Data for High fat diet and sciatic nerves functions (Study ST000780)

(Analysis AN001234)

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	F11	F12
CL 66:2; [M-2H](2-)@5.94	1.2093	1.0127	1.1260	1.0979	0.8079	0.9662	0.7857	1.2598	0.6400	0.8274	0.8089	1.4583
CL 66:3; [M-2H](2-)@5.78	1.6375	0.9525	0.7391	1.3290	1.2838	1.0994	1.1822	0.7535	0.7993	0.8345	0.5776	0.8118
CL 68:1; [M-2H](2-)@7.43	0.6105	1.0216	1.7168	0.9346	1.1799	1.0236	0.7769	0.6793	1.3008	0.6807	1.0379	1.0374
CL 68:2; [M-2H](2-)@5.86	1.4601	0.6597	1.0117	1.0654	1.0618	1.3739	0.6880	0.7543	1.0760	1.0849	0.6669	1.0973
CL 68:2; [M-2H](2-)@7.68	0.7172	1.1805	1.7407	0.8910	0.6997	1.0484	0.7850	0.7070	1.1514	0.8313	1.2147	1.0329
CL 68:3; [M-2H](2-)@6.15	1.1163	0.7789	1.0339	1.1639	0.9236	1.1613	1.0197	0.9852	1.1522	1.1679	0.6175	0.8796
CL 70:2; [M-2H](2-)@7.60	0.8150	0.8773	1.5240	1.0501	0.9431	1.1953	0.9320	0.6009	1.0085	0.9981	1.0233	1.0323
CL 70:4; [M-2H](2-)@6.66	1.5336	0.9843	1.3876	0.8296	1.3224	0.8421	0.9960	0.8366	0.8917	0.8839	0.8399	0.6524
CL 70:5; [M-2H](2-)@6.05	1.3916	0.8876	0.6635	1.1629	1.2288	0.8100	1.2740	1.0767	0.8862	1.2132	0.7371	0.6683
CL 72:0; [M-2H](2-)@7.89	1.2064	0.8001	1.3855	0.6741	1.0383	1.2861	0.7846	0.9922	1.1085	0.7847	1.0289	0.9106
CL 72:2; [M-2H](2-)@7.33	1.3352	0.5569	1.4408	1.0003	0.6878	1.1326	0.7886	0.8248	1.3348	0.9234	0.6297	1.3450
CL 72:4; [M-2H](2-)@6.98	1.0471	1.1336	1.2952	0.7624	1.1031	0.9314	0.9038	0.9259	1.2765	0.8729	0.8349	0.9131
CL 72:6; [M-2H](2-)@6.94	0.8335	1.0956	0.8676	0.7624	0.9842	0.7087	0.9440	1.3452	1.2099	1.1501	1.1029	0.9960
CL 72:7; [M-2H](2-)@6.20	0.8216	0.8303	1.0774	1.0502	1.1447	1.1846	0.7329	0.6561	0.8559	1.2502	1.0461	1.3501
CL 72:8; [M-2H](2-)@5.55	1.1872	1.2206	1.0275	0.9157	1.2780	1.1743	0.6816	0.7877	0.9430	1.0201	0.7200	1.0442
CL 72:9; [M-2H](2-)@6.22	0.6400	0.8915	1.5983	0.9744	0.9416	0.9120	0.5747	0.8865	1.5846	0.6500	1.2285	1.1179
CL 74:1; [M-2H](2-)@6.77	1.1909	0.9678	0.8058	1.1136	1.2468	0.9930	1.1488	0.9246	0.7983	1.1352	0.9439	0.7313
CL 74:2; [M-2H](2-)@8.14	0.9020	1.2422	0.9646	0.8126	0.9052	1.1382	0.8414	0.7136	1.3423	1.4384	0.9489	0.7506
CL 74:3; [M-2H](2-)@6.25	0.9663	1.1038	0.6646	0.8808	0.9370	0.8855	1.5360	1.1403	0.9164	1.1868	0.9978	0.7846
CL 74:4; [M-2H](2-)@6.41	1.0238	0.8978	0.5992	0.8690	1.0378	0.6862	1.4052	1.2148	0.9458	1.3055	1.1424	0.8726
CL 74:5; [M-2H](2-)@6.42	1.1011	0.8816	0.6552	0.8808	1.0486	0.7154	1.2038	1.2234	1.0970	1.1618	1.0204	1.0110
CL 74:7; [M-2H](2-)@5.99	0.9552	0.6744	0.6212	0.8036	0.8804	0.6859	1.4483	1.5138	1.0276	1.4785	1.0257	0.8855
CL 74:9; [M-2H](2-)@5.84	1.2313	1.2095	1.1667	1.0382	1.4487	1.1834	0.8111	0.9298	0.8041	0.7209	0.7608	0.6956
CL 76:1; [M-2H](2-)@5.85	1.4734	0.6654	1.0081	0.8709	1.4321	1.1213	1.1031	1.0044	1.0289	0.9869	0.5888	0.7167
CL 76:2; [M-2H](2-)@3.80	0.7305	1.2546	2.3261	0.6970	0.8446	1.0331	0.4605	0.6372	1.2860	0.5777	0.9549	1.1978
CL 76:3; [M-2H](2-)@6.77	1.3355	0.8472	0.7469	0.8220	0.9937	0.9870	1.1002	1.3265	1.0321	0.8957	0.8736	1.0397
CL 76:5; [M-2H](2-)@6.26	0.9895	1.1002	1.1706	0.9214	0.8368	1.1767	0.7249	0.8903	1.2645	0.9858	0.9061	1.0333
CL 76:6; [M-2H](2-)@6.51	0.8438	0.9088	1.0325	0.6431	1.1921	1.3405	0.9234	0.7973	1.0946	0.9175	1.3103	0.9961
CL 76:8; [M-2H](2-)@6.90	0.7332	1.5543	1.1688	1.0496	1.0296	0.7334	0.6892	1.4836	0.9108	0.7444	1.0379	0.8652
CL 78:0; [M-2H](2-)@7.01	1.4659	0.5293	1.5633	1.0331	0.7844	1.3694	0.9911	0.5782	0.8298	1.0415	0.7879	1.0263
CL 78:10; [M-2H](2-)@6.08	1.0563	0.9731	0.5422	0.6375	1.2432	0.7253	1.4339	1.5340	0.8288	1.0969	1.3263	0.6026
CL 78:12; [M-2H](2-)@5.80	1.1692	1.4302	1.2866	1.0627	0.8582	0.9015	0.8291	0.9870	0.8200	0.7062	0.9023	1.0471
CL 78:13; [M-2H](2-)@6.08	0.9423	1.1471	1.2688	1.2260	1.0133	1.0203	0.9718	0.8903	0.9137	0.7789	1.0302	0.7972
CL 78:2; [M-2H](2-)@7.01	0.9797	0.9387	0.9085	1.1233	0.9958	0.8603	1.0276	1.2892	0.8740	1.2907	0.6429	1.0694
CL 78:3; [M-2H](2-)@7.15	1.3029	1.0246	0.9676	1.1909	1.1275	0.9905	1.0776	1.0015	0.7834	1.1250	0.6828	0.7258
CL 78:4; [M-2H](2-)@7.12	1.0302	1.1771	0.7846	1.0223	1.2102	0.9546	1.1162	1.1673	0.8325	0.9019	1.0341	0.7690
CL 78:5; [M-2H](2-)@6.31	0.8809	0.9083	1.0589	0.9538	1.0665	0.8228	1.0114	1.3901	1.1335	1.2935	0.7982	0.6822
CL 78:9; [M-2H](2-)@6.46	1.2279	1.0406	0.8323	1.0425	1.5442	1.0150	0.9641	1.1201	0.7934	0.9679	0.8480	0.6039
CL 80:1; [M-2H](2-)@6.38	0.7124	1.2441	1.7434	0.5905	0.8878	0.8321	0.6156	0.9687	1.5194	0.7917	0.9116	1.1827
CL 80:7; [M-2H](2-)@6.30	1.1908	1.3374	1.1583	0.6934	0.8806	1.3212	0.6904	0.8708	1.1081	0.9943	0.8863	0.8686
CL 80:9; [M-2H](2-)@6.16	1.5718	0.8668	1.1389	0.7015	0.8193	1.1564	0.6024	0.8551	1.3785	1.0659	0.7235	1.1197
CL 82:11; [M-2H](2-)@6.10	1.3411	0.7958	1.0956	1.0713	1.0785	0.8984	0.9454	0.9508	1.1081	0.8066	0.9515	0.9569
CL 82:2; [M-2H](2-)@7.51	1.1333	0.6919	0.6369	0.6918	0.7844	1.1444	1.7128	0.9162	1.4320	1.0177	1.0763	0.7623
CL 82:9; [M-2H](2-)@6.20	1.3550	0.7579	0.9210	1.0474	1.2803	0.9870	1.0916	1.0188	0.8318	0.8279	1.0261	0.8551
IS PC 34:0;[M-Ac-H]-	0.4983	1.4010	2.0009	0.7017	0.4479	0.9055	0.5148	0.7734	1.7658	0.7591	1.1476	1.0840
lysoPE 14:0; [M-H]-@1.14	1.4592	0.4696	0.7821	1.7596	1.2573	0.3389	1.9278	0.7506	0.2506	1.7742	0.6006	0.6294
lysoPE 16:0; [M-H]-@1.73	1.1698	0.7636	0.7531	1.2967	1.1847	1.0259	1.2301	1.0121	0.7614	1.1068	0.8460	0.8499
lysoPE 16:1; [M-H]-@1.26	1.9158	0.7242	0.5196	2.0063	1.1847	0.8139	1.5749	0.6991	0.4267	1.2022	0.4789	0.4537
lysoPE 17:0; [M-H]-@2.14	0.7676	0.9765	1.2208	0.8520	0.7295	0.8905	0.8116	0.9180	1.4170	1.0407	1.2106	1.1651
lysoPE 17:1; [M-H]-@1.55	1.3992	0.6780	0.9239	1.5789	1.1933	0.8928	1.4309	0.6660	0.6112	1.0439	0.9537	0.6283
lysoPE 18:0; [M-H]-@1.82	1.2914	0.7918	0.5469	1.3518	1.1692	0.9792	1.4486	0.9998	0.6610	1.2130	0.8271	0.7202
lysoPE 18:0; [M-H]-@2.54	0.8102	0.8253	1.0869	0.9659	1.0606	1.0850	0.8928	1.0096	1.1852	0.8714	0.9791	1.2281
lysoPE 18:1; [M-H]-@1.88	1.4892	0.6614	0.5480	1.4192	1.3042	0.7947	1.4662	0.9967	0.5832	1.3450	0.7887	0.6034
lysoPE 18:2; [M-H]-@1.43	1.1003	0.6247	0.4028	1.2544	1.0965	0.4616	1.8787	1.3508	0.7530	1.4471	1.0592	0.5711
lysoPE 18:3; [M-H]-@1.10	0.8960	1.0955	1.4622	0.8708	0.7607	1.2245	0.8004	0.7496	1.1608	1.2026	0.9424	0.8345
lysoPE 20:0; [M-H]-@3.55	0.7135	1.2326	1.7558	0.8456	0.6707	0.6433	0.7156	1.2082	1.3536	0.9600	0.8043	1.0968
lysoPE 20:1; [M-H]-@2.73	1.3380	0.7426	0.5316	1.5704	1.5041	0.7737	1.5080	1.0000	0.4931	1.3083	0.6402	0.5900
lysoPE 20:2; [M-H]-@2.20	1.1213	0.6265	0.3705	1.2630	1.2081	0.4780	1.8473	1.0885	0.4918	1.8859	1.1661	0.4529
lysoPE 20:3; [M-H]-@1.72	1.5233	0.8410	0.4373	1.3919	1.8197	0.5454	1.2966	1.0725	0.4065	1.1772	0.8844	0.6043
lysoPE 20:4; [M-H]-@1.38	1.4577	0.7292	0.6282	1.1895	1.3556	0.8218	1.2624	1.2157	0.6057	1.1790	0.9640	0.5911
lysoPE 22:0; [M-H]-@4.48	0.6762	0.8779	1.0942	1.1713	0.7133	1.1620	0.7484	1.0127	1.0073	0.9074	1.1581	1.4712
lysoPE 22:1; [M-H]-@3.72	1.3439	0.6389	0.5616	1.2365	1.4188	0.9818	1.4744	1.0121	0.5264	1.4187	0.6977	0.6892
lysoPE 22:2; [M-H]-@2.93	1.0190	0.9583	0.6992	1.5291	1.4973	0.5957	1.4245	1.2262	0.5003	1.2160	0.8049	0.5295
lysoPE 22:4; [M-H]-@1.90	1.3569	0.8738	0.3211	1.1911	1.5833	0.5619	1.4006	1.2787	0.4566	1.4051	1.1405	0.4303
lysoPE 22:5; [M-H]-@1.56	1.4391	0.8606	0.6207	1.2300	1.4423	0.7055	1.6749	1.1366	0.3739	1.2053	0.9495	0.3616
lysoPE 22:6; [M-H]-@1.31	1.1480	0.7329	1.0803	1.0239	1.1884	0.9277	1.2854	1.2847	0.6848	0.9368	0.9952	0.7120
lysoPE 23:0; [M-H]-@4.95	0.5090	1.3859	1.0467	0.8851	0.5407	0.7936	0.7156	1.3113	1.2083	0.9318	1.3056	1.3666
lysoPE 24:0; [M-H]-@5.38	0.6598	0.8453	1.3983	0.8133	0.8089	1.0037	0.5231	1.1230	1.1614	0.8365	1.1841	1.6427
lysoPE 24:1; [M-H]-@4.53	0.9803	0.8889	0.8870	1.2260	1.0884	0.9712	1.0015	0.9704	0.8704	1.0381	1.0054	1.0723
lysoPE 24:4; [M-H]-@2.66	0.9635	1.0142	0.4078	0.9637	1.7231	0.7228	1.0955	1.4428	0.7060	1.1615	1.2488	0.5503
PA 20:2; [M-H]-@0.75	0.8260	1.2818	1.6970	0.6766	0.7032	1.0917	0.9426	0.7470	1.1670	0.8659	1.0540	0.9473
PA 33:2; [M-H]-@1.94	0.6202	0.6223	0.7998	0.8747	0.5673	1.1452	1.0530	1.1461	1.9508	0.6396	1.3873	1.1938
PA 34:0; [M-H]-@11.00	0.2294	1.1362	1.8909	0.6681	0.2156	0.5660	0.4280	0.6519	1.7401	1.1490	1.6102	1.7146
PA 34:1; [M-H]-@5.71	1.4838	0.8412	0.8520	1.7913	0.8444	1.3826	0.5314	0.7133	0.7596	1.1416	0.6117	1.0472
PA 34:2; [M-H]-@5.18	1.4055	0.6168	0.8707	1.7851	0.6867	1.4617	1.1172	0.4604	1.1048	0.8942	0.6501	0.9467
PA 35:1; [M-H]-@6.15	1.3651	1.0827	0.4638	1.0281	1.3560	0.7271	1.1693	1.1478	0.4923	1.0263	1.0816	1.0599
PA 35:2; [M-H]-@5.71	1.6924	0.9417	0.4167	1.3243	1.3523	0.7668	1.3775	1.1564	0.4331	1.0484	0.8396	0.6508
PA 36:1; [M-H]-@6.25	1.3145	0.6932	0.8189	1.2007	0.7870	1.5410	0.5989	0.7411	1.1756	1.1547	0.6409	1.3335
PA 36:2; [M-H]-@5.84	1.2925	0.9699	0.6752	1.4130	0.7199	1.2381	0.6793	0.7113	1.0091	1.2393	0.8533	1.1992
PA 36:3; [M-H]-@5.36	1.2232	1.0472	0.6517	1.7622	0.6491	1.1223	0.6704	0.6744	0.7063	1.2929	0.9263	1.2739
PA 37:2; [M-H]-@6.29	1.1205	0.9200	0.6402	1.1903	0.9590	0.9329	1.2440	1.1036	0.8135	1.0336	0.9549	1.0875
PA 37:4; [M-H]-@5.69	0.6308	1.6272	0.6696	0.8115	0.6802	1.2617	0.9789	1.5432	0.3091	1.0773	1.0495	1.3610
PA 38:1; [M-H]-@6.85	0.5812	1.1201	1.5268	1.0653	0.5846	0.7019	0.4314	1.3609	0.6535	1.1345	1.5739	1.2659
PA 38:2; [M-H]-@6.37	1.1270	0.9234	0.6811	1.0482	0.7932	1.3015	0.6158	0.8389	1.3673	1.3489	0.8902	1.0647
PA 38:3; [M-H]-@5.96	1.0686	0.8386	0.5613	1.2995	0.6484	1.0541	0.7131	0.9264	1.3854	1.3102	0.9264	1.2681
PA 38:4; [M-H]-@5.81	1.2658	1.0302	0.7032	1.3756	0.9072	1.3745	0.5537	0.6774	0.8730	1.1848	0.8666	1.1881
PA 38:5; [M-H]-@5.32	1.1000	1.1070	0.8972	1.5068	0.8789	1.6131	0.6111	0.6148	0.7386	1.1111	0.8512	0.9703
PA 39:0; [M-H]-@7.07	0.8331	0.9398	0.9721	0.9133	1.1617	1.3542	0.9293	1.0058	0.8975	0.9637	1.1314	0.8980
PA 39:1; [M-H]-@6.57	1.1139	1.0311	0.7399	1.0897	1.2035	1.1285	1.2132	0.9128	0.6895	1.1689	1.0648	0.6442
PA 39:2; [M-H]-@6.67	0.8553	0.9874	0.6206	1.0673	0.9940	0.7291	1.5217	1.1667	0.8682	1.2660	1.1631	0.7606
PA 39:4; [M-H]-@5.93	0.6791	1.2246	0.8455	0.7077	1.3765	1.2028	0.7487	1.4763	0.6948	0.6434	1.3532	1.0474
PA 40:1; [M-H]-@3.82	0.6696	1.2260	1.8568	0.5866	0.6927	1.1368	0.5714	0.7361	1.2643	0.4821	1.3341	1.4434
PA 40:2; [M-H]-@6.99	1.1702	1.1449	0.7216	0.6967	0.5713	1.2814	0.6645	1.0287	1.4978	1.2246	0.8893	1.1090
PA 40:4; [M-H]-@6.40	0.9613	1.1603	0.8186	1.0763	0.8130	1.1247	0.5663	0.9265	1.2761	1.1525	1.0063	1.1180
PA 40:5; [M-H]-@5.92	0.9091	1.2556	0.8693	0.9859	0.7913	1.3501	0.5150	0.8159	1.3711	1.0915	0.8514	1.1936
PA 40:6; [M-H]-@5.71	1.3664	0.9168	0.7532	1.3478	1.1656	1.1650	0.7818	0.8852	0.7359	1.1856	0.7241	0.9726
PA 40:7; [M-H]-@5.20	1.1040	1.1941	0.6658	1.6044	0.5504	1.2901	0.8752	0.4707	1.2946	0.9166	0.9816	1.0526
PA 42:1; [M-H]-@11.99	0.5349	0.9057	1.0358	1.4197	0.5639	0.7238	1.7325	0.7869	1.0800	1.0392	1.1424	1.0352
PA 42:4; [M-H]-@6.80	0.8881	1.0698	1.2807	0.7749	0.9322	1.1230	0.6388	0.9467	1.2945	0.9967	1.1019	0.9527
PA 42:7; [M-H]-@5.80	0.9727	0.9165	0.8890	1.2817	1.0758	1.2301	0.6337	0.9637	1.0231	1.0926	0.9537	0.9675
PA 43:6; [M-H]-@6.44	0.8353	1.0512	1.1795	1.0531	0.7919	0.6257	0.7953	0.9245	1.2270	0.8893	1.1328	1.4944
PA 44:1; [M-H]-@8.28	0.9710	1.2438	0.8927	0.7952	0.9419	1.2904	0.6913	1.1224	0.9269	1.2930	0.6635	1.1678
PC 28:0; [M-Ac-H]-@5.50	1.3643	1.0748	0.7079	1.1646	1.1594	0.6710	1.2812	0.9823	0.5878	1.4487	0.9257	0.6323
PC 30:0; [M-Ac-H]-@4.41	1.4706	1.2917	1.5030	0.6514	1.1091	1.8885	0.7708	0.6821	0.6491	0.6639	0.6250	0.6947
PC 30:0; [M-Ac-H]-@6.16	1.4794	0.7834	0.6282	1.3351	1.3983	1.0807	1.3073	0.7861	0.6024	1.2134	0.7208	0.6649
PC 30:1; [M-Ac-H]-@5.64	0.8876	1.0757	0.7261	0.6547	0.7045	0.5303	0.7774	1.1093	1.4421	1.2180	1.8640	1.0103
PC 31:0; [M-Ac-H]-@6.59	0.7579	1.1046	1.3257	0.6988	0.7917	1.1368	0.7793	0.8681	1.2432	0.9402	1.4359	0.9177
PC 32:0; [M-Ac-H]-@6.83	0.8599	1.1038	1.0572	0.8454	0.9814	1.0076	0.7740	1.0185	1.1954	0.9211	1.1664	1.0694
PC 32:1; [M-Ac-H]-@6.30	1.2830	0.8991	1.0985	1.2768	0.9511	1.1113	1.0912	0.6493	0.9312	1.0117	0.7674	0.9293
PC 32:2; [M-Ac-H]-@5.83	0.6999	0.5657	0.4666	0.9138	0.6361	0.6050	0.6216	0.5033	0.5495	0.7952	4.9845	0.6588
PC 33:0; [M-Ac-H]-@6.15	0.8651	1.1956	1.7604	0.7608	0.2040	1.2705	1.0659	0.9370	1.3706	0.7692	1.1502	0.6507
PC 33:0; [M-Ac-H]-@7.21	0.6169	1.1976	1.3482	0.8603	0.7529	1.0423	0.6624	0.8907	1.4617	0.9548	1.1474	1.0648
PC 33:1; [M-Ac-H]-@6.70	1.1743	0.8292	1.0959	1.0607	1.0340	1.2478	1.1332	0.6277	1.1199	0.9523	0.8127	0.9124
PC 33:2; [M-Ac-H]-@6.17	0.8297	1.1034	1.0397	1.2424	0.8739	0.6950	0.8800	0.8096	1.0065	1.0176	1.2694	1.2329
PC 34:0; [M-Ac-H]-@6.76	1.0072	0.9659	1.0411	1.0240	0.9463	1.3206	0.9535	0.8309	1.0832	0.9192	0.9112	0.9969
PC 34:1; [M-Ac-H]-@4.21	0.9719	0.6403	1.0854	0.4613	0.6550	1.7827	0.7459	0.9560	1.9753	0.6532	1.3813	0.6916
PC 34:2; [M-Ac-H]-@6.46	1.1025	0.8477	0.8189	1.0300	0.8359	0.8437	1.1771	0.9338	1.1197	1.0720	0.9114	1.3073
PC 34:3; [M-Ac-H]-@6.01	1.0746	0.9162	1.2494	1.1688	0.8655	1.1200	1.0356	0.8600	1.0135	1.0276	0.7100	0.9587
PC 34:4; [M-Ac-H]-@5.80	0.9125	0.9551	0.7550	1.3774	0.9611	0.8392	0.9760	0.8481	0.8764	1.1050	1.0263	1.3678
PC 35:0; [M-Ac-H]-@7.72	0.4761	1.2775	2.0836	0.8260	0.4460	0.8869	0.5852	0.7597	1.7966	0.7099	1.0470	1.1055
PC 35:1; [M-Ac-H]-@7.27	1.0384	0.9411	1.0797	0.7542	1.1363	1.1243	1.0875	0.9705	0.8831	1.0249	0.9855	0.9744
PC 35:1; [M-Ac-H]-@7.63	1.0384	0.9411	1.0797	0.7542	1.1363	1.1243	1.0875	0.9705	0.8831	1.0249	0.9855	0.9744
PC 35:2; [M-Ac-H]-@6.84	0.6784	0.8844	1.5029	1.0535	0.6628	0.7044	0.9189	0.8467	1.0656	1.1351	1.1103	1.4370
PC 35:3; [M-Ac-H]-@6.27	1.1668	1.0737	1.2026	1.1465	0.7810	1.1755	1.0695	1.2689	0.8120	0.7773	0.9808	0.5453
PC 35:4; [M-Ac-H]-@6.15	0.9738	0.7958	0.7423	0.7261	0.8936	0.9558	1.3032	1.0744	1.1479	1.0838	1.4683	0.8350
PC 36:1; [M-Ac-H]-@11.08	1.0043	1.3906	1.0354	0.9457	1.6164	0.8280	1.1934	0.6541	0.8381	1.0130	0.7183	0.7628
PC 36:1; [M-Ac-H]-@7.51	0.9305	1.1340	1.1340	0.8693	0.9439	1.2517	0.8673	1.0082	1.0227	0.8286	1.0115	0.9983
PC 36:1; [M-Ac-H]-@9.60	0.6756	1.0955	1.3253	0.8174	0.9758	0.8317	0.7882	1.1293	0.8199	1.1926	1.4948	0.8538
PC 36:2; [M-Ac-H]-@7.08	0.7879	0.8836	1.2561	1.0475	0.7534	0.6852	0.8812	0.8593	1.1596	0.9711	1.0569	1.6582
PC 36:3; [M-Ac-H]-@6.64	0.8298	1.0490	1.3655	1.3749	0.5844	1.0458	0.8424	0.7326	1.0188	1.1203	0.8679	1.1685
PC 36:4; [M-Ac-H]-@6.32	0.9772	1.1932	0.9758	0.8854	1.1997	1.1144	0.9310	1.0647	0.9209	0.9357	1.0768	0.7253
PC 36:5; [M-Ac-H]-@5.92	0.9763	1.2191	0.9471	0.9522	1.0532	1.0571	0.9497	1.0882	0.8192	0.8972	1.1557	0.8849
PC 36:6; [M-Ac-H]-@5.69	0.9317	1.0006	0.8075	1.3905	0.9411	1.0386	0.9696	0.9733	0.8283	1.0936	0.8533	1.1718
PC 37:0; [M-Ac-H]-@8.37	0.5930	1.1712	1.8215	0.6530	0.5170	0.8642	0.6748	0.7301	1.6896	0.8209	1.2918	1.1729
PC 37:1; [M-Ac-H]-@7.86	0.6883	1.3144	1.8141	0.8656	0.6549	0.9373	0.7283	0.7917	1.3621	0.8279	0.8746	1.1407
PC 37:2; [M-Ac-H]-@7.43	0.5108	1.0856	1.5251	1.0142	0.5394	0.5733	0.6392	0.7090	1.5106	0.8910	1.1053	1.8964
PC 37:4; [M-Ac-H]-@6.79	1.0529	1.0040	1.1222	0.7726	1.2559	0.9421	0.8332	0.8358	1.1651	0.9081	1.3992	0.7089
PC 38:0; [M-Ac-H]-@8.11	0.7836	0.8216	1.5106	1.1045	1.1784	0.8517	0.9495	0.8395	1.3407	0.9509	0.7395	0.9295
PC 38:1; [M-Ac-H]-@11.07	0.8555	1.0758	1.1412	1.2158	1.0500	0.9821	0.8561	1.0506	0.7391	0.9309	1.0040	1.0987
PC 38:1; [M-Ac-H]-@8.19	1.1558	1.0820	1.1925	0.9799	0.8225	0.9879	1.0648	0.9629	1.1599	0.9245	0.8308	0.8364
PC 38:2; [M-Ac-H]-@7.74	0.6268	0.9413	1.7661	0.9475	0.4770	0.6302	0.6166	0.7414	1.2737	0.8191	1.4635	1.6968
PC 38:3; [M-Ac-H]-@7.36	0.6326	1.2389	1.4640	1.3521	0.5816	0.8772	0.6658	0.6412	1.2513	0.7259	0.9623	1.6073
PC 38:4; [M-Ac-H]-@7.01	0.7834	1.1826	0.9989	0.8914	1.0685	0.9270	0.8251	1.1592	0.9575	0.9339	1.3159	0.9566
PC 38:5; [M-Ac-H]-@6.58	0.9704	1.0303	0.9664	1.0342	1.3677	1.0969	0.9345	1.0968	0.8917	0.9345	1.1055	0.5712
PC 38:6; [M-Ac-H]-@6.24	1.1295	1.0312	0.8232	0.9727	1.2404	1.0204	0.9399	1.2309	0.8000	0.8478	1.0898	0.8742
PC 38:7; [M-Ac-H]-@5.73	0.8155	1.1013	0.9261	1.2490	0.9183	0.9065	1.0301	0.9336	0.9241	1.0346	0.8785	1.2823
PC 39:0; [M-Ac-H]-@9.09	0.5792	1.3052	1.6856	0.5783	0.4879	0.7616	1.0763	0.9194	1.4736	0.8031	0.9530	1.3767
PC 39:1; [M-Ac-H]-@8.57	1.2214	1.1495	1.0374	1.1186	1.0012	1.1054	1.0622	0.9092	0.7758	0.7659	0.9580	0.8955
PC 39:6; [M-Ac-H]-@6.67	0.6750	0.7457	1.6954	0.9107	0.5752	0.5629	0.4072	0.9294	1.0214	0.6770	1.0899	2.7103
PC 40:0; [M-Ac-H]-@9.15	1.0451	0.9907	0.9569	0.8617	0.8405	1.4271	1.0303	1.0217	1.0373	1.0227	0.8609	0.9053
PC 40:1; [M-Ac-H]-@10.94	1.0618	0.9869	0.9446	1.2141	0.7611	1.2613	1.2950	0.9030	0.6968	1.0625	1.0900	0.7229
PC 40:1; [M-Ac-H]-@11.37	1.0149	0.9282	0.8857	1.2681	0.6336	1.2057	1.5520	0.9826	0.6661	0.8895	1.0419	0.9317
PC 40:1; [M-Ac-H]-@8.63	1.2268	1.0216	1.0022	1.0072	0.9670	1.1310	1.0235	0.9711	0.9720	0.9397	0.8769	0.8609
PC 40:1; [M-Ac-H]-@8.81	1.2268	1.0216	1.0022	1.0072	0.9670	1.1310	1.0235	0.9711	0.9720	0.9397	0.8769	0.8609
PC 40:2; [M-Ac-H]-@8.23	1.4363	1.1112	0.7577	1.0490	1.0051	0.8403	1.3686	1.0363	0.8019	1.1638	0.7759	0.6540
PC 40:3; [M-Ac-H]-@7.79	0.8640	1.2555	1.0402	0.7005	0.7783	0.8856	0.9965	1.2435	1.2824	0.9353	1.0254	0.9928
PC 40:4; [M-Ac-H]-@7.57	0.7177	1.1724	1.0954	0.7469	0.9406	0.6888	0.7958	1.1824	1.0370	1.0107	1.5013	1.1111
PC 40:5; [M-Ac-H]-@7.18	0.8300	1.0507	1.1257	0.7663	1.1730	1.0548	0.7897	1.1205	0.9003	0.9650	1.2565	0.9675
PC 40:6; [M-Ac-H]-@6.93	0.8306	1.3014	1.1774	0.8836	1.0614	0.9427	0.7834	1.1248	1.0344	0.6734	1.1781	1.0089
PC 40:7; [M-Ac-H]-@6.46	0.8694	0.8161	0.8900	1.0369	1.4837	0.9574	0.9423	1.0165	0.7234	1.0291	1.3003	0.9350
PC 40:8; [M-Ac-H]-@6.01	0.8369	0.8954	0.8081	1.7310	0.8385	0.7096	0.8764	0.9060	0.7767	1.1278	0.9580	1.5355
PC 41:1; [M-Ac-H]-@9.11	1.1003	1.0304	1.0915	0.9283	0.8971	0.9890	0.9662	0.9613	1.0846	0.9598	0.9009	1.0907
PC 41:2; [M-Ac-H]-@8.56	1.1961	0.9322	0.8397	0.9872	0.9896	0.7074	1.2946	1.2877	0.8399	1.2591	0.8115	0.8550
PC 42:0; [M-Ac-H]-@9.15	0.9849	1.1129	0.8605	0.9820	1.1163	1.0024	1.0951	1.0598	0.8457	1.0560	1.0483	0.8361
PC 42:10; [M-Ac-H]-@6.00	0.7294	1.4980	1.0779	0.9958	1.0066	1.1044	0.7284	0.7249	0.7808	0.7760	1.5005	1.0773
PC 42:1; [M-Ac-H]-@10.87	1.0955	0.9482	1.0320	1.1131	1.3062	1.1541	0.8781	1.1777	0.9299	1.0222	0.6822	0.6609
PC 42:1; [M-Ac-H]-@11.25	1.0813	0.9604	1.0186	0.9039	1.2893	1.1391	0.9897	1.1625	0.9178	0.8870	0.9572	0.6931
PC 42:2; [M-Ac-H]-@8.78	1.1464	1.1907	0.7551	1.0373	1.0596	0.9267	1.1178	1.1868	0.6710	1.3182	0.9413	0.6490
PC 42:2; [M-Ac-H]-@9.12	1.1464	1.1907	0.7551	1.0373	1.0596	0.9267	1.1178	1.1868	0.6710	1.3182	0.9413	0.6490
PC 42:3; [M-Ac-H]-@8.38	1.1358	1.1060	0.8231	0.7922	0.9638	0.7087	1.4667	1.3578	0.7496	1.3141	0.9210	0.6612
PC 42:4; [M-Ac-H]-@8.18	0.9030	0.9835	1.3216	0.6997	0.9586	0.8296	0.8898	0.8668	1.5930	0.8805	1.2538	0.8201
PC 42:5; [M-Ac-H]-@7.79	0.6521	1.2693	1.6293	0.6834	0.6196	0.9707	0.5967	1.0161	1.6461	1.0362	0.8665	1.0141
PC 42:7; [M-Ac-H]-@7.01	0.6248	1.0766	1.2484	0.8418	0.9219	0.8636	0.6679	1.2744	1.1904	0.8841	1.2547	1.1516
PC 42:8; [M-Ac-H]-@6.54	0.6097	1.2722	1.2988	0.8095	0.8130	1.1413	0.7864	0.8147	1.3025	0.8756	1.0821	1.1943
PC 43:0; [M-Ac-H]-@9.58	0.9665	1.0162	0.5168	1.1542	1.3861	0.7671	1.4813	0.9944	0.5998	1.3834	1.1140	0.6200
PC 43:1; [M-Ac-H]-@10.90	0.9952	1.5781	0.9993	1.0182	1.0355	1.0451	1.0392	0.8871	0.6862	1.1329	0.7940	0.7892
PC 43:1; [M-Ac-H]-@9.62	1.2698	0.9766	0.6588	1.0869	1.3421	0.8297	1.2031	1.1780	0.6175	1.2035	0.9557	0.6782
PC 43:2; [M-Ac-H]-@9.13	1.0451	0.8589	0.7140	1.0645	0.9825	0.8126	1.1895	1.0576	0.9139	1.2832	1.2693	0.8090
PC 44:12; [M-Ac-H]-@5.76	0.8011	0.8481	1.2429	0.8951	1.0567	1.5913	0.7261	0.9310	1.3659	0.5818	0.5820	1.3780
PC 44:1; [M-Ac-H]-@10.64	1.3407	1.1149	0.7712	0.9558	2.1479	0.7384	0.8042	0.6097	0.3981	0.9978	1.3009	0.8204
PC 44:1; [M-Ac-H]-@11.08	1.2862	0.9676	0.7399	0.9056	2.0606	0.9385	1.1092	0.8169	0.4871	1.0239	1.1119	0.5525
PC 44:1; [M-Ac-H]-@9.91	1.1282	1.1868	0.5884	1.0408	1.7656	0.6077	1.0873	1.1637	0.4646	1.3723	0.9563	0.6385
PC 44:2; [M-Ac-H]-@9.27	1.3355	1.0729	0.6775	1.2630	1.3113	0.8276	1.0417	1.0351	0.6322	1.1069	1.0091	0.6873
PC 44:3; [M-Ac-H]-@8.89	0.9912	0.8298	0.8257	0.8657	1.2091	0.6150	1.3434	1.4192	0.7334	1.2627	1.1713	0.7334
PC 44:4; [M-Ac-H]-@8.84	0.7737	1.0178	1.6953	0.6249	0.9455	0.8872	0.8670	0.9793	1.3300	0.9430	1.1323	0.8040
PC 44:5; [M-Ac-H]-@8.34	1.0067	1.5112	1.6846	0.7086	0.8377	0.8610	0.6083	1.0493	1.2353	0.8056	0.8751	0.8165
PC 44:6; [M-Ac-H]-@8.05	0.6936	1.2176	1.5576	0.7898	0.6386	0.9124	0.8138	1.0709	1.4455	0.8247	0.7927	1.2427
PC 45:1; [M-Ac-H]-@10.79	0.5756	1.3533	1.3705	1.0712	0.8250	0.4408	0.6124	0.9008	1.1430	1.4078	1.0701	1.2295
PC 45:4; [M-Ac-H]-@9.08	0.4918	1.1101	1.4858	0.8701	0.9201	0.7602	0.6933	0.9096	1.4754	1.2966	0.8996	1.0874
PC 46:1; [M-Ac-H]-@10.77	0.8484	1.4862	0.5982	1.5574	1.5562	0.9077	0.7137	0.8176	0.5272	1.4647	0.8420	0.6808
PC 46:2; [M-Ac-H]-@9.84	1.0774	0.8044	0.5176	1.1709	1.5049	0.3922	1.3539	1.3649	0.5971	1.5083	1.3260	0.3824
PC 46:4; [M-Ac-H]-@9.20	1.0556	1.3765	0.7098	0.8864	1.4616	0.8633	1.0673	1.0259	0.6805	0.8922	1.3694	0.6116
PC 46:6; [M-Ac-H]-@8.65	0.5817	1.3959	0.9307	0.4969	1.4659	0.7869	1.0634	1.2199	0.8578	0.7717	1.6159	0.8134
PC 48:4; [M-Ac-H]-@9.74	0.6906	1.0890	0.9262	0.7458	2.4744	0.5999	1.1164	1.5526	0.4693	0.7889	1.2048	0.3421
PE 23:1; [M-H]-@1.98	0.7298	0.9164	1.0259	0.6849	0.7970	1.0913	1.0896	1.2246	1.5047	0.9701	0.9659	0.9998
PE 30:0; [M-H]-@6.20	1.3526	1.0523	1.0181	0.9922	1.5280	0.7877	1.0752	1.5122	0.5672	1.0347	0.5348	0.5450
PE 30:1; [M-H]-@5.66	1.8481	0.8855	0.5897	1.1926	1.6127	0.4525	1.4536	0.8754	0.6069	1.0923	0.7515	0.6391
PE 32:0; [M-H]-@6.86	0.8538	0.8513	0.5984	1.1562	1.6142	1.0082	1.4563	1.1434	0.6508	0.8046	1.1253	0.7376
PE 32:1; [M-H]-@6.34	1.3813	0.8936	0.8826	1.1766	1.0801	1.3509	1.0667	0.7997	0.7850	1.2502	0.5528	0.7803
PE 32:2; [M-H]-@5.80	1.6281	0.8591	0.8723	1.4435	1.1167	1.2698	1.1356	1.0315	0.5365	0.7936	0.6075	0.7058
PE 33:1; [M-H]-@6.66	1.4980	0.7038	0.9596	1.0935	0.9251	1.4705	0.6400	0.7157	1.0850	1.1330	0.5809	1.1949
PE 33:2; [M-H]-@6.16	1.0807	0.9583	0.7800	1.1973	0.8464	1.0810	0.8701	1.0391	1.1222	1.2112	0.8259	0.9878
PE 34:0; [M-H]-@6.50	0.8561	0.8619	1.0795	1.0086	1.0226	1.5012	0.8839	0.9366	1.0571	0.9001	0.9298	0.9625
PE 34:1; [M-H]-@5.39	1.2125	0.6537	0.4762	1.0921	1.4298	1.1014	1.3797	1.0491	0.5333	1.3425	0.9757	0.7540
PE 34:2; [M-H]-@6.47	1.4112	0.8825	0.7726	1.2334	1.0651	1.2572	1.1425	0.8953	0.9292	0.9904	0.6898	0.7308
PE 34:3; [M-H]-@6.06	1.2715	0.8853	0.5738	1.2414	1.0964	0.8448	1.4245	1.1174	0.8465	1.2898	0.7457	0.6629
PE 34:4; [M-H]-@5.86	0.8637	1.2416	0.4956	0.9616	1.1005	1.0109	1.4910	1.2259	0.7408	0.9318	1.1241	0.8126
PE 35:0; [M-H]-@7.19	0.9757	0.9541	1.0314	0.9067	1.0898	1.2820	1.2144	0.8364	1.1128	0.7712	0.9045	0.9210
PE 35:1; [M-H]-@6.28	1.1210	0.9965	1.0461	1.2285	0.8325	1.2013	1.0934	0.8718	1.3813	1.0197	0.6961	0.5120
PE 35:1; [M-H]-@7.24	0.9723	0.8595	1.0997	0.7542	1.1733	1.0915	1.0366	1.0501	0.9571	1.0767	1.0624	0.8666
PE 35:2; [M-H]-@6.19	1.2100	0.8712	1.0640	0.9741	1.0299	1.2391	0.7039	0.7951	1.1414	1.1762	0.8331	0.9619
PE 35:2; [M-H]-@6.78	1.1170	0.7565	0.8990	0.9442	1.1245	1.0277	1.2994	1.0264	0.9691	1.1409	0.8715	0.8238
PE 35:3; [M-H]-@9.46	0.7018	0.8004	1.3244	0.9153	1.0769	1.3374	0.8971	0.8228	0.9625	1.2781	0.7109	1.1725
PE 35:4; [M-H]-@6.16	1.1135	1.0229	0.9928	1.1635	1.0802	1.1006	0.6123	0.5963	0.9682	1.1974	0.6967	1.4555
PE 36:0; [M-H]-@7.98	0.8566	0.9811	0.9245	0.8855	1.0476	1.2662	1.0144	1.1131	0.8559	0.9812	1.1778	0.8960
PE 36:1; [M-H]-@5.96	1.0947	0.8792	0.9102	0.9626	1.1570	1.0296	0.9576	1.1722	0.9997	1.0522	0.8675	0.9173
PE 36:1; [M-H]-@6.89	1.1096	0.9143	0.7764	1.1688	1.2635	0.9468	1.1957	0.9929	0.7994	1.2043	0.9613	0.6670
PE 36:1; [M-H]-@7.54	0.9027	1.0034	1.0529	0.9407	1.1023	1.0763	0.9050	1.0349	1.0989	0.9082	1.0638	0.9109
PE 36:2; [M-H]-@5.52	1.2359	0.5333	0.8272	1.4893	1.3357	0.7565	1.3753	1.0661	0.6527	1.1775	1.0529	0.4977
PE 36:2; [M-H]-@6.39	0.9813	1.0292	0.5900	0.9677	0.9926	1.1028	1.3960	1.0721	0.9253	1.2052	0.9331	0.8048
PE 36:2; [M-H]-@7.03	1.1710	1.0220	0.8040	1.0910	1.2510	0.9977	1.1921	1.0537	0.7801	1.0777	0.9314	0.6283
PE 36:3; [M-H]-@6.32	0.9965	0.9114	0.6658	0.9351	0.9874	0.7580	1.2618	1.2319	1.0731	1.2439	1.0238	0.9113
PE 36:3; [M-H]-@6.64	0.9965	0.9114	0.6658	0.9351	0.9874	0.7580	1.2618	1.2319	1.0731	1.2439	1.0238	0.9113
PE 36:4; [M-H]-@6.10	0.9207	0.6733	0.6424	0.6741	0.8071	0.7788	1.5848	1.5404	0.9755	1.3344	1.1431	0.9253
PE 36:4; [M-H]-@6.50	0.9207	0.6733	0.6424	0.6741	0.8071	0.7788	1.5848	1.5404	0.9755	1.3344	1.1431	0.9253
PE 36:5; [M-H]-@6.00	1.2080	1.1648	1.0048	1.1374	1.4461	1.2656	0.8786	0.9322	0.7438	0.7489	0.7806	0.6893
PE 37:0; [M-H]-@7.76	0.9556	0.9357	1.1215	0.7585	0.9388	1.3667	0.8804	0.7474	1.5723	0.7552	0.8601	1.1078
PE 37:1; [M-H]-@7.33	1.0195	1.1612	1.1545	0.7932	1.0310	1.0755	0.9072	0.9055	1.3256	0.8713	0.8487	0.9069
PE 37:1; [M-H]-@7.78	0.7769	0.9348	0.7883	0.8307	1.0892	1.0270	1.0563	1.3403	1.1084	1.1921	0.9205	0.9356
PE 37:4; [M-H]-@6.81	0.9013	0.6243	1.0453	0.7661	1.2827	1.0390	0.7675	0.9282	1.4433	1.1733	0.9886	1.0403
PE 37:5; [M-H]-@6.29	0.9275	1.2237	1.0969	1.1682	1.0878	1.0775	1.0325	0.8352	1.0416	0.9217	0.6437	0.9439
PE 38:1; [M-H]-@7.49	0.9354	0.9054	0.9367	1.0003	1.1163	1.1959	1.3289	1.0537	0.7531	0.9409	0.8968	0.9367
PE 38:1; [M-H]-@8.06	0.9644	0.9265	1.1454	0.8432	0.8484	1.2528	0.9287	1.0505	1.1386	0.9470	0.9103	1.0442
PE 38:2; [M-H]-@6.73	0.8242	1.7037	0.6213	1.4278	1.0244	0.7688	1.1601	1.0414	0.9502	0.7292	0.7218	1.0270
PE 38:2; [M-H]-@7.60	1.1878	1.0100	0.8510	1.0923	1.1401	1.0476	1.2019	0.9601	0.7522	1.0958	0.8583	0.8029
PE 38:3; [M-H]-@6.29	0.7770	0.8701	0.8895	1.2269	0.9941	0.7035	0.9192	1.5940	1.1020	1.0702	0.9614	0.8923
PE 38:3; [M-H]-@7.41	0.9262	1.0514	0.8446	0.9451	1.1651	1.1408	1.0660	1.1719	0.8842	0.9313	1.0657	0.8078
PE 38:4; [M-H]-@7.00	0.9052	1.1071	1.0234	0.8461	1.1759	0.9871	0.9895	1.0407	1.0354	0.8869	1.1633	0.8392
PE 38:5; [M-H]-@6.59	1.2026	0.9652	0.7617	0.9909	1.4126	0.9839	1.2041	1.1193	0.7279	1.0287	0.9840	0.6190
PE 38:6; [M-H]-@6.24	1.0732	0.9920	0.6146	0.8520	1.1871	0.8089	1.2985	1.2297	0.8789	0.9740	1.4553	0.6359
PE 39:1; [M-H]-@7.67	0.7748	1.4370	1.3283	0.7345	0.7632	0.9566	0.7483	0.8152	1.3942	0.9913	0.9022	1.1544
PE 39:1; [M-H]-@8.34	0.9536	1.0027	1.2091	0.8170	1.0122	1.2723	1.1591	0.9274	1.0239	0.9241	0.7584	0.9401
PE 39:4; [M-H]-@7.22	0.8169	1.4540	0.6544	0.7915	0.7656	1.0092	0.8376	1.3299	1.2264	0.8985	0.9015	1.3144
PE 39:6; [M-H]-@6.62	1.0856	0.6407	1.0021	0.4982	1.6474	1.0700	0.7507	1.5612	0.8485	1.4468	0.8592	0.5896
PE 39:8; [M-H]-@6.79	1.1163	0.9708	0.5874	1.0574	1.2981	0.9270	1.1930	1.4292	0.6765	1.1123	0.7678	0.8642
PE 40:1; [M-H]-@8.53	1.0104	0.9802	1.0244	0.8936	0.9593	1.1838	0.9218	1.0731	1.0589	0.9012	0.9154	1.0778
PE 40:2; [M-H]-@8.10	1.1697	1.0294	0.9948	1.0092	0.9668	1.0655	1.1533	1.0305	0.8712	1.1296	0.7944	0.7858
PE 40:3; [M-H]-@7.72	0.9721	0.8767	1.0047	0.9069	0.9982	0.8525	1.1042	1.1657	0.8623	0.9320	1.2541	1.0708
PE 40:4; [M-H]-@7.51	0.9095	1.2421	0.9047	0.7610	0.9999	0.9931	0.7682	1.2818	1.0897	0.7809	1.3243	0.9448
PE 40:5; [M-H]-@6.21	1.8540	0.7336	0.9590	1.0139	1.0670	0.9793	1.0104	0.8730	0.9352	0.9500	0.7392	0.8855
PE 40:5; [M-H]-@7.21	0.9875	1.2072	1.1076	0.8698	1.0313	1.0236	0.8424	1.1130	0.9741	0.9295	1.0744	0.8395
PE 40:6; [M-H]-@6.10	1.0923	0.9598	1.3000	1.1034	0.9975	0.8544	0.8910	0.8357	1.0440	0.8328	0.9371	1.1521
PE 40:6; [M-H]-@7.01	0.9726	1.1421	1.1746	0.8414	1.0557	1.0495	0.7320	1.0868	1.0540	0.8250	1.1465	0.9196
PE 40:7; [M-H]-@6.45	0.9950	0.9887	1.2699	0.9092	0.9747	0.7794	0.8237	1.0460	0.9649	0.7251	1.2993	1.2241
PE 41:1; [M-H]-@8.80	1.0702	0.8556	0.8679	0.9791	0.9833	1.0710	0.9749	1.1848	0.9542	1.0983	0.9118	1.0490
PE 42:1; [M-H]-@8.98	0.8373	0.9696	1.0317	0.9052	1.0020	1.1280	0.8615	1.0663	1.0616	0.9090	1.0408	1.1869
PE 42:2; [M-H]-@8.56	1.1924	1.0116	0.8963	1.0290	1.1415	1.1188	1.0487	1.0440	0.8238	1.0411	0.8802	0.7728
PE 42:3; [M-H]-@8.21	0.8672	1.1784	1.0011	0.9011	0.8918	0.8114	1.2348	1.3287	0.8711	0.9664	1.1765	0.7715
PE 42:4; [M-H]-@8.04	0.7004	1.3743	1.1419	0.5844	0.6918	0.8824	0.7834	1.3956	1.3594	0.6071	1.4656	1.0137
PE 43:1; [M-H]-@9.07	0.9527	0.8201	0.9683	1.0585	1.0220	0.9789	1.1824	1.1070	0.9188	0.9411	1.0048	1.0453
PE 43:1; [M-H]-@9.24	0.9527	0.8201	0.9683	1.0585	1.0220	0.9789	1.1824	1.1070	0.9188	0.9411	1.0048	1.0453
PE 44:10; [M-H]-@6.46	0.9600	1.1226	0.9002	1.0952	1.3040	1.2740	1.0495	0.8210	0.7593	0.7913	0.9177	1.0051
PE 44:1; [M-H]-@9.40	0.9779	0.8674	0.8622	0.9535	1.1747	1.0170	1.1621	1.1608	0.7100	0.9661	1.2112	0.9371
PE 44:2; [M-H]-@9.01	1.2472	1.1696	0.9760	0.9330	1.1470	0.9501	1.1721	0.9109	0.8428	0.8436	0.9129	0.8947
PE 44:3; [M-H]-@8.65	0.9494	0.8483	0.7914	0.6829	1.1593	0.8523	1.0355	1.3402	0.8543	1.2051	1.4001	0.8813
PE 44:4; [M-H]-@8.67	0.9202	1.0312	0.7102	0.7721	1.2549	1.3149	0.7199	1.2697	1.0449	0.8283	1.1033	1.0305
PE 46:1; [M-H]-@9.74	0.7594	1.2244	0.8245	0.8398	0.8660	0.9126	1.5495	0.7876	0.8887	0.9981	1.6607	0.6887
PE 46:4; [M-H]-@8.97	0.9163	1.1579	1.4263	0.7797	0.8566	0.8278	0.6940	1.1813	0.9016	0.9971	1.2602	1.0011
PG 32:0; [M-H]-@5.77	0.7846	0.8818	0.7113	0.6266	0.9863	0.7228	1.6643	1.1953	1.1902	1.0440	1.1071	1.0856
PG 33:0; [M-H]-@6.05	0.8287	1.3439	1.4807	0.9202	0.7407	0.8305	0.4904	0.9268	1.2772	0.8756	0.9505	1.3346
PG 33:1; [M-H]-@6.24	0.9572	0.8664	0.8809	0.8376	1.4016	1.4148	0.8270	1.0230	1.1922	0.7689	0.8519	0.9785
PG 34:1; [M-H]-@5.86	1.2675	1.2274	0.9644	1.0188	1.0081	1.1207	1.0334	1.0323	0.7370	0.8594	0.8545	0.8765
PG 34:2; [M-H]-@5.43	0.8696	0.9527	0.9989	1.3865	0.6420	1.0035	1.1860	1.0238	1.4726	1.1403	0.5860	0.7381
PG 36:0; [M-H]-@6.91	0.9873	1.4132	0.9813	0.7842	1.1215	0.9943	0.8890	1.1201	0.9462	0.9062	1.0004	0.8562
PG 36:1; [M-H]-@6.46	0.9799	0.8376	0.7248	0.7053	1.0244	0.9955	1.1657	1.2469	1.0222	1.1646	1.1915	0.9416
PG 36:2; [M-H]-@5.93	0.8853	0.8837	0.5758	0.9871	0.9526	0.9324	1.1707	1.1950	1.3688	0.9986	0.9498	1.1001
PG 36:3; [M-H]-@5.25	1.0026	0.6520	0.2974	1.0950	0.6194	0.6547	1.2592	0.6154	3.3172	0.9299	0.6760	0.8812
PG 36:4; [M-H]-@4.81	0.9525	0.6998	0.2117	0.5680	0.5300	0.5589	1.6150	1.3322	2.4804	1.1853	0.7908	1.0755
PG 36:4; [M-H]-@5.44	0.8963	0.7281	0.8240	1.8092	0.8253	0.8216	1.2236	1.0882	0.8184	0.8918	1.0362	1.0372
PG 38:3; [M-H]-@6.10	0.7733	0.9601	1.1248	1.0090	0.7537	0.7510	1.3156	0.8043	1.1195	1.1086	1.1288	1.1513
PG 38:4; [M-H]-@6.07	0.8593	1.0704	1.1717	1.2541	0.8145	0.8323	0.9812	0.7977	1.0457	0.8471	0.8624	1.4637
PG 38:5; [M-H]-@5.34	1.5510	0.7919	0.6229	1.6137	0.8152	1.0435	1.5691	0.7545	0.7482	0.8886	0.7382	0.8634
PG 38:6; [M-H]-@4.71	1.2916	0.9226	0.4607	0.7636	1.0154	1.1450	1.0359	0.9804	1.1452	1.1353	0.8193	1.2849
PG 38:6; [M-H]-@5.33	1.7456	0.7376	0.6120	1.8134	1.0964	0.8428	1.3836	0.7060	0.4792	1.1203	0.7764	0.6866
PG 40:2; [M-H]-@9.00	0.5970	0.5619	2.0562	0.5502	0.7602	1.1434	0.8963	0.9807	1.2835	0.6589	1.1946	1.3171
PG 40:6; [M-H]-@5.21	1.3576	0.5289	0.7516	1.0604	1.1074	1.1640	1.0159	0.7493	1.1593	1.3478	0.8258	0.9319
PG 40:7; [M-H]-@5.09	0.9879	0.6977	0.9655	1.0637	1.0748	1.0482	1.3628	0.6571	1.1824	0.8450	1.1137	1.0012
PG 40:8; [M-H]-@4.65	1.3091	0.7069	0.7471	0.6424	0.9596	0.7997	1.3771	0.9221	1.1227	0.9332	0.9443	1.5358
PG 42:10; [M-H]-@4.58	0.8661	1.0171	0.9344	0.9277	1.3569	1.0804	1.1027	0.6154	0.9279	0.5226	1.3800	1.2689
PG 44:11; [M-H]-@4.89	1.0614	0.9794	0.9351	1.3293	0.9246	1.1723	1.5237	0.5387	0.9357	0.8897	0.7161	0.9941
PG 44:12; [M-H]-@4.51	1.1158	0.3032	0.8421	1.1879	1.3141	0.8538	2.1646	0.6521	0.6824	1.3183	0.8441	0.7215
PI 32:1; [M-H]-@5.06	0.9885	0.6064	0.6602	1.8719	0.9987	0.8287	1.4667	0.8043	0.5366	1.5354	0.8092	0.8934
PI 34:1; [M-H]-@5.66	0.9310	0.8215	0.9667	1.2423	0.8757	0.9675	1.0331	0.8270	0.9719	1.0605	1.0109	1.2921
PI 34:2; [M-H]-@5.23	0.8445	0.8866	0.8394	1.2556	0.8443	0.8693	1.1689	0.9374	0.8406	1.1441	1.0568	1.3125
PI 36:1; [M-H]-@6.26	1.0202	0.9065	0.7925	1.7831	0.9019	0.7317	0.9504	0.7726	0.6577	1.0353	0.9696	1.4786
PI 36:2; [M-H]-@5.87	0.7600	1.0326	0.8543	1.2669	0.6921	0.6818	1.0308	1.0789	1.0252	1.1685	1.0728	1.3361
PI 36:3; [M-H]-@5.38	0.8400	0.8847	0.8594	1.1692	0.8960	0.9659	1.1576	0.9159	0.7963	1.1562	0.9107	1.4482
PI 36:4; [M-H]-@5.24	0.7975	0.6747	1.2249	1.1181	0.7590	1.4262	0.8977	0.7049	1.0578	0.7178	0.8487	1.7728
PI 37:4; [M-H]-@5.59	0.5252	1.1070	1.8445	0.6691	0.5130	0.9736	0.5995	0.8832	1.5877	0.5282	1.0861	1.6827
PI 38:3; [M-H]-@6.09	0.8546	0.9416	0.9699	1.6298	0.7794	0.7917	0.8369	0.7593	0.9371	0.9887	0.8491	1.6619
PI 38:4; [M-H]-@5.86	0.7136	1.0170	1.2922	1.0381	0.7481	1.0038	0.7738	0.9062	1.2012	0.8858	1.1167	1.3035
PI 38:5; [M-H]-@5.36	0.9176	0.8641	1.0619	1.1142	0.9075	1.2005	0.9902	0.8801	0.9737	0.8304	0.9955	1.2643
PI 38:6; [M-H]-@5.13	0.9762	0.7901	0.8757	1.4112	0.8050	0.9237	1.1379	0.8823	0.7053	1.0331	1.1105	1.3490
PI 39:4; [M-H]-@6.17	0.7261	0.7966	1.0921	1.2220	0.7200	1.0631	0.7664	0.7993	1.2255	0.7901	0.8722	1.9267
PI 40:4; [M-H]-@6.28	0.8622	0.9604	0.8210	1.1045	0.8641	1.0627	0.8269	1.1100	0.9144	0.8829	1.1373	1.4537
PI 40:5; [M-H]-@6.16	0.7032	1.3437	1.4218	1.1566	0.8496	0.8962	0.5733	0.8353	0.9960	0.7677	1.1271	1.3294
PI 40:6; [M-H]-@5.81	0.6767	0.9665	1.1505	0.9315	0.7690	1.0039	0.7102	1.0806	0.9754	0.7074	1.2880	1.7402
PI 40:7; [M-H]-@5.24	0.9841	0.8325	0.8626	1.1704	1.1135	0.9420	1.1450	1.0548	0.8493	0.8307	1.0827	1.1326
PI 40:8; [M-H]-@4.83	0.9030	0.7215	0.7179	1.1929	1.1471	1.0285	1.1202	1.4482	0.6094	1.0113	1.1036	0.9962
plasmenyl-PE 30:0; [M-H]-@6.59	1.0771	0.8724	1.0345	1.5241	0.8176	0.6566	0.9385	0.8101	1.0311	1.4061	1.0015	0.8306
plasmenyl-PE 32:0; [M-H]-@7.21	1.0560	1.1821	0.9160	1.1768	0.9202	0.7879	1.1854	0.8515	0.8824	0.9708	1.0979	0.9730
plasmenyl-PE 32:1; [M-H]-@6.67	1.7825	0.6872	0.8073	1.4149	1.1790	1.2209	1.2754	0.6352	0.6443	1.2102	0.5291	0.6139
plasmenyl-PE 33:0; [M-H]-@7.49	0.7284	1.4584	1.0676	0.8384	0.9121	0.9573	0.9870	0.7131	1.2369	1.0249	1.0226	1.0533
plasmenyl-PE 33:1; [M-H]-@7.00	1.2105	0.6897	1.1490	1.0293	0.9096	1.4854	1.0982	0.6861	0.9933	1.1010	0.6578	0.9902
plasmenyl-PE 34:1; [M-H]-@8.66	0.7694	0.5038	1.2547	1.0095	1.1578	1.2787	1.2875	0.9353	1.2141	0.7766	0.8178	0.9948
plasmenyl-PE 34:1; [M-H]-@8.91	0.7650	0.5164	1.2476	1.0038	1.1513	1.2714	1.2802	0.9300	1.2072	0.7722	0.8657	0.9891
plasmenyl-PE 34:2; [M-H]-@6.89	1.4847	0.7009	0.8728	1.3041	1.0941	1.2051	1.4029	0.6916	0.7645	1.1743	0.5496	0.7553
plasmenyl-PE 34:3; [M-H]-@6.55	1.5047	0.6126	0.6588	0.9802	0.9714	1.0151	1.8220	0.9784	0.8096	1.2659	0.6773	0.7040
plasmenyl-PE 36:0; [M-H]-@7.38	0.8259	0.9858	1.1742	0.7685	0.8138	1.3119	0.8528	0.9942	1.2262	0.9280	1.0992	1.0197
plasmenyl-PE 36:1; [M-H]-@6.34	1.6327	0.8601	0.4928	1.0637	1.6941	0.8377	1.2857	1.0989	0.4288	1.3019	0.8486	0.4552
plasmenyl-PE 36:2; [M-H]-@5.91	1.4677	0.9543	0.5396	1.1713	1.4536	0.8410	1.2123	1.0135	0.5740	1.2783	0.9012	0.5933
plasmenyl-PE 36:3; [M-H]-@6.98	0.8349	0.8012	0.7579	0.6147	0.9579	0.8850	1.1796	1.3742	1.2861	1.0938	1.1434	1.0714
plasmenyl-PE 36:4; [M-H]-@6.81	1.2435	0.8328	0.8612	0.8224	1.2075	1.2055	1.0305	0.9596	1.1462	0.7851	1.0380	0.8676
plasmenyl-PE 36:5; [M-H]-@6.43	0.9498	0.7589	0.6827	0.5908	0.9229	0.8932	1.4725	1.3900	1.1100	1.2125	1.1184	0.8982
plasmenyl-PE 38:0; [M-H]-@8.78	1.0027	0.8237	1.0031	1.0000	1.0803	1.3365	1.0668	0.9434	1.0232	1.0215	0.7756	0.9233
plasmenyl-PE 38:1; [M-H]-@6.85	1.1125	1.1003	0.7741	1.3359	1.1256	1.1000	1.2167	0.9226	0.6714	1.0075	0.8709	0.7625
plasmenyl-PE 38:1; [M-H]-@8.31	1.1384	0.8804	1.0103	1.0677	1.0737	1.2812	1.0656	0.9507	0.9885	0.9447	0.7033	0.8954
plasmenyl-PE 38:2; [M-H]-@7.94	1.0518	0.9608	1.3882	0.8852	0.9816	1.3936	0.8803	0.9434	1.0707	0.8179	0.7936	0.8329
plasmenyl-PE 38:3; [M-H]-@7.68	0.9280	1.0146	1.0341	0.8105	0.9775	1.1245	0.9785	1.0284	1.1529	0.8617	1.0159	1.0733
plasmenyl-PE 38:4; [M-H]-@5.96	0.4683	1.2516	2.2421	0.7871	0.4015	0.8609	0.5615	0.6352	1.6736	0.7670	1.0711	1.2803
plasmenyl-PE 38:4; [M-H]-@7.34	0.9209	1.0515	1.1699	0.8336	0.8344	1.1506	0.8607	0.9520	1.2755	0.9126	1.0430	0.9952
plasmenyl-PE 38:5; [M-H]-@6.85	1.1988	0.9672	1.0304	0.9901	1.0210	1.2497	1.0188	1.0158	0.9287	0.9863	0.8203	0.7729
plasmenyl-PE 38:6; [M-H]-@6.69	1.0500	0.9074	0.9765	0.7886	1.0731	1.2817	0.9840	1.0530	1.1298	0.8294	0.8667	1.0598
plasmenyl-PE 40:1; [M-H]-@8.78	0.9549	0.8705	1.0716	0.9119	1.2349	1.2873	0.8943	0.9968	0.9509	0.9292	0.7939	1.1040
plasmenyl-PE 40:2; [M-H]-@8.39	1.1972	0.9682	0.9699	1.0377	1.4051	1.1822	1.0591	0.9667	0.8184	0.9699	0.7203	0.7053
plasmenyl-PE 40:4; [M-H]-@7.78	0.9612	1.1258	0.8690	0.7934	1.2276	1.0182	0.9969	1.1701	1.0709	0.8943	0.9958	0.8767
plasmenyl-PE 40:5; [M-H]-@7.58	0.9563	1.2385	0.9149	0.8080	1.1083	0.9907	0.9939	1.1183	1.0177	0.9360	1.0493	0.8680
plasmenyl-PE 40:6; [M-H]-@7.27	0.8890	1.1872	0.8223	0.7779	1.0984	0.8745	1.0039	1.2712	0.9668	0.8600	1.2354	1.0133
plasmenyl-PE 42:1; [M-H]-@9.23	0.7954	1.0797	0.9618	0.9535	1.2266	0.9475	0.9644	1.1778	0.8494	0.9907	1.1121	0.9411
plasmenyl-PE 42:4; [M-H]-@8.19	0.8345	1.3101	0.8464	0.5960	1.4167	1.0266	0.8038	1.3559	0.8977	0.7415	1.2523	0.9186
plasmenyl-PE 42:5; [M-H]-@7.97	0.7584	1.3998	0.8927	0.7099	1.5350	1.0334	0.6725	1.2288	0.9167	0.6223	1.3199	0.9106
plasmenyl-PE 42:6; [M-H]-@7.88	0.7388	1.3597	1.0778	0.5356	1.1482	1.2663	0.8132	1.1986	1.1781	0.4977	1.2559	0.9301
plasmenyl-PE 44:4; [M-H]-@8.66	0.5651	1.1471	1.7650	0.9621	0.6306	1.0262	0.5103	1.0470	1.9151	0.4956	1.1059	0.8300
PS 34:1; [M-H]-@5.83	0.8055	0.9199	1.5754	1.2892	0.7305	0.9550	0.7543	0.5671	1.2418	0.9077	0.8205	1.4332
PS 34:2; [M-H]-@5.30	1.3439	1.1105	0.9655	1.3933	0.7639	1.0019	1.1251	0.8250	0.6475	1.0118	0.8403	0.9713
PS 35:1; [M-H]-@6.07	0.6927	0.7238	0.8713	1.4088	0.7308	0.6894	0.8299	0.6525	0.9449	1.1637	1.1432	2.1491
PS 35:2; [M-H]-@5.63	0.8588	0.8555	0.9355	0.7838	0.6981	0.9762	1.1778	0.9146	1.5592	1.4601	0.8145	0.9660
PS 36:1; [M-H]-@11.10	0.3180	0.6468	1.2083	0.3113	0.2256	0.3969	5.1304	0.4836	0.6460	0.8225	1.1321	0.6785
PS 36:1; [M-H]-@5.97	0.7537	1.0801	1.2325	1.1031	0.9009	0.7667	0.8475	0.8510	1.0155	0.9360	1.1881	1.3248
PS 36:1; [M-H]-@6.38	0.7537	1.0801	1.2325	1.1031	0.9009	0.7667	0.8475	0.8510	1.0155	0.9360	1.1881	1.3248
PS 36:1; [M-H]-@8.84	0.4168	0.9604	1.5529	0.7521	0.4585	1.0055	1.1037	0.6891	1.1380	0.7559	1.4646	1.7025
PS 36:2; [M-H]-@5.84	0.9442	1.0152	0.9459	1.1523	0.9423	0.9314	0.9481	1.0023	0.9568	1.1699	0.9446	1.0472
PS 36:2; [M-H]-@6.08	0.9442	1.0152	0.9459	1.1523	0.9423	0.9314	0.9481	1.0023	0.9568	1.1699	0.9446	1.0472
PS 36:3; [M-H]-@5.47	0.8554	0.9342	0.6800	1.0030	0.7377	0.6603	1.2407	1.3234	0.9191	1.3860	1.2115	1.0487
PS 36:4; [M-H]-@5.07	0.8873	0.6388	0.9392	1.0135	0.7029	0.6627	1.3397	1.1819	0.9435	1.2596	1.4501	0.9808
PS 37:4; [M-H]-@6.07	0.7982	1.0150	1.2856	1.1677	0.6767	0.7993	0.7753	0.6987	1.4422	0.7315	1.1144	1.4954
PS 38:1; [M-H]-@7.00	0.4692	1.1510	1.2193	0.9334	0.3895	0.9999	0.7511	0.7724	1.7100	0.7094	1.1385	1.7564
PS 38:2; [M-H]-@6.48	1.0746	0.9162	1.2494	1.1688	0.8655	1.1200	1.0356	0.8600	1.0135	1.0276	0.7100	0.9587
PS 38:3; [M-H]-@6.15	0.9125	0.9551	0.7550	1.3774	0.9611	0.8392	0.9760	0.8481	0.8764	1.1050	1.0263	1.3678
PS 38:4; [M-H]-@5.78	0.7950	1.1628	1.0013	1.0698	1.0396	1.0577	0.8094	0.8756	0.9563	0.8917	1.0693	1.2715
PS 38:4; [M-H]-@6.00	0.7950	1.1628	1.0013	1.0698	1.0396	1.0577	0.8094	0.8756	0.9563	0.8917	1.0693	1.2715
PS 38:5; [M-H]-@5.45	0.9971	1.1697	0.7019	1.1242	1.0752	1.0166	1.0590	0.9523	0.7659	0.9380	1.3659	0.8344
PS 38:5; [M-H]-@6.11	0.8167	0.7292	1.6402	1.1349	0.9034	1.3341	0.7161	0.8101	1.0451	1.1438	0.6530	1.0734
PS 38:6; [M-H]-@5.19	0.7348	1.4046	0.8894	1.3806	0.6832	0.9272	0.8343	1.2384	0.7040	0.9942	1.3858	0.8235
PS 39:4; [M-H]-@6.07	1.0830	1.0628	0.8278	1.1350	1.0694	0.8495	1.4100	0.9768	0.7770	1.0113	0.9566	0.8409
PS 40:1; [M-H]-@6.08	1.7087	0.4672	0.7980	0.4752	0.6023	0.9593	1.0190	1.2918	0.8939	1.1556	0.9899	1.6390
PS 40:1; [M-H]-@7.52	0.8313	0.8645	1.2562	1.0544	0.7710	0.7013	0.8831	0.8621	1.1687	0.9700	1.0879	1.5496
PS 40:2; [M-H]-@7.04	0.8298	1.0490	1.3655	1.3749	0.5844	1.0458	0.8424	0.7326	1.0188	1.1203	0.8679	1.1685
PS 40:4; [M-H]-@6.35	0.9763	1.2191	0.9471	0.9522	1.0532	1.0571	0.9497	1.0882	0.8192	0.8972	1.1557	0.8849
PS 40:5; [M-H]-@6.13	0.9317	1.0006	0.8075	1.3905	0.9411	1.0386	0.9696	0.9733	0.8283	1.0936	0.8533	1.1718
PS 40:6; [M-H]-@5.92	0.7745	1.3617	1.0765	0.7182	0.9855	1.0589	0.6320	0.8786	1.2865	0.9537	1.0840	1.1899
PS 40:7; [M-H]-@5.33	0.7829	1.0705	1.0900	0.8874	1.0063	1.1156	0.9914	1.1193	0.9305	0.9256	1.1148	0.9655
PS 40:8; [M-H]-@4.90	0.6287	1.4146	1.0464	1.1224	0.7696	0.4585	1.1558	1.1745	1.4095	1.2534	0.8381	0.7285
PS 41:1; [M-H]-@9.10	0.8768	0.9706	1.3461	0.6972	0.4246	0.7781	1.1681	1.1199	0.9338	1.0707	0.9078	1.7063
PS 42:10; [M-H]-@4.81	0.8275	0.9944	0.9742	0.9007	1.6616	1.0946	0.7518	0.8622	1.2708	0.6482	1.0782	0.9359
PS 42:1; [M-H]-@10.93	0.6774	1.2411	1.8057	1.1233	0.9993	0.2875	0.2333	0.3575	1.2441	0.7840	1.3978	1.8490
PS 42:1; [M-H]-@11.35	0.5184	0.8299	1.3818	0.9800	0.7647	0.7156	1.0929	0.6575	1.1650	0.8542	1.4687	1.5714
PS 42:1; [M-H]-@12.10	0.3617	0.9498	0.6811	0.8377	0.2651	0.3940	3.8787	0.4322	0.8491	0.7136	1.4454	1.1915
PS 42:1; [M-H]-@7.95	0.6268	0.9413	1.7661	0.9475	0.4770	0.6302	0.6166	0.7414	1.2737	0.8191	1.4635	1.6968
PS 42:2; [M-H]-@7.52	0.6326	1.2389	1.4640	1.3521	0.5816	0.8772	0.6658	0.6412	1.2513	0.7259	0.9623	1.6073
PS 42:4; [M-H]-@6.79	0.9704	1.0303	0.9664	1.0342	1.3677	1.0969	0.9345	1.0968	0.8917	0.9345	1.1055	0.5712
PS 42:5; [M-H]-@6.61	1.1149	1.0434	0.8150	0.9687	1.2233	1.0566	0.9539	1.2302	0.7912	0.8388	1.0903	0.8738
PS 42:8; [M-H]-@5.46	0.6975	0.6840	1.0436	1.1727	0.8134	1.4294	0.9493	0.7717	0.9912	0.8890	0.9362	1.6220
PS 44:10; [M-H]-@5.35	0.7708	0.9325	1.0090	1.0443	0.9595	1.1389	1.0322	1.0278	0.9237	0.9861	0.9897	1.1855
PS 44:11; [M-H]-@4.93	1.0460	0.7522	1.2121	0.9939	0.9579	0.9852	0.9967	1.0023	1.0213	0.9037	1.0367	1.0920
PS 44:12; [M-H]-@4.71	1.0388	0.9113	0.9905	0.9583	1.0192	1.1773	1.0848	0.9709	0.9524	0.8754	1.0352	0.9858
PS 44:2; [M-H]-@7.94	0.8640	1.2555	1.0402	0.7005	0.7783	0.8856	0.9965	1.2435	1.2824	0.9353	1.0254	0.9928
PS 44:3; [M-H]-@7.60	0.7177	1.1724	1.0954	0.7469	0.9406	0.6888	0.7958	1.1824	1.0370	1.0107	1.5013	1.1111
PS 44:4; [M-H]-@7.72	0.3772	1.0884	2.0099	0.7654	0.4477	0.4821	0.5726	0.8689	1.8153	1.3924	0.7921	1.3880

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

Factors:

F1	diet:Control | genotype:db+ | strain:BKS
F2	diet:Control | genotype:db+ | strain:BL6
F3	diet:Control | genotype:ob+ | strain:BTBR
F4	diet:Control | genotype:wt | strain:BKS
F5	diet:Control | genotype:wt | strain:BL6
F6	diet:Control | genotype:wt | strain:BTBR
F7	diet:High Fat | genotype:db+ | strain:BKS
F8	diet:High Fat | genotype:db+ | strain:BL6
F9	diet:High Fat | genotype:ob+ | strain:BTBR
F10	diet:High Fat | genotype:wt | strain:BKS
F11	diet:High Fat | genotype:wt | strain:BL6
F12	diet:High Fat | genotype:wt | strain:BTBR