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

(Analysis AN001054)

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
CerP 34:1; [M-H]-@5.75	1.3312	0.9398	0.6563	1.1303	0.9471	1.2995	0.9631	0.9846	1.0685	0.6796
CL 62:1; [M-2H](2-)@5.50	0.6562	3.3252	0.7422	0.2376	0.4009	0.6475	2.4941	0.7736	0.2863	0.4364
CL 66:3; [M-2H](2-)@5.72	0.3477	3.2695	0.5569	0.1539	0.4980	0.4067	3.1371	0.9538	0.1563	0.5200
CL 68:1; [M-2H](2-)@6.18	0.3329	1.7526	1.5672	0.2382	0.8121	0.3212	2.2411	1.6211	0.3201	0.7935
CL 70:1; [M-2H](2-)@5.98	0.8456	1.7579	0.9856	0.6264	0.4682	0.7707	1.7268	1.4642	0.6464	0.7083
CL 70:5; [M-2H](2-)@5.92	0.6490	1.1606	0.7673	0.3047	1.8686	0.6121	0.8350	1.2256	0.2952	2.2821
CL 72:3; [M-2H](2-)@6.19	0.7299	0.5827	0.9224	1.0381	1.4640	0.6715	0.6613	1.1983	1.2171	1.5146
CL 72:6; [M-2H](2-)@9.32	1.1672	0.2200	0.6783	1.1668	1.2201	1.1570	0.5455	0.7345	1.4700	1.6406
CL 72:7; [M-2H](2-)@9.16	1.0339	0.3692	0.7755	0.9070	1.2949	1.1294	0.4383	1.0128	0.7519	2.2870
CL 74:1; [M-2H](2-)@6.66	0.2019	0.4384	1.1391	0.1907	2.9612	0.2811	0.4618	1.1773	0.1898	2.9587
CL 74:3; [M-2H](2-)@6.20	0.4291	0.7100	0.9256	0.3146	2.4467	0.4583	0.7330	1.1098	0.5042	2.3688
CL 74:5; [M-2H](2-)@6.74	1.0568	1.0993	1.2162	0.6830	1.2380	0.9784	0.7060	1.2191	0.3363	1.4670
CL 74:7; [M-2H](2-)@6.04	0.7407	0.5197	0.7880	0.1901	2.6380	0.6146	0.4533	1.1802	0.2025	2.6730
FFA(16:0)	0.5221	0.8456	1.2491	0.4915	1.7520	0.5751	0.9833	1.2877	0.5091	1.7845
FFA(18:0)	0.5737	0.9293	1.2816	0.5476	1.5822	0.6458	1.0416	1.2556	0.5633	1.5793
FFA(18:1)	0.0628	0.3628	1.5489	0.1138	2.7646	0.0838	0.4367	1.6169	0.1387	2.8710
FFA(18:2)	0.2176	0.5958	1.3838	0.4465	2.0550	0.3036	0.6346	1.2556	0.5046	2.6029
FFA(20:0)	0.5677	0.9778	1.3029	0.5790	1.6361	0.6225	1.0806	1.1966	0.6056	1.4311
FFA(20:1)	0.1577	0.9216	1.4691	0.3857	1.6379	0.2068	1.0282	1.3590	0.4521	2.3819
FFA(20:2)	0.3303	0.8236	1.6021	0.4859	1.5911	0.4028	0.8468	1.2659	0.5577	2.0936
FFA(20:4) Arachidonic acid	0.2174	0.7926	1.5506	0.6240	1.6248	0.2874	0.8299	1.5036	0.7178	1.8519
FFA(22:0)	0.5439	0.8909	1.2331	0.5797	1.5801	0.6108	1.0493	1.1649	0.6695	1.6778
FFA(22:1)	0.3148	1.0469	1.3444	0.6277	1.3362	0.3690	1.1006	1.1345	0.7292	1.9967
FFA(22:2)	0.7021	0.9778	1.2931	0.9703	0.9613	0.7845	0.8302	0.9484	1.1765	1.3558
FFA(22:3)	0.3988	0.8589	1.0153	1.1640	1.0770	0.4691	0.6200	0.9098	1.5354	1.9517
FFA(24:0)	0.6458	0.7978	1.1857	0.7315	1.6901	0.6297	0.9492	1.0664	0.7338	1.5699
FFA(24:1)	0.5978	0.7867	0.8840	1.4373	1.0708	0.5977	0.5794	0.8117	1.6739	1.5607
FFA(24:2)	0.5820	0.8128	1.0980	1.2977	1.0593	0.5292	0.6109	0.9471	1.4210	1.6419
FFA(24:3)	0.3494	0.7523	1.2967	1.1613	1.2711	0.3694	0.8331	1.1983	1.1844	1.5840
lysoPE 16:1; [M-H]-@1.18	0.2070	1.8202	1.2108	0.2163	1.6678	0.4098	1.2091	1.5326	0.4662	1.2602
lysoPE 17:1; [M-H]-@1.51	0.3347	1.3442	1.5826	0.3554	1.7834	0.4548	1.3638	1.1201	0.5298	1.1312
lysoPE 22:6; [M-H]-@1.23	0.6506	0.7912	0.7555	0.8254	1.2718	0.8028	0.6121	0.7679	1.4697	2.0530
N-(hexadecanoyl)-sphing-4-enine; [M-H]-@6.77	0.4582	0.7605	1.1050	0.4594	2.1569	0.4988	0.8285	1.1252	0.4382	2.1694
N-(hexadecanoyl)-sphinganine; [M-H]-@7.04	0.8801	0.7032	0.7900	0.7233	2.2730	0.8055	0.6025	0.7370	0.6741	1.8113
N-(octadecanoyl)-sphing-4-enine; [M-H]-@7.40	0.9129	1.4191	0.9247	0.9939	0.9743	0.9979	0.7245	0.7727	1.1522	1.1278
N-(tetracosanoyl)-sphing-4-enine; [M-H]-@8.88	1.5669	0.7870	0.6876	1.0034	0.8448	1.4022	0.7575	0.8049	1.0960	1.0496
PC 26:0; [M-Ac-H]-@4.43	3.7320	0.2405	0.1692	0.2533	0.2557	3.9142	0.1106	0.8432	0.3736	0.1078
PC 28:0; [M-Ac-H]-@5.13	1.6279	1.0413	0.5657	1.0769	0.3373	1.9502	0.9743	0.6519	1.2001	0.5743
PC 28:1; [M-Ac-H]-@4.59	2.1396	1.0320	0.3058	0.5685	0.4174	2.6814	1.2534	0.3614	0.7596	0.4809
PC 29:0; [M-Ac-H]-@5.48	0.9258	1.1356	0.9132	0.9302	0.8743	1.0689	1.4820	0.8700	0.9406	0.8595
PC 29:1; [M-Ac-H]-@4.96	0.8761	1.9145	1.3052	0.5710	0.2542	0.5560	2.4327	1.2824	0.4388	0.3691
PC 30:0; [M-Ac-H]-@5.83	1.0347	1.0171	0.9328	0.8336	0.7956	1.1729	1.1518	0.9539	0.9921	1.1155
PC 30:1; [M-Ac-H]-@5.30	1.0341	2.1727	0.5773	0.9806	0.1564	0.9945	1.8393	0.5488	1.4816	0.2148
PC 31:0; [M-Ac-H]-@6.19	0.6189	1.4429	1.0840	0.6937	0.9302	0.6732	1.6329	1.0778	0.8855	0.9610
PC 31:1; [M-Ac-H]-@5.62	0.4261	2.0627	0.7859	0.4380	1.2965	0.5357	1.6617	0.8270	0.8605	1.1059
PC 32:1; [M-Ac-H]-@5.95	0.5403	1.5420	1.3257	0.4692	0.7749	0.6415	1.7962	1.3792	0.5511	0.9800
PC 33:0; [M-Ac-H]-@6.70	0.8499	1.2667	1.0197	0.9383	0.7144	0.8546	1.4998	0.8631	1.0104	0.9832
PC 33:1; [M-Ac-H]-@6.30	1.0110	1.5820	0.7236	0.6871	0.8499	1.0205	1.2557	1.2175	0.7624	0.8903
PC 34:1; [M-Ac-H]-@6.55	0.3030	0.5404	1.1571	0.3321	2.4824	0.3704	0.5765	1.2391	0.4103	2.5887
PC 34:2; [M-Ac-H]-@6.10	0.5910	1.1996	1.2265	0.4819	1.1056	0.7803	1.3441	1.1985	0.5900	1.4825
PC 34:3; [M-Ac-H]-@5.68	1.0321	1.4232	0.7998	0.7726	0.8060	1.1930	1.1209	0.7573	0.8869	1.2083
PC 34:4; [M-Ac-H]-@5.50	1.4526	0.5646	0.4080	2.0872	0.3294	1.3313	0.5688	0.4213	2.3799	0.4570
PC 34:5; [M-Ac-H]-@5.05	1.1197	0.6164	0.5072	2.5471	0.2911	0.9879	1.2889	0.5254	1.8321	0.2842
PC 35:1; [M-Ac-H]-@6.86	1.0560	1.1119	0.6886	1.4448	0.4560	1.3287	0.9273	0.6397	1.6983	0.6487
PC 35:2; [M-Ac-H]-@6.45	0.7985	1.2272	0.7218	0.5934	1.4036	0.6910	1.0064	1.0423	0.9299	1.5859
PC 35:3; [M-Ac-H]-@6.03	0.8653	0.7625	0.6688	1.3000	0.9309	1.2198	0.5847	0.5653	1.8662	1.2366
PC 35:4; [M-Ac-H]-@5.86	1.3222	0.8731	0.7993	1.2690	0.7256	0.9835	0.7659	0.7777	1.6124	0.8713
PC 36:1; [M-Ac-H]-@7.16	0.9623	0.6175	0.9817	0.8877	1.1659	1.1584	0.6875	0.9693	1.0390	1.5308
PC 36:3; [M-Ac-H]-@6.30	0.9410	0.7506	0.6474	1.3123	0.9529	1.2505	0.5066	0.6033	1.6634	1.3721
PC 36:4; [M-Ac-H]-@6.09	0.7806	0.6315	1.0476	0.9345	1.3612	0.8214	0.7259	1.0043	1.0221	1.6707
PC 36:5; [M-Ac-H]-@5.61	0.7942	1.5572	0.6890	1.5049	0.3098	0.8961	1.3519	0.6729	1.8528	0.3712
PC 36:6; [M-Ac-H]-@5.32	0.9092	0.9354	0.7341	1.5348	1.0884	1.1811	0.8144	0.8989	1.3914	0.5122
PC 37:2; [M-Ac-H]-@7.03	1.1253	1.1469	0.6802	1.4624	0.4977	1.1817	0.8034	0.5412	1.9864	0.5748
PC 37:3; [M-Ac-H]-@6.63	1.3237	0.8036	0.4808	1.9205	0.3709	1.2864	0.6816	0.3632	2.1959	0.5734
PC 37:4; [M-Ac-H]-@6.40	1.2209	0.8948	0.7112	1.3194	0.8700	0.9592	0.6487	0.8027	1.4329	1.1402
PC 37:6; [M-Ac-H]-@5.72	0.6933	1.0318	0.9873	0.9971	1.2689	0.6958	0.6605	0.9163	1.0964	1.6526
PC 38:2; [M-Ac-H]-@7.30	1.0080	0.7205	0.8526	1.0239	1.1813	1.2242	0.7426	0.7489	1.0683	1.4296
PC 38:3; [M-Ac-H]-@6.97	1.0383	0.7203	0.7335	1.7070	0.6875	1.2616	0.7087	0.4775	1.6688	0.9967
PC 38:4; [M-Ac-H]-@6.67	1.2185	0.5988	0.4332	2.3203	0.2347	1.2549	0.4911	0.3617	2.8007	0.2861
PC 38:5; [M-Ac-H]-@6.23	0.5775	0.6229	0.8921	1.1057	1.5829	0.7197	0.6732	0.8985	1.1998	1.7276
PC 38:6; [M-Ac-H]-@5.94	0.8625	0.4030	0.8609	0.9478	1.4662	1.0326	0.5936	0.8287	0.9427	2.0621
PC 39:4; [M-Ac-H]-@7.09	0.7957	1.2556	0.6216	1.6283	0.6579	1.0945	0.8008	0.5902	1.7797	0.7758
PC 40:0; [M-Ac-H]-@8.62	3.1947	0.3768	0.4367	0.9165	0.1562	2.9864	0.2653	0.2552	0.9632	0.4490
PC 40:1; [M-Ac-H]-@8.18	2.8331	0.4420	0.3767	0.6661	0.6574	2.3497	0.5249	0.4327	0.9395	0.7779
PC 40:4; [M-Ac-H]-@7.11	1.3308	0.8226	0.6833	1.2980	0.7566	1.3114	0.9097	0.5635	1.5249	0.7993
PC 40:5; [M-Ac-H]-@6.78	1.0488	0.8084	0.5692	1.5330	0.8951	1.1763	0.7385	0.6288	1.8214	0.7806
PC 40:6; [M-Ac-H]-@6.55	1.0716	0.5100	0.5682	1.8741	0.7480	1.1628	0.4748	0.4769	2.0874	1.0262
PC 40:7; [M-Ac-H]-@6.18	0.8273	0.6299	0.6335	1.3205	1.1498	1.0448	0.3760	0.5181	1.7154	1.7847
PC 42:0; [M-Ac-H]-@9.05	5.1294	0.0985	0.0669	0.3442	0.0366	3.6570	0.0901	0.1164	0.3897	0.0712
PC 42:10; [M-Ac-H]-@5.65	1.4165	0.6559	0.7280	1.3865	0.8237	1.2634	0.5979	0.5660	1.6111	0.9510
PC 42:1; [M-Ac-H]-@8.63	3.1184	0.1437	0.3467	0.8017	0.4760	3.1600	0.1137	0.2161	1.1291	0.4947
PC 42:2; [M-Ac-H]-@8.23	2.6067	0.4705	0.4021	1.2457	0.5400	2.4790	0.2720	0.2557	1.1977	0.5305
PC 42:4; [M-Ac-H]-@7.58	0.8310	0.7412	0.8937	0.6817	1.7350	1.0949	0.6562	1.0186	0.8737	1.4740
PC 42:5; [M-Ac-H]-@7.16	1.7572	0.5685	0.3334	1.9210	0.3685	1.2732	0.5422	0.4024	2.3366	0.4970
PC 42:6; [M-Ac-H]-@6.83	1.2438	0.5732	0.3439	1.9453	0.3939	1.3730	0.5593	0.3250	2.7591	0.4836
PC 42:9; [M-Ac-H]-@5.86	1.4460	0.4354	0.4705	2.0091	0.4183	1.1065	0.3258	0.4223	2.3852	0.9808
PC 46:5; [M-Ac-H]-@8.35	2.7850	0.4722	0.4587	0.9455	0.4476	1.9414	0.6375	0.6331	1.2360	0.4430
PE 30:0; [M-H]-@6.01	0.4926	1.3389	0.9323	0.4938	1.2360	0.5672	1.5383	1.2130	0.5241	1.6639
PE 32:0; [M-H]-@6.66	0.7196	1.0905	0.9334	0.5067	1.5674	0.7141	0.9574	1.0719	0.6697	1.7692
PE 33:2; [M-H]-@5.98	0.2659	3.9464	0.6353	0.2280	0.1941	0.2677	3.1535	0.7687	0.2959	0.2444
PE 34:3; [M-H]-@5.86	0.3586	1.1212	1.0671	0.3269	1.8346	0.4895	1.2222	1.2563	0.3544	1.9692
PE 35:0; [M-H]-@7.41	1.1693	0.8666	0.6792	1.0007	1.1681	1.1044	1.0934	1.0211	1.0049	0.8923
PE 35:1; [M-H]-@7.06	0.7397	1.3612	0.9602	0.6427	1.0366	0.8245	1.2090	1.0798	0.8796	1.2667
PE 36:0; [M-H]-@7.76	1.2595	0.8432	0.7728	1.1815	0.8734	1.2029	0.6465	0.7886	1.4620	0.9696
PE 36:3; [M-H]-@6.49	0.7090	0.8400	0.8228	0.4638	1.8144	0.9182	0.6386	0.9556	0.5465	2.2910
PE 36:5; [M-H]-@5.88	0.3985	1.1410	0.9916	0.2238	1.9059	0.4543	1.2970	1.1856	0.2914	2.1109
PE 37:1; [M-H]-@7.58	0.8997	1.1465	0.8808	0.8165	0.7980	0.9310	0.8699	1.0173	1.2301	1.4100
PE 37:4; [M-H]-@6.60	0.6629	1.0442	1.1403	0.5609	1.4437	0.7324	1.1842	1.2285	0.6298	1.3732
PE 38:1; [M-H]-@7.82	0.7959	0.7049	0.9357	0.5111	1.4104	0.8443	0.8238	0.9959	0.6424	2.3356
PE 38:2; [M-H]-@7.43	1.2883	1.0137	0.7947	0.8128	0.7061	1.4245	0.7268	0.8067	1.0151	1.4114
PE 39:4; [M-H]-@7.01	0.7037	1.1871	1.0319	0.6420	1.3995	0.5844	1.3173	1.0034	0.7238	1.4069
PE 39:6; [M-H]-@6.54	1.2042	1.1068	0.6750	1.1280	0.6516	1.0211	1.0057	0.6028	1.6741	0.9306
PE 40:0; [M-H]-@8.67	0.5439	0.8958	0.7278	0.8831	1.7691	0.4789	1.0297	1.0380	0.7677	1.8662
PE 40:5; [M-H]-@7.00	0.7467	0.9592	1.0182	0.6515	1.3436	0.8610	1.0996	1.0805	0.7526	1.4872
PE 40:6; [M-H]-@6.77	0.8737	0.9705	0.9762	0.8753	1.2110	0.9653	1.0233	0.8852	0.9669	1.2526
PE 42:1; [M-H]-@8.78	0.9260	0.7769	0.7953	0.8934	1.2290	0.8337	0.8127	0.7604	1.1295	1.8430
PE 42:4; [M-H]-@7.74	1.2245	1.0689	0.8114	0.6910	1.0424	1.1640	1.0156	0.8757	0.9141	1.1923
PG 30:0; [M-H]-@5.17	3.0263	0.6233	0.7266	0.1828	0.3477	2.8155	0.7619	0.7953	0.3623	0.3584
PG 31:0; [M-H]-@5.49	1.9414	1.8021	1.0047	0.3379	0.2371	1.6579	1.6700	0.8255	0.3568	0.1666
PG 32:0; [M-H]-@5.77	1.9031	0.9112	1.0592	0.4027	0.6691	1.7825	0.9702	1.2915	0.2719	0.7386
PG 32:1; [M-H]-@5.12	1.3388	1.8521	1.2472	0.1672	0.3982	1.2692	1.7840	1.2614	0.2105	0.4714
PG 32:2; [M-H]-@4.68	0.1356	3.2699	0.8838	0.0491	0.0782	0.1175	4.4215	0.9343	0.0526	0.0574
PG 33:1; [M-H]-@5.56	0.6713	1.8878	1.3344	0.2838	0.8367	0.6233	1.8971	1.4480	0.3252	0.6924
PG 33:2; [M-H]-@4.73	0.2175	3.2623	1.0057	0.0822	0.0342	0.1925	4.1848	0.8723	0.0616	0.0869
PG 34:1; [M-H]-@5.79	0.5354	0.4432	1.0885	0.2494	2.4906	0.5579	0.4964	1.3833	0.2761	2.4793
PG 34:2; [M-H]-@5.17	0.2482	2.4159	1.8119	0.0713	0.3691	0.3251	2.1807	1.9995	0.1146	0.4637
PG 34:3; [M-H]-@4.67	0.3254	2.8932	0.9952	0.3433	0.2984	0.4676	3.0743	0.8620	0.3141	0.4265
PG 35:2; [M-H]-@5.38	0.3365	2.7954	1.4399	0.2847	0.2882	0.4069	2.3260	1.4930	0.3058	0.3236
PG 35:3; [M-H]-@5.00	0.5888	2.6513	0.8935	0.4499	0.3743	0.7315	2.2011	0.7049	1.1824	0.2222
PG 36:0; [M-H]-@6.92	1.1410	0.6124	0.7701	1.2791	0.8583	1.0976	0.8098	0.8505	1.6155	0.9656
PG 36:1; [M-H]-@6.50	1.1154	0.9106	0.7051	1.3973	0.6129	0.9289	0.7763	0.6557	2.1706	0.7273
PG 36:2; [M-H]-@5.86	0.1194	0.4054	1.2865	0.0684	2.9793	0.1596	0.5014	1.3523	0.0984	3.0293
PG 36:3; [M-H]-@5.30	0.3860	0.9749	1.2968	0.3702	1.7670	0.4507	1.1132	1.1623	0.4583	2.0207
PG 36:4; [M-H]-@5.48	1.6293	0.6134	0.9034	0.4015	1.4440	1.3028	0.6033	1.5369	0.5078	1.0576
PG 36:5; [M-H]-@4.59	0.3597	3.5844	0.7900	0.3906	0.1666	0.3530	3.1441	0.6025	0.4204	0.1887
PG 36:6; [M-H]-@4.18	0.9497	2.2204	0.6835	0.8432	0.2935	1.2435	1.8331	0.9079	0.7977	0.2274
PG 37:5; [M-H]-@4.91	0.8722	2.2830	0.6146	1.2729	0.1689	0.6668	1.5608	0.6273	1.6383	0.2952
PG 38:2; [M-H]-@6.22	0.4748	1.0858	1.2536	0.3522	1.3234	0.6149	1.1357	1.1656	0.4119	2.1821
PG 38:3; [M-H]-@5.82	0.5741	1.0875	1.2333	0.5534	1.2782	0.6796	1.1819	1.0051	0.6504	1.7565
PG 38:4; [M-H]-@5.51	1.1883	1.1302	0.7484	0.7729	1.3646	1.0564	0.7695	0.9163	0.6435	1.4098
PG 38:5; [M-H]-@5.17	0.7963	1.4375	0.9722	1.0318	0.8976	0.8172	1.0247	0.8006	1.2146	1.0076
PG 38:6; [M-H]-@4.82	0.7188	1.5012	1.1158	0.8686	0.8375	0.7169	1.4889	0.8560	0.9332	0.9631
PG 38:7; [M-H]-@4.45	0.3908	2.8678	1.2931	0.4973	0.1644	0.5318	2.5277	0.8894	0.5974	0.2403
PG 39:6; [M-H]-@5.00	0.5336	0.9643	1.0830	0.4521	1.3491	0.5072	1.6572	1.1109	0.8854	1.4571
PG 39:7; [M-H]-@4.83	0.5866	2.2413	0.9035	1.1247	0.1763	0.6186	2.2005	0.6332	1.3137	0.2015
PG 40:5; [M-H]-@5.65	0.6887	1.1011	1.0723	0.8943	1.2263	0.6856	1.0227	0.9055	1.0977	1.3058
PG 40:6; [M-H]-@5.36	0.3945	0.7927	1.3000	0.7986	1.7422	0.4329	0.7811	0.9746	0.9095	1.8740
PG 40:7; [M-H]-@5.06	0.6357	0.8225	1.0101	1.1286	1.3337	0.7230	0.5423	0.7187	1.4072	1.6783
PG 40:8; [M-H]-@4.68	0.8078	1.2538	0.4335	2.6655	0.2898	0.8099	0.9298	0.2596	2.2009	0.3493
PG 40:9; [M-H]-@4.33	0.3216	1.0753	0.3989	2.9684	0.2369	0.3749	1.4240	0.3327	2.5565	0.3109
PG 42:10; [M-H]-@4.60	0.7762	0.9329	0.3176	3.2704	0.1838	0.6751	0.7343	0.1647	2.7235	0.2216
PG 42:11; [M-H]-@4.25	0.2239	0.8345	0.4441	3.1574	0.2356	0.2211	0.5459	0.2430	3.5917	0.5028
PG 42:6; [M-H]-@5.80	1.2052	0.8989	0.5771	1.7174	0.4728	1.2102	0.6620	0.5620	2.0843	0.6100
PG 42:8; [M-H]-@5.23	1.1051	0.8988	0.2617	2.9408	0.1406	0.9436	0.6438	0.1618	2.7042	0.1995
PG 42:9; [M-H]-@4.87	0.8395	0.9901	0.2799	3.2262	0.1760	0.7370	0.6620	0.2194	2.6551	0.2148
PG 44:10; [M-H]-@5.12	0.7157	0.6639	0.4610	3.7323	0.3191	0.5202	0.4585	0.2854	2.5646	0.2794
PG 44:11; [M-H]-@4.78	0.5762	0.5030	0.3200	3.7254	0.2616	0.5792	0.3651	0.1867	3.1896	0.2932
PG 44:12; [M-H]-@4.55	0.6534	0.5289	0.3773	3.5419	0.2610	0.6566	0.3278	0.2130	3.0706	0.3695
PG 44:8; [M-H]-@5.71	1.1878	0.7149	0.6019	1.8605	0.9672	0.9943	0.6250	0.4795	1.7843	0.7847
PG 44:9; [M-H]-@5.34	0.7472	1.0554	0.5151	2.7763	0.3149	0.5698	0.8849	0.3809	2.3466	0.4088
PI 34:1; [M-H]-@5.72	0.9083	0.7944	0.9896	0.7538	1.2750	0.9744	0.9709	1.0095	0.8157	1.5083
PI 34:2; [M-H]-@5.27	1.0340	1.4804	0.8886	0.6796	0.9640	0.9861	1.4783	0.9016	0.7301	0.8573
PI 36:1; [M-H]-@6.35	1.2696	0.4167	0.7863	0.3357	1.8761	1.1971	0.3863	0.8598	0.4969	2.3754
PI 36:2; [M-H]-@5.85	0.4672	0.2249	0.9255	0.2548	2.8096	0.4100	0.2870	0.9486	0.2407	3.4316
PI 36:4; [M-H]-@5.27	0.6653	0.7582	1.3681	0.4373	1.7650	0.6487	0.8737	1.2858	0.4423	1.7556
PI 38:3; [M-H]-@6.19	1.0819	0.6338	0.7968	1.7698	0.7495	0.7941	0.5962	0.9469	1.5607	1.0703
PI 38:4; [M-H]-@5.90	0.6939	0.7064	0.9798	1.8212	0.7521	0.5481	0.5558	0.7355	2.0632	1.1438
PI 38:5; [M-H]-@5.37	0.4673	0.7178	1.3648	0.6494	1.7356	0.4828	0.9232	1.3553	0.6262	1.6775
PI 40:4; [M-H]-@6.35	1.6213	0.9669	0.8584	0.8902	0.5689	1.2336	1.1123	0.8763	0.9211	0.9510
PI 40:5; [M-H]-@5.97	1.3950	0.7434	0.8093	1.3605	0.7729	1.1883	0.6529	0.6227	1.5109	0.9442
PI 40:6; [M-H]-@5.65	1.6502	1.0492	0.7440	1.0677	0.5388	1.4674	0.9194	0.6708	1.1425	0.7498
plasmenyl-PE 32:0; [M-H]-@7.00	0.9060	0.8939	1.2450	0.4680	1.0636	0.9929	1.0387	1.5520	0.4999	1.3402
plasmenyl-PE 32:1; [M-H]-@6.50	0.7963	2.1075	0.8578	0.6233	0.5545	0.8754	1.7171	0.9915	0.8905	0.5861
plasmenyl-PE 33:1; [M-H]-@6.82	0.6122	1.7589	1.1097	0.5218	0.8964	0.6371	1.8086	1.0799	0.6809	0.8946
plasmenyl-PE 34:2; [M-H]-@6.63	0.5888	0.9151	0.9582	0.3853	1.8228	0.8052	0.9149	1.0458	0.4198	2.1443
plasmenyl-PE 34:3; [M-H]-@6.45	1.1590	1.1265	0.9862	1.0777	0.7743	1.0603	0.7423	1.0389	0.9903	1.0443
plasmenyl-PE 36:0; [M-H]-@8.03	0.5015	0.5502	1.3138	0.3522	1.7850	0.6757	0.7582	1.6114	0.4399	2.0120
plasmenyl-PE 36:5; [M-H]-@6.26	0.4882	0.8546	1.1882	0.6694	1.6065	0.5349	0.9377	1.1453	0.7736	1.8015
plasmenyl-PE 38:1; [M-H]-@8.11	1.1694	0.8031	0.5515	0.6335	1.1636	1.7210	0.6082	0.5723	0.9453	1.8321
plasmenyl-PE 38:2; [M-H]-@7.71	0.7034	0.8897	0.9142	0.4744	1.4551	1.1232	0.9494	0.8814	0.5660	2.0432
plasmenyl-PE 38:5; [M-H]-@6.70	0.8384	1.0800	0.8024	1.1808	0.9100	0.9361	0.8606	0.8047	1.4850	1.1021
plasmenyl-PE 40:1; [M-H]-@8.55	1.1549	0.6730	0.6541	0.6551	1.3429	1.3153	0.6403	0.7089	0.9065	1.9491
plasmenyl-PE 40:2; [M-H]-@8.18	1.4201	0.8380	0.4835	0.6695	0.8549	1.6685	0.5522	0.4940	1.3627	1.6565
plasmenyl-PE 40:4; [M-H]-@7.57	0.6471	0.8166	1.0625	0.7718	1.5824	0.6449	0.9719	1.0993	0.8400	1.5636
plasmenyl-PE 40:6; [M-H]-@7.14	0.5973	0.9539	1.2205	0.5784	1.4770	0.6845	1.0264	1.1053	0.5827	1.7739
plasmenyl-PE 42:4; [M-H]-@8.00	0.4815	0.5145	0.9587	0.5180	2.3331	0.5205	0.6246	1.0760	0.4997	2.4735
plasmenyl-PE 42:5; [M-H]-@7.80	1.0332	0.9434	0.6985	1.0986	0.9639	1.0306	0.7663	0.7542	1.5565	1.1548
plasmenyl-PE 42:6; [M-H]-@7.69	0.6766	0.8928	0.9982	0.7119	1.4489	0.6926	0.8310	1.0268	0.9094	1.8118
PS 30:0; [M-H]-@5.05	0.6407	1.3715	1.2008	0.4581	1.2057	0.9747	1.6679	1.4876	0.6781	0.3148
PS 32:0; [M-H]-@5.81	0.4972	1.2992	1.1572	0.5769	1.1036	0.5670	1.5500	1.3352	0.6572	1.2566
PS 32:1; [M-H]-@5.23	0.4695	2.0543	1.6141	0.2809	0.5263	0.3868	2.0968	1.7084	0.3954	0.4676
PS 34:1; [M-H]-@5.89	0.4780	0.8550	1.0207	0.4280	2.0067	0.4897	0.7867	1.1460	0.5062	2.2829
PS 34:2; [M-H]-@5.38	0.7547	1.4122	1.2802	0.4430	1.2321	0.5560	1.3406	1.2202	0.4223	1.3387
PS 35:1; [M-H]-@6.19	0.6152	0.6281	0.7624	0.2580	2.8781	0.4669	0.4899	0.9205	0.2946	2.6865
PS 36:1; [M-H]-@6.47	0.6944	0.7676	1.1139	0.6940	1.4805	0.7669	0.9136	1.2219	0.7031	1.6440
PS 36:2; [M-H]-@5.91	0.8939	0.6398	0.8713	0.7069	1.5619	1.0918	0.5851	0.8116	0.8491	1.9887
PS 36:4; [M-H]-@5.40	0.2407	0.7142	1.2699	0.1863	2.7905	0.2760	0.7383	1.4595	0.1977	2.1267
PS 36:5; [M-H]-@4.98	0.1449	0.6489	1.7734	0.2354	2.2624	0.2968	1.1261	1.3314	0.2477	1.9331
PS 38:2; [M-H]-@6.56	0.8915	1.0788	1.1430	0.7856	0.8870	1.1726	0.8616	0.8128	0.9858	1.3814
PS 38:3; [M-H]-@6.30	1.2203	0.9950	0.6335	1.5827	0.5131	1.3403	0.7514	0.6642	1.4904	0.8093
PS 38:4; [M-H]-@5.93	1.1316	0.9204	0.8168	1.3027	0.6928	1.1138	0.8686	0.7485	1.4972	0.9076
PS 38:5; [M-H]-@5.52	0.4093	0.9340	1.3919	0.2869	1.6705	0.4414	0.9803	1.4638	0.4189	2.0029
PS 38:6; [M-H]-@5.28	0.3322	0.8616	1.2476	0.2359	2.2930	0.4714	0.6854	1.2117	0.4174	2.2438
PS 40:4; [M-H]-@6.44	0.9197	0.9568	1.0733	0.8438	1.1255	0.8950	1.0852	1.0690	0.8979	1.1337
PS 40:5; [M-H]-@6.04	0.9924	0.8698	1.0095	0.8780	0.8979	1.0021	1.1638	0.9884	0.9585	1.2396
PS 40:6; [M-H]-@5.86	1.2603	1.0258	0.6940	1.0901	0.6352	1.4002	0.8312	0.7127	1.3844	0.9659
PS 40:7; [M-H]-@5.40	1.0762	1.1283	0.8461	0.7648	1.2608	1.0162	0.9914	0.9666	0.6578	1.2918
Unknown_782.4972_[M-H]-@5.99	0.4664	0.8638	1.3580	0.3410	1.5821	0.3875	0.8754	1.1980	0.3415	2.5863
Unknown_795.5176_[M-H]-@5.59	0.4386	0.7705	1.3071	0.6158	1.0933	0.4925	0.8486	1.2463	0.6654	2.5220

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