37:1; [M]+@6.78	0.9999	1.1717	0.8688	0.9727	0.8734	0.9433	1.2381	1.1222	0.9698	0.8402
SM 37:2; [M]+@6.30	0.3444	0.7407	2.8077	0.5138	0.8187	0.4314	0.7704	1.6263	0.4283	1.5185
SM 38:0; [M]+@7.29	0.9925	0.8231	0.8563	0.9879	1.1729	0.8725	0.8233	0.9345	1.2268	1.3102
SM 38:1; [M]+@7.12	0.5592	0.9525	1.0086	0.6727	1.4971	0.6328	1.0588	1.1877	0.7397	1.6910
SM 38:2; [M]+@6.53	0.6415	1.2694	0.8247	0.7342	1.2795	0.5798	1.1618	1.1019	0.8773	1.5299
SM 38:4; [M]+@5.56	1.4230	0.5321	0.6582	0.5468	1.3701	1.0918	0.9188	0.9095	1.3850	1.1646
SM 39:1; [M]+@7.35	1.0356	0.8699	0.8505	1.0982	0.8737	1.1016	0.7832	0.7621	1.3440	1.2811
SM 39:2; [M]+@6.82	0.7180	1.0814	0.7657	0.9065	1.1840	0.9900	1.2744	1.0553	0.9192	1.1056
SM 40:0; [M]+@7.84	1.3871	0.7411	0.1294	2.9379	0.0784	1.6000	0.6034	0.1235	2.3169	0.0822
SM 40:1; [M]+@7.54	1.0505	0.9534	0.8359	1.0227	1.0106	1.0445	0.9817	0.9256	1.0796	1.0956
SM 40:4; [M]+@6.13	1.2219	1.0495	0.8688	1.0096	0.9800	0.9270	0.7969	0.9077	1.1686	1.0699
SM 41:0; [M]+@8.10	0.7947	0.8442	0.9032	0.9255	1.1174	1.1391	0.7464	0.9739	1.1421	1.4134
SM 41:1; [M]+@7.85	1.4009	0.6803	0.1512	2.7727	0.0920	1.5340	0.5453	0.1323	2.5852	0.1061
SM 41:2; [M]+@7.33	0.5134	0.9846	1.0521	0.6326	1.4129	0.6145	0.9954	1.1366	0.7435	1.9144
SM 42:1; [M]+@8.09	1.2749	0.8955	0.7454	1.0669	0.8931	1.2802	0.7219	0.8035	1.2198	1.0987
SM 42:2; [M]+@7.58	1.0643	0.9288	0.8445	1.1241	0.9115	1.0889	0.7767	0.7589	1.3003	1.2021
SM 42:4; [M]+@6.79	0.5971	1.0298	1.1211	0.6100	1.5247	0.5475	1.0123	1.3023	0.6668	1.5885
SM 42:5; [M]+@6.49	0.8988	1.1599	0.6865	1.4423	0.6736	0.9291	0.8579	1.0903	1.4286	0.8329
SM 43:1; [M]+@8.39	1.1953	0.8713	0.7042	0.9573	0.9310	1.2642	0.7531	0.8646	1.2954	1.1636
SM 43:2; [M]+@7.81	0.9362	0.9211	0.8449	1.0918	0.8426	1.0859	0.7998	0.8821	1.3949	1.2006
SM 44:1; [M]+@8.60	1.8766	0.7105	0.5808	0.9648	0.7359	1.6852	0.6351	0.6870	1.1032	1.0211
SM 44:2; [M]+@8.13	1.2998	0.8614	0.6835	1.2391	0.8077	1.1897	0.6954	0.6456	1.5036	1.0743
TG 42:0; [M+NH4]+@9.77	0.5848	0.8717	1.7172	0.3928	1.3754	0.4652	0.8487	1.8547	0.4732	1.4163
TG 42:1; [M+NH4]+@9.48	1.2993	1.1854	1.4428	0.8818	0.6811	0.5440	0.9878	1.2181	1.1253	0.6344
TG 44:1; [M+NH4]+@9.79	0.2793	1.6278	1.9800	0.2026	0.5663	0.1610	1.7079	2.5880	0.2146	0.6727
TG 44:2; [M+NH4]+@9.51	0.8139	1.8682	1.2180	0.4730	0.3998	0.3564	2.2620	1.2454	0.7498	0.6136
TG 46:0; [M+NH4]+@10.27	0.0653	0.3137	2.1454	0.0200	2.1321	0.0724	0.3092	2.3037	0.0312	2.6070
TG 46:1; [M+NH4]+@10.04	0.0750	1.1781	2.3056	0.0494	0.9762	0.0693	1.2562	2.9298	0.0606	1.0998
TG 46:2; [M+NH4]+@9.80	0.1284	2.6497	1.4921	0.1119	0.2296	0.0618	2.9589	1.9821	0.1113	0.2742
TG 46:3; [M+NH4]+@9.57	0.2171	2.7706	1.3865	0.2195	0.2795	0.1122	2.9120	1.3484	0.2733	0.4810
TG 48:0; [M+NH4]+@10.58	0.1261	0.3838	2.2729	0.0218	1.6250	0.0992	0.3486	2.7941	0.0357	2.2928
TG 48:1; [M+NH4]+@10.29	0.0734	0.9393	2.1163	0.0341	1.7126	0.0863	0.9728	2.2582	0.0591	1.7480
TG 48:2; [M+NH4]+@10.09	0.0525	1.8211	2.0363	0.0446	0.5397	0.0473	2.0342	2.7619	0.0627	0.5997
TG 48:3; [M+NH4]+@9.85	0.0662	3.0776	1.0667	0.0771	0.1753	0.0431	3.6482	1.5708	0.0783	0.1966
TG 49:0; [M+NH4]+@10.68	0.1217	0.8611	2.1838	0.0734	1.4669	0.1538	0.9527	3.2168	0.0981	0.8716
TG 49:1; [M+NH4]+@10.45	0.0818	0.9513	2.6550	0.0505	0.8185	0.0617	1.1360	3.4085	0.0625	0.7742
TG 49:2; [M+NH4]+@10.25	0.0949	2.0633	2.0055	0.0808	0.1584	0.0554	2.5848	2.6893	0.0823	0.1853
TG 49:3; [M+NH4]+@9.99	0.1915	2.7450	1.3494	0.1758	0.2044	0.0958	3.3267	1.4939	0.1563	0.2613
TG 50:0; [M+NH4]+@10.78	0.3417	0.6210	1.4974	0.1083	2.5602	0.3720	0.6458	2.3145	0.1628	1.3762
TG 50:1; [M+NH4]+@10.54	0.1147	0.6797	1.9434	0.0451	1.9197	0.1280	0.6937	2.0610	0.0796	2.3352
TG 50:2; [M+NH4]+@10.32	0.0678	1.0220	2.0582	0.0500	1.4823	0.0774	1.0892	2.5214	0.0732	1.5584
TG 50:3; [M+NH4]+@10.13	0.0803	1.8464	1.9051	0.0769	0.5541	0.0724	2.1077	2.6271	0.0983	0.6316
TG 50:4; [M+NH4]+@9.94	0.1381	1.7081	1.8566	0.1609	0.8590	0.1431	1.6016	2.2001	0.2126	1.1200
TG 50:5; [M+NH4]+@9.73	0.1656	1.6015	1.8738	0.1834	0.6509	0.1356	1.7797	2.4623	0.2965	0.8507
TG 51:1; [M+NH4]+@10.71	0.1397	1.1169	2.1989	0.1018	1.0436	0.1596	1.1690	2.8985	0.1539	1.0182
TG 51:2; [M+NH4]+@10.50	0.0697	1.3177	2.5764	0.0726	0.6082	0.0614	1.5495	3.0213	0.0923	0.6309
TG 51:3; [M+NH4]+@10.28	0.1334	2.4326	1.7961	0.1777	0.2809	0.1000	2.5528	1.9349	0.1996	0.3920
TG 51:4; [M+NH4]+@10.09	0.1334	1.2992	2.3560	0.1332	0.6114	0.0895	1.6657	2.8875	0.1930	0.6312
TG 52:0; [M+NH4]+@11.03	0.1912	0.4960	1.3963	0.1093	2.6572	0.2267	0.5484	1.8894	0.1522	2.3334
TG 52:1; [M+NH4]+@10.79	0.1236	0.5108	1.7682	0.0674	2.2633	0.1616	0.5603	2.1634	0.1068	2.2747
TG 52:2; [M+NH4]+@10.58	0.4708	1.6735	1.2566	0.6807	0.8577	0.5583	1.6386	1.1549	0.8074	0.9015
TG 52:3; [M+NH4]+@10.37	0.0907	0.7772	1.9861	0.0783	1.7097	0.1035	0.9058	2.3928	0.1016	1.8544
TG 52:4; [M+NH4]+@10.22	0.1230	0.7341	2.0231	0.1197	1.7859	0.1590	0.7656	2.3062	0.1275	1.8559
TG 52:5; [M+NH4]+@10.08	0.0599	0.9963	2.3321	0.0876	1.1653	0.0651	1.1339	2.6470	0.1040	1.4089
TG 52:6; [M+NH4]+@9.85	0.0507	1.3352	2.0187	0.1360	0.9918	0.0565	1.4598	2.3335	0.1800	1.4377
TG 53:0; [M+NH4]+@11.14	0.8085	0.9272	1.2218	0.7890	1.3098	0.8217	0.9293	1.1146	0.7916	1.2865
TG 53:2; [M+NH4]+@10.73	0.1192	1.0645	1.9298	0.1490	1.2566	0.1473	1.1141	2.5457	0.1840	1.4898
TG 53:3; [M+NH4]+@10.53	0.1345	1.4462	2.3111	0.1438	0.5236	0.1425	1.8756	2.5150	0.2215	0.6862
TG 53:4; [M+NH4]+@10.42	0.0892	1.5192	2.1454	0.1545	0.7997	0.1142	1.4900	2.4775	0.4797	0.7303
TG 53:5; [M+NH4]+@10.13	0.0438	1.4772	2.3419	0.1495	0.6512	0.0726	1.6208	2.7671	0.1586	0.7172
TG 54:1; [M+NH4]+@11.05	0.3238	0.6606	1.6064	0.1937	1.7998	0.3654	0.6702	1.9690	0.2925	2.1187
TG 54:2; [M+NH4]+@10.83	0.1095	0.4658	1.6233	0.0805	2.3917	0.1296	0.4908	1.8456	0.1256	2.7375
TG 54:3; [M+NH4]+@10.63	0.5160	1.1964	1.0962	0.9634	1.1260	0.6988	1.1650	1.0684	1.0330	1.1368
TG 54:4; [M+NH4]+@10.48	0.1149	0.7504	1.9614	0.1518	1.8223	0.1449	0.8239	2.0592	0.1672	2.0040
TG 54:5; [M+NH4]+@10.31	0.0609	0.6618	1.8735	0.0954	2.1062	0.0835	0.7157	1.9223	0.1146	2.3663
TG 54:6; [M+NH4]+@10.20	0.0363	0.6528	1.9016	0.0637	1.9816	0.0426	0.7330	2.2528	0.0775	2.2581
TG 54:7; [M+NH4]+@10.00	0.0718	1.5363	2.3143	0.1555	0.7520	0.0597	1.4740	2.3626	0.1906	1.0832
TG 54:8; [M+NH4]+@9.75	0.1841	2.3780	1.3644	0.2742	0.3275	0.4171	2.2780	1.8381	0.5097	0.4289
TG 55:4; [M+NH4]+@10.63	0.1196	1.3635	2.2877	0.3325	1.1316	0.1024	1.2308	1.7884	0.4374	1.2061
TG 55:6; [M+NH4]+@10.25	0.1203	1.8421	1.7501	0.2289	0.5703	0.0855	2.1137	2.3605	0.3007	0.6280
TG 56:3; [M+NH4]+@10.88	0.1826	0.9048	1.6992	0.2242	1.7408	0.2467	0.7268	1.6055	0.3357	2.3337
TG 56:4; [M+NH4]+@10.76	0.4700	1.8393	0.8173	1.7165	0.3345	0.6365	1.5294	0.7300	1.5806	0.3460
TG 56:5; [M+NH4]+@10.57	0.1241	1.1977	1.7824	0.3022	1.3053	0.1444	1.1724	1.9828	0.4051	1.5836
TG 56:6; [M+NH4]+@10.37	0.0572	0.7197	1.6250	0.1516	2.2427	0.0662	0.7730	1.7752	0.1817	2.4077
TG 56:7; [M+NH4]+@10.22	0.0389	0.7331	1.6728	0.1573	2.1635	0.0526	0.7365	1.8314	0.1692	2.4447
TG 56:8; [M+NH4]+@10.07	0.0617	1.4114	1.9040	0.2698	1.0095	0.0770	1.4673	2.1892	0.3291	1.2810
TG 56:9; [M+NH4]+@9.82	0.1227	1.8874	1.7312	0.7159	0.5594	0.1740	1.4771	1.9206	0.7003	0.7115
TG 58:10; [M+NH4]+@9.93	0.0430	1.0679	1.8467	0.3212	1.5074	0.0554	1.0391	2.0750	0.3347	1.7095
TG 58:1; [M+NH4]+@11.55	0.9351	0.8817	1.0550	0.4319	1.3528	1.1824	0.5961	1.6740	0.5497	1.3414
TG 58:2; [M+NH4]+@11.30	0.4280	0.9652	1.5905	0.3174	1.3653	0.5650	0.7317	1.8199	0.4954	1.7216
TG 58:3; [M+NH4]+@11.16	0.2111	0.8468	1.8683	0.3310	1.4046	0.2600	1.1124	1.7902	0.4228	1.7529
TG 58:4; [M+NH4]+@10.94	0.1569	0.8924	1.7165	0.3228	1.6195	0.2390	0.8677	2.0194	0.4259	1.7400
TG 58:5; [M+NH4]+@10.78	0.3706	1.9982	0.5996	1.8600	0.2842	0.4695	1.7443	0.5772	1.7960	0.3006
TG 58:6; [M+NH4]+@10.62	0.1353	1.4278	1.5853	0.5297	1.0791	0.1554	1.3110	1.6915	0.6532	1.4317
TG 58:7; [M+NH4]+@10.41	0.0871	0.8780	1.4304	0.3541	2.0972	0.1011	0.8585	1.5625	0.4017	2.2294
TG 58:8; [M+NH4]+@10.29	0.0966	0.8055	1.4273	0.5246	2.0108	0.1049	0.6236	1.1370	0.6301	2.6396
TG 58:9; [M+NH4]+@10.14	0.0753	1.0688	1.9351	0.4907	1.2650	0.0977	0.8968	2.0014	0.6046	1.5647
TG 60:11; [M+NH4]+@10.02	0.0903	1.1394	1.7543	0.9966	1.0500	0.1421	0.9035	1.4909	1.0662	1.3667
TG 60:12; [M+NH4]+@9.89	0.0952	1.0801	1.5512	0.9740	1.0482	0.0599	1.0074	1.7754	1.0645	1.3439
TG 60:4; [M+NH4]+@11.15	0.1794	0.7460	1.9418	0.4497	1.3496	0.3840	0.8529	2.0178	0.4291	1.6497
TG 60:9; [M+NH4]+@10.34	0.0645	1.3525	1.3624	0.8066	1.4553	0.0862	1.3577	1.2880	0.8697	1.3572
Unknown_824.7747_[M+NH4]+@9.71	1.2258	1.3179	0.3012	1.7167	0.1678	1.0242	0.6806	0.2839	3.1325	0.1492
Unknown_862.7904_[M+NH4]+@9.84	0.0944	0.8619	0.6288	0.1777	2.4880	0.1771	1.6065	1.7717	0.1137	2.0803

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

Factors:

F1	genotype:rage knockout | treatment:BSA
F2	genotype:rage knockout | treatment:conditioned media with BSA
F3	genotype:rage knockout | treatment:conditioned media with palm + oleate
F4	genotype:rage knockout | treatment:none
F5	genotype:rage knockout | treatment:palm + oleate
F6	genotype:wild type | treatment:BSA
F7	genotype:wild type | treatment:conditioned media with BSA
F8	genotype:wild type | treatment:conditioned media with palm + oleate
F9	genotype:wild type | treatment:none
F10	genotype:wild type | treatment:palm + oleate