Data for (Study ST002079)

(Analysis AN003391)

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
CE(16:1); [M+NH4]+; 16:1 Cholesteryl ester	0.9600	3.2660	0.3757	1.4540	0.0426	0.9208	0.3937	0.6294	0.2763	2.0710	0.5006	1.1101
CE(17:0); [M+NH4]+; 17:0 Cholesteryl ester	0.4583	1.9690	0.3189	0.2495	6.0608	0.6303	0.2609	0.1556	0.3666	0.7274	0.2204	0.5824
CE(18:0); [M+NH4]+; 18:0 Cholesteryl ester	0.3051	0.8015	2.0165	1.3686	0.5750	1.6855	0.5702	0.9472	1.0107	0.1484	1.3728	1.8080
CE(18:1); [M+NH4]+; 18:1 Cholesteryl ester	0.7742	2.6827	0.4696	0.7451	0.6746	1.2927	0.7231	0.7245	0.8363	1.1659	0.5721	1.3392
CE(18:2); [M+NH4]+; 18:2 Cholesteryl ester	0.8037	0.9413	1.1251	0.5896	1.2239	1.0491	1.3618	0.8118	1.0607	1.1097	1.0974	0.8259
CE(18:3); [M+NH4]+; 18:3 Cholesteryl ester	0.7296	2.7828	0.5512	1.0498	0.5933	1.1230	0.3361	0.8141	0.6307	1.8482	0.4299	1.1111
CE(19:0); [M+NH4]+; 19:0 Cholesteryl ester	0.8431	0.3065	2.0541	1.1303	1.5467	0.8484	0.6277	1.4115	1.0211	0.6288	0.9259	0.6559
CE(20:4); [M+NH4]+; 20:4 Cholesteryl ester	0.7547	1.7524	1.2675	1.1225	1.1563	0.9180	0.7338	0.8413	1.0170	0.9612	0.7819	0.6933
CE(22:2); [M+NH4]+; 22:2 Cholesteryl ester	0.7699	1.8443	1.1424	0.9388	0.9731	1.0447	0.9510	0.8896	0.9007	0.9140	0.8569	0.7745
CE(22:6); [M+NH4]+; 22:6 Cholesteryl ester	0.6992	1.9897	1.1267	0.9475	0.8859	0.9751	0.8203	1.1095	1.1848	0.5520	0.8145	0.8947
CE(24:1); [M+NH4]+; 24:1 Cholesteryl ester	0.3087	2.6111	0.3275	1.0391	1.8002	1.5408	1.3123	0.7005	0.2884	0.4676	0.6306	0.9732
DG 26:2; [M+NH4]+; DG(8:0/18:2/0:0)	0.9153	0.2737	1.5596	1.0595	1.3826	0.6865	1.6535	1.0804	0.9381	0.3781	1.1820	0.8907
DG 27:0; [M+NH4]+; DG(9:0/18:0/0:0)	1.1120	2.4677	0.8462	1.0250	0.6185	0.9457	0.7270	0.9023	1.0395	0.3435	1.1178	0.8549
DG 28:1; [M+NH4]+; DG(10:0/18:1/0:0)	0.9994	1.2400	0.8346	1.1421	0.7907	1.1108	0.6879	0.8608	1.0816	0.9882	1.1181	1.1457
DG 31:1; [M+NH4]+; DG(13:0/18:1/0:0)	0.6562	0.4635	3.4221	0.3925	1.2472	0.3339	1.5378	0.8133	0.9550	0.2391	1.5419	0.3974
DG 32:1; [M+NH4]+; DG(16:0/16:1/0:0)	1.3125	0.9577	1.2592	0.7867	0.9581	0.5454	1.6925	0.9303	1.0995	0.4649	1.2323	0.7610
DG 32:2; [M+NH4]+; DG(14:0/18:2/0:0)	1.0509	0.3376	1.5361	1.0773	1.2435	0.7837	1.4479	0.8843	1.1279	0.4029	1.0429	1.0650
DG 32:3; [M+NH4]+; DG(14:0/18:3/0:0)	0.5045	0.5945	2.0828	1.4720	0.9834	0.6938	0.3804	1.2980	1.1474	1.5188	0.5997	0.7247
DG 32:3; [M+NH4]+; DG(14:1/18:2/0:0)	0.3970	1.6831	1.1277	1.4356	0.5614	1.0450	0.3219	0.9563	0.7684	2.2426	0.4162	1.0448
DG 33:2; [M+NH4]+; DG(15:0/18:2/0:0)	0.4653	0.5079	2.6406	0.6071	1.6685	0.4359	1.8224	0.8287	0.8016	0.3882	1.4161	0.4177
DG 33:2; [M+NH4]+; DG(16:1/17:1/0:0)	0.6317	0.5924	2.2389	0.3916	1.4900	0.4345	1.6577	0.9480	0.9991	0.4315	1.7518	0.4329
DG 33:3; [M+NH4]+; DG(15:1/18:2/0:0)	0.9421	0.6227	1.1652	1.1162	1.1964	0.7019	0.9111	1.5616	1.0610	0.9519	0.9957	0.7740
DG 34:0; [M+Li]+; DG(14:0/20:0/0:0)	0.8200	1.6437	0.8195	1.9074	0.6545	0.9875	0.5639	0.6172	1.1243	0.8682	0.6184	1.3754
DG 34:1; [M+NH4]+; DG(16:0/18:1/0:0)	0.6747	3.2730	0.3505	0.9995	0.7217	0.8988	0.4603	0.5584	0.5933	2.0780	0.4089	0.9829
DG 34:2; [M+NH4]+; DG(16:0/18:2/0:0)	0.8061	0.5121	1.4402	0.9705	1.3631	0.8524	0.7127	1.5303	0.9862	0.8311	0.9260	1.0693
DG 34:2; [M+NH4]+; DG(16:1/18:1/0:0)	1.0016	1.9945	1.0114	1.0684	0.7222	0.5419	1.0102	0.8255	0.8372	1.0853	0.9368	0.9653
DG 34:3; [M+NH4]+; DG(16:0/18:3/0:0)	0.9991	0.3564	1.7004	0.9319	1.3252	0.6982	1.4011	0.9583	1.2261	0.5187	1.0231	0.8614
DG 34:3; [M+NH4]+; DG(16:1/18:2/0:0)	1.0844	0.9465	1.1537	1.1850	1.0700	0.8882	0.9869	0.8873	0.9971	0.8498	0.7089	1.2423
DG 34:4; [M+NH4]+; DG(16:1/18:3/0:0)	0.8092	0.7340	1.0975	1.0803	1.1657	0.6144	1.0989	1.1511	1.3585	0.5559	1.5502	0.7844
DG 35:1; [M+NH4]+; DG(17:0/18:1/0:0)	1.1404	1.1360	1.5966	1.1283	0.7525	1.0947	0.7508	0.7682	1.1524	0.8538	0.7977	0.8285
DG 35:1; [M+NH4]+; DG(17:1/18:0/0:0)	0.7443	2.9920	0.3130	1.4463	0.3791	1.0774	0.5314	0.3906	0.8066	1.6207	0.6799	1.0187
DG 35:2; [M+NH4]+; DG(17:0/18:2/0:0)	1.0287	0.7388	1.1565	1.1183	1.3871	0.8071	0.8726	1.3349	1.1641	0.5601	0.8971	0.9346
DG 35:2; [M+NH4]+; DG(17:1/18:1/0:0)	0.9450	0.7359	1.1145	1.2924	1.2385	0.8399	0.8849	1.1881	1.1547	0.6072	1.0136	0.9853
DG 35:3; [M+NH4]+; DG(17:1/18:2/0:0)	1.0865	0.7679	1.1164	0.9128	1.4256	0.9159	0.6864	1.5521	0.9119	0.8445	0.9495	0.8305
DG 35:4; [M+NH4]+; DG(17:1/18:3/0:0)	0.7813	0.2967	2.3616	0.7293	1.4471	0.5349	1.2333	0.9667	1.1873	0.4476	1.5144	0.4996
DG 35:4; [M+NH4]+; DG(17:2/18:2/0:0)	0.8025	1.2468	0.9372	1.2920	0.8735	1.3633	0.3498	1.2224	0.9205	1.2490	0.7818	0.9611
DG 35:5; [M+NH4]+; DG(17:2/18:3/0:0)	0.7415	0.4158	1.5546	0.6116	1.1508	0.8019	1.8386	1.5548	0.6855	0.4016	1.2212	1.0220
DG 36:0; [M+NH4]+; DG(16:0/20:0/0:0)	0.9265	1.4886	1.1981	1.1770	0.9219	0.9190	0.7536	1.2071	0.9581	0.8708	0.7986	0.7809
DG 36:0; [M+NH4]+; DG(18:0/18:0/0:0)	0.9782	0.7052	1.1759	0.7666	1.7193	0.9755	0.8261	1.2588	0.9781	0.6230	1.2656	0.7276
DG 36:1; [M+NH4]+; DG(16:0/20:1/0:0)	1.1159	1.0954	0.7573	1.2732	0.8549	0.9842	0.5994	1.0093	0.8181	1.5301	0.6961	1.2661
DG 36:1; [M+NH4]+; DG(18:0/18:1/0:0)	0.8926	3.0531	0.7870	0.7427	0.8398	1.0452	0.7670	0.8561	0.7443	0.6262	0.5449	1.1012
DG 36:2; [M+NH4]+; DG(18:0/18:2/0:0)	0.9200	3.1613	0.5957	0.9369	0.5716	1.0147	0.5126	0.8228	0.7483	1.0532	0.8857	0.7770
DG 36:2; [M+NH4]+; DG(18:1/18:1/0:0)	1.1937	0.8120	0.8483	1.2487	0.9614	1.0103	0.6639	1.1540	0.8318	1.1590	0.7713	1.3454
DG 36:3; [M+NH4]+; DG(16:0/20:3/0:0)	1.6470	1.5561	1.0258	0.8467	0.6661	1.5450	0.6521	0.6757	0.8927	0.7749	0.9465	0.7715
DG 36:3; [M+NH4]+; DG(18:1/18:2/0:0)	1.0603	1.4835	1.5996	1.0762	0.7527	1.2790	0.5716	0.8935	0.8383	1.0054	0.8672	0.5725
DG 36:4; [M+NH4]+; DG(16:0/20:4/0:0)	0.5044	2.8574	0.9760	0.4715	1.1040	0.6167	0.8733	1.0480	0.9618	1.1032	0.9339	0.5497
DG 36:4; [M+NH4]+; DG(18:1/18:3/0:0)	0.9172	1.2389	0.6996	1.4053	0.8090	1.3384	0.2959	0.9454	0.8016	1.7257	0.8405	0.9825
DG 36:4; [M+NH4]+; DG(18:2/18:2/0:0)	0.8635	0.3684	1.5237	1.1682	1.1412	1.0598	0.3501	1.5036	0.9495	0.8817	1.2852	0.9050
DG 36:5; [M+NH4]+; DG(18:2/18:3/0:0)	0.9012	0.8070	1.5959	0.8243	1.2780	0.6942	0.9091	1.0117	1.0352	0.5429	1.5185	0.8820
DG 36:6; [M+NH4]+; DG(14:0/22:6/0:0)	0.9800	0.9266	1.8629	0.4217	0.9084	0.5788	1.1844	1.0751	1.3902	0.5166	1.3830	0.7724
DG 36:7; [M+NH4]+; DG(14:1/22:6/0:0)	0.7392	0.5792	1.1691	1.0094	0.8334	0.7709	1.6989	0.9450	1.2889	0.5412	1.4239	1.0010
DG 37:2; [M+NH4]+; DG(18:2/19:0/0:0)	1.0273	1.9611	0.5355	1.9064	0.3560	1.1719	1.2344	0.8206	0.5238	0.5695	0.8008	1.0927
DG 37:3; [M+NH4]+; DG(17:0/20:3/0:0)	1.0082	0.7626	1.7638	1.0311	1.1735	0.9128	0.9946	0.8299	1.2521	0.3732	1.4298	0.4683
DG 37:5; [M+Li]+; DG(17:0/20:5/0:0)	0.9032	2.0034	0.4848	1.3731	0.6617	1.3199	0.2522	0.7420	0.6841	1.9659	0.6561	0.9535
DG 37:5; [M+NH4]+; DG(17:2/20:3/0:0)	1.3278	0.9855	1.1724	0.8813	1.2503	1.0834	0.8708	1.1049	0.8930	0.8584	0.7480	0.8242
DG 37:6; [M+NH4]+; DG(15:0/22:6/0:0)	1.3430	1.8175	0.8443	1.0783	0.1846	0.8090	0.7003	1.0481	1.0728	1.0372	0.9367	1.1282
DG 37:7; [M+NH4]+; DG(15:1/22:6/0:0)	0.9176	1.0381	1.2435	1.2738	1.1327	0.9080	1.2132	1.2511	0.7752	1.0100	0.7158	0.5209
DG 38:1; [M+NH4]+; DG(16:0/22:1/0:0)	1.1431	1.5273	0.8454	0.9826	0.8986	0.7597	0.8308	0.7328	0.8899	1.1213	0.8840	1.3844
DG 38:1; [M+NH4]+; DG(18:0/20:1/0:0)	0.6233	3.5957	0.4039	0.7457	0.5274	1.7866	0.4882	0.6776	0.6789	1.0234	0.4235	1.0259
DG 38:1; [M+NH4]+; DG(18:1/20:0/0:0)	0.5954	4.5620	0.4586	0.6643	0.5300	1.4289	0.5006	0.5028	0.7307	0.6270	0.4568	0.9428
DG 38:1; [M+NH4]+; DG(20:1/18:0/0:0)	1.0366	0.8498	0.8625	1.1841	1.3053	1.3013	0.5810	1.4396	0.5531	0.7881	0.8655	1.2331
DG 38:2; [M+NH4]+; DG(18:0/20:2/0:0)	1.0878	0.7028	1.2831	0.8913	1.2274	0.6534	1.0052	1.2319	1.0360	0.6053	0.9714	1.3045
DG 38:2; [M+NH4]+; DG(18:1/20:1/0:0)	0.2588	4.4603	0.5311	1.6632	0.6011	1.2709	0.3074	0.6156	0.3459	0.4852	0.5358	0.9246
DG 38:2; [M+NH4]+; DG(18:2/20:0/0:0)	0.3120	4.9376	0.6032	1.4163	0.4930	0.7834	0.4894	0.7820	0.2813	0.5753	0.6416	0.6848
DG 38:3; [M+NH4]+; DG(18:0/20:3/0:0)	0.6843	1.1349	1.6912	0.8389	0.9558	0.4620	1.6010	0.9504	0.8919	0.3892	1.1874	1.2129
DG 38:3; [M+NH4]+; DG(18:1/20:2/0:0)	1.0603	0.4551	1.4863	0.6280	1.3913	0.8137	0.8356	1.4327	1.2070	0.6184	1.0567	1.0149
DG 38:3; [M+NH4]+; DG(18:2/20:1/0:0)	1.0845	1.3852	0.8313	0.9165	0.9304	0.9850	0.6394	1.1305	0.9995	1.1664	0.7735	1.1576
DG 38:4; [M+Li]+; DG(16:0/22:4/0:0)	1.2234	1.7768	0.9833	1.1428	0.7983	0.6946	0.7861	0.9729	0.6578	0.9399	0.7818	1.2423
DG 38:4; [M+NH4]+; DG(16:0/22:4/0:0)	1.0402	1.6888	0.9885	1.0501	0.9834	1.0315	0.8614	1.2828	0.5309	0.9480	0.7351	0.8592
DG 38:4; [M+NH4]+; DG(18:0/20:4/0:0)	1.2804	1.4250	1.0835	0.5663	0.9997	0.6812	1.0543	0.7612	1.1112	0.9468	0.7979	1.2926
DG 38:4; [M+NH4]+; DG(18:1/20:3/0:0)	1.3130	1.3802	0.8277	0.5731	1.2532	0.7599	1.0452	0.5695	1.0399	1.1556	0.9710	1.1117
DG 38:5; [M+NH4]+; DG(16:0/22:5/0:0)	0.3920	5.7215	1.4764	0.3600	0.4997	0.3237	0.8364	0.5104	0.9262	0.2915	0.3849	0.2772
DG 38:5; [M+NH4]+; DG(18:1/20:4/0:0)	0.9203	0.3337	1.7353	0.8584	1.6220	0.6717	1.1773	1.4629	0.9887	0.5195	1.0692	0.6411
DG 38:5; [M+NH4]+; DG(18:2/20:3/0:0)	0.8033	0.6349	1.7473	0.7314	1.7250	0.5900	1.4424	1.4566	0.7739	0.3969	0.9803	0.7181
DG 38:6; [M+NH4]+; DG(16:0/22:6/0:0)	0.9370	1.3690	1.5490	0.8405	1.0085	0.7133	0.8162	0.8042	0.7056	1.0924	1.1141	1.0503
DG 38:6; [M+NH4]+; DG(18:2/20:4/0:0)	0.7601	1.2877	1.5214	0.8004	1.2296	0.7284	0.7775	0.8751	0.9538	0.9666	1.1087	0.9908
DG 38:7; [M+Li]+; DG(16:1/22:6/0:0)	0.5691	0.3520	2.2618	0.6351	1.3798	0.4694	1.2422	1.1295	1.4473	0.3444	1.6860	0.4833
DG 38:7; [M+NH4]+; DG(16:1/22:6/0:0)	0.8204	0.3147	2.6068	0.7921	1.4054	0.4647	1.6427	0.9221	0.9910	0.2404	1.2352	0.5645
DG 38:7; [M+NH4]+; DG(18:2/20:5/0:0)	0.5690	0.3318	1.3478	1.4424	1.5137	1.0878	0.4851	1.6973	0.8240	1.0109	0.7000	0.9904
DG 39:1; [M+NH4]+; DG(18:1/21:0/0:0)	0.6281	0.2156	2.4240	1.1613	1.4134	0.7089	0.3672	1.4910	1.0444	0.5805	1.0144	0.9511
DG 39:2; [M+NH4]+; DG(18:2/21:0/0:0)	0.0410	8.2800	0.0622	0.1537	0.1024	2.6653	0.1169	0.1026	0.1010	0.1040	0.1039	0.1669
DG 39:3; [M+NH4]+; DG(19:0/20:3/0:0)	0.8323	0.6415	1.3493	0.8799	1.3651	0.5836	1.8990	0.8292	0.9601	0.6019	1.1483	0.9097
DG 39:4; [M+NH4]+; DG(19:0/20:4/0:0)	0.8408	1.1176	1.1912	1.2794	1.0802	1.2481	0.8866	0.8838	0.9948	0.5438	0.8696	1.0640
DG 39:7; [M+NH4]+; DG(17:1/22:6/0:0)	0.6736	0.5015	2.2025	0.4483	1.3823	0.6111	1.3834	1.1160	1.0191	0.5286	1.4691	0.6647
DG 40:10; [M+Li]+; DG(18:4/22:6/0:0)	1.1395	0.4467	0.6432	0.9398	2.0155	0.8457	1.9708	0.4440	0.6955	0.2758	2.1698	0.4137
DG 40:10; [M+NH4]+; DG(18:4/22:6/0:0)	1.0068	0.7551	1.4967	1.2193	1.0114	1.0559	1.0129	1.0769	0.9287	0.6800	0.8012	0.9550
DG 40:1; [M+Li]+; DG(20:0/20:1/0:0)	0.7725	2.5718	1.1784	0.9462	0.6045	0.8274	0.8624	0.6158	0.6745	0.3587	1.7135	0.8744
DG 40:3; [M+NH4]+; DG(18:2/22:1/0:0)	0.8016	0.4284	1.2051	0.7906	1.8148	0.7843	1.1018	1.1760	1.2799	0.6739	1.2419	0.7017
DG 40:4; [M+NH4]+; DG(18:0/22:4/0:0)	0.6891	1.3362	1.0361	0.8676	1.5062	0.8140	0.9368	1.2002	0.6339	1.0491	1.2687	0.6621
DG 40:4; [M+NH4]+; DG(18:2/22:2/0:0)	0.7788	0.9086	1.7136	1.0763	1.1236	0.9433	1.1273	0.7813	0.9864	0.6769	1.0821	0.8020
DG 40:4; [M+NH4]+; DG(20:0/20:4/0:0)	0.7861	1.0686	1.5526	1.1428	1.0779	0.9600	1.0796	0.7746	0.9434	0.7566	1.0363	0.8214
DG 40:5; [M+NH4]+; DG(18:0/22:5/0:0)	1.6344	0.7822	1.6243	0.8306	0.5877	0.4942	1.5294	1.1326	1.0871	0.3334	1.0856	0.8784
DG 40:6; [M+NH4]+; DG(18:2/22:4/0:0)	0.7261	1.9034	0.7407	1.3388	0.9462	1.2131	0.5394	0.8484	0.6843	1.2684	0.6186	1.1725
DG 40:7; [M+NH4]+; DG(18:1/22:6/0:0)	0.9474	0.7082	1.5510	1.0825	1.3489	1.0813	0.5133	0.6974	1.0086	1.0748	0.8792	1.1072
DG 40:8; [M+NH4]+; DG(18:2/22:6/0:0)	1.0210	0.8366	1.0651	1.0081	1.0398	0.9874	1.0869	1.1074	1.0383	0.9259	1.2154	0.6680
DG 40:9; [M+NH4]+; DG(18:3/22:6/0:0)	1.0863	0.7282	1.1002	0.9765	0.9894	1.0334	1.1249	1.1281	1.0633	0.8854	1.2347	0.6496
DG 41:5; [M+Li]+; DG(19:0/22:5/0:0)	0.8385	0.7036	1.9431	1.0363	1.1700	0.8782	1.1241	0.7981	1.0236	0.6369	1.0909	0.7566
DG 41:6; [M+NH4]+; DG(19:0/22:6/0:0)	1.0517	0.9541	1.7034	0.6061	1.0505	0.6997	1.5632	1.0868	1.1130	0.7546	0.8726	0.5443
DG 42:2; [M+NH4]+; DG(18:1/24:1/0:0)	0.8035	1.7443	1.2669	0.7855	1.2378	0.7149	0.6668	0.9577	1.1148	0.6499	1.2992	0.7586
DG 42:2; [M+NH4]+; DG(20:2/22:0/0:0)	0.3766	5.4178	0.8051	0.4128	0.5373	1.6815	0.8078	0.4014	0.4091	0.3117	0.5240	0.3149
DG 42:3; [M+NH4]+; DG(18:2/24:1/0:0)	0.8990	2.6882	1.4075	0.6524	0.9526	0.7840	1.1863	0.6643	0.7856	0.4730	0.9247	0.5825
DG 42:3; [M+NH4]+; DG(18:3/24:0/0:0)	0.5075	4.2640	1.1169	0.7358	0.6398	1.3127	0.8465	0.4678	0.6263	0.2766	0.6938	0.5124
DG 42:4; [M+NH4]+; DG(20:3/22:1/0:0)	0.6990	3.3410	1.3312	0.6504	0.7415	0.6766	1.0527	0.7942	0.7186	0.5640	0.8651	0.5656
DG 42:5; [M+NH4]+; DG(18:1/24:4/0:0)	0.8384	1.7984	1.5088	0.9475	0.9105	0.5530	1.0341	0.9494	0.8996	0.7719	1.2543	0.5339
DG 42:5; [M+NH4]+; DG(20:0/22:5/0:0)	0.8671	0.7725	1.7689	0.9306	1.1360	0.7256	1.3116	0.8313	1.2173	0.7455	1.2832	0.4104
DG 42:6; [M+NH4]+; DG(18:2/24:4/0:0)	0.9695	0.8866	1.0928	1.2161	0.9284	1.0194	0.9169	1.2451	1.0561	0.8072	0.7864	1.0755
DG 42:6; [M+NH4]+; DG(20:0/22:6/0:0)	0.7697	0.6487	1.4696	0.6524	1.4215	0.7063	1.0551	1.1967	1.1827	0.8634	1.1528	0.8811
DG 42:7; [M+Li]+; DG(20:3/22:4/0:0)	0.9261	2.0584	0.7462	1.5730	0.6497	0.9122	0.4097	0.6842	0.8437	1.8027	0.4603	0.9339
DG 42:7; [M+NH4]+; DG(20:1/22:6/0:0)	0.9273	0.7511	2.0952	0.8654	1.0710	0.8508	1.6186	0.8329	0.8193	0.5961	0.9648	0.6077
DG 42:9; [M+NH4]+; DG(20:3/22:6/0:0)	0.9161	0.3421	1.8082	0.8327	1.7566	0.7331	0.9870	0.9572	1.2025	0.6909	1.2517	0.5218
DG 42:9; [M+NH4]+; DG(20:4/22:5/0:0)	2.2406	1.0056	0.9679	0.9072	0.4058	0.8445	0.7286	0.6769	1.7782	0.5101	1.0559	0.8787
DG 44:11; [M+NH4]+; DG(22:5/22:6/0:0)	1.2152	1.2011	1.2458	1.0097	0.9536	0.7755	1.0188	0.9280	0.9981	0.8202	1.1929	0.6410
DG 44:1; [M+NH4]+; DG(18:1/26:0/0:0)	0.9559	1.4738	0.8489	0.9339	0.8358	1.1919	0.8558	0.8095	0.9154	1.2392	0.8653	1.0747
DG 44:2; [M+NH4]+; DG(18:1/26:1/0:0)	1.0193	1.1784	1.5128	0.8499	0.9619	1.0767	1.2994	1.0189	0.8619	0.7007	0.8838	0.6364
DG 44:3; [M+NH4]+; DG(20:2/24:1/0:0)	1.1024	0.4865	1.8606	0.8475	1.1608	0.8726	1.4728	1.1405	0.8921	0.5066	1.0702	0.5875
DG 44:4; [M+NH4]+; DG(18:2/26:2/0:0)	0.7688	0.5736	1.6123	0.7289	1.2177	1.0106	1.6576	1.0846	1.0728	0.4696	1.2730	0.5305
DG 44:4; [M+NH4]+; DG(20:3/24:1/0:0)	0.7844	0.5232	1.7259	0.7276	1.2471	0.9790	1.6345	1.0973	1.0695	0.4538	1.2513	0.5063
DG 44:4; [M+NH4]+; DG(20:4/24:0/0:0)	0.8413	0.6517	1.5835	0.7733	1.1306	1.0541	1.5693	1.0685	1.0660	0.4994	1.1931	0.5691
DG 44:6; [M+NH4]+; DG(22:1/22:5/0:0)	1.0139	0.3725	1.8415	0.7417	1.4037	0.8187	1.3166	0.5334	1.1817	0.7354	1.3833	0.6577
DG 44:9; [M+NH4]+; DG(22:4/22:5/0:0)	1.1574	0.6624	1.8441	0.6236	1.1924	0.7246	1.6698	0.8765	0.8571	0.4922	1.1741	0.7259
lysoPC 15:1; [M+H]+; PC(15:1(9Z)/0:0)	0.8227	0.5503	1.5589	0.9026	1.1609	1.0344	1.4354	1.1144	0.8353	0.6591	1.0071	0.9190
lysoPC 16:0; [M+H]+; PC(16:0/0:0)	1.0609	1.7501	0.9489	0.9116	0.9884	0.7637	0.9376	1.0174	0.6480	1.6994	0.7479	0.5260
lysoPC 17:0; [M+H]+; PC(17:0/0:0)	1.0041	0.5679	1.4960	1.4835	1.0889	0.9443	1.2056	0.9774	0.8206	0.5106	0.9517	0.9496
lysoPC 18:0; [M+H]+; PC(18:0/0:0)	0.9502	0.4285	1.2373	1.4985	1.0473	1.0968	1.0242	1.0026	0.9445	0.5697	1.0301	1.1702
lysoPC 18:0; [M+H]+; PC(O-18:0/0:0)	0.9516	0.6816	1.3868	1.5479	1.0561	0.9787	1.0944	0.9380	0.8168	0.5826	0.9174	1.0482
lysoPC 18:2; [M+H]+; PC(18:2(2E,4E)/0:0)	0.8011	0.2578	1.9165	0.7750	1.4556	0.6351	1.6209	1.1603	1.1837	0.3327	1.2943	0.5670
lysoPC 18:3; [M+H]+; PC(18:3(6Z,9Z,12Z)/0:0)	0.9084	0.4996	2.0129	1.0027	1.1935	0.5004	1.7632	0.9292	1.0684	0.2851	1.3878	0.4488
lysoPC 20:0; [M+H]+; PC(20:0/0:0)	0.5363	0.3126	3.8678	0.3055	1.5507	0.2646	1.6460	0.8558	0.7365	0.1268	1.4145	0.3829
lysoPC 20:0; [M+H]+; PC(P-20:0/0:0)	1.0081	2.4984	0.6345	0.6170	0.9179	0.4631	0.9801	0.8702	1.1886	0.9672	1.0930	0.7618
lysoPC 20:3; [M+H]+; PC(20:3(5Z,8Z,11Z)/0:0)	1.1426	0.4447	1.4995	0.7816	1.4832	0.7515	1.5001	0.9674	1.2350	0.3897	0.9429	0.8618
lysoPC 20:4; [M+H]+; PC(20:4(5E,8E,11E,14E)/0:0)	1.0526	0.2351	1.9207	0.8472	1.5054	0.7339	1.4376	1.0046	1.0999	0.2866	1.0834	0.7930
lysoPC 22:0; [M+H]+; PC(22:0/0:0)	1.6954	0.2903	1.8036	1.6388	1.1625	0.4940	1.7838	0.7313	0.3450	0.5353	0.6803	0.8397
lysoPC 22:1; [M+H]+; PC(22:1(13Z)/0:0)	1.0311	1.2146	0.8460	1.1157	0.7648	1.0438	0.7715	0.8649	1.0354	1.3238	1.0963	0.8921
lysoPC 22:2; [M+H]+; PC(22:2(13Z,16Z)/0:0)	0.6587	1.0128	2.3518	0.4877	1.1202	0.5871	1.5683	0.5997	0.9271	0.5381	1.6766	0.4717
lysoPC 22:4; [M+H]+; PC(22:4(7Z,10Z,13Z,16Z)/0:0)	0.5505	2.3894	1.0476	1.0581	0.6754	0.6465	0.4692	0.5687	0.7782	1.2428	0.5896	1.9839
lysoPC 22:5; [M+H]+; PC(22:5(4Z,7Z,10Z,13Z,16Z)/0:0)	0.5981	0.6076	3.0643	0.4992	1.3031	0.4163	1.4333	0.9801	0.8451	0.2476	1.3681	0.6371
lysoPC 24:0; [M+H]+; PC(24:0/0:0)	0.5688	3.7433	0.4404	1.0792	0.3507	0.9186	0.2578	0.4402	0.4382	2.4152	0.3050	1.0424
lysoPC 24:1; [M+H]+; PC(24:1(15Z)/0:0)	0.8851	0.3667	2.4331	0.6659	1.2533	0.3668	1.6014	0.8933	1.1041	0.4549	1.4189	0.5566
lysoPC 24:4; [M+H]+; PC(24:4(5Z,8Z,11Z,14Z)/0:0)	0.5749	1.8709	1.2654	1.0642	0.9502	0.7652	0.7378	0.6743	1.1967	1.1604	0.7768	0.9632
lysoPC 25:0; [M+H]+; PC(25:0/0:0)	0.7112	0.3417	1.6231	1.2259	1.5097	1.3324	0.8350	1.1762	1.0136	0.3167	1.1930	0.7215
lysoPC 26:0; [M+H]+; PC(26:0/0:0)	0.6960	1.1985	0.7800	0.6431	1.1004	1.4710	1.1302	1.0688	1.1055	0.5386	1.3135	0.9546
lysoPC 26:1; [M+H]+; PC(26:1(5Z)/0:0)	1.5503	1.0304	0.4079	2.0363	0.3698	1.6689	0.5009	1.5021	0.4519	0.8216	0.7470	0.9130
lysoPC 26:2; [M+H]+; PC(26:2(5E,9Z)/0:0)	0.6297	2.5116	1.1397	0.7584	0.9568	0.6176	1.2681	0.8138	0.8759	0.4948	1.4782	0.4554
lysoPE 18:1; [M+Na]+; PE(18:1(11E)/0:0)	0.6766	0.9800	0.6535	1.4207	1.2471	0.8629	1.0644	0.9917	1.4138	0.6842	1.0990	0.9060
lysoPE 20:0; [M+H]+; PE(O-20:0/0:0)	0.9020	0.2492	1.7525	1.0625	1.4090	0.6110	1.7374	0.9712	0.9528	0.3688	1.1848	0.7988
lysoPE 20:0; [M+Na]+; PE(20:0/0:0)	0.8980	2.0329	0.6616	1.3237	0.6927	0.7655	1.1317	0.5725	1.3381	0.5298	0.9448	1.1086
MG 16:0; [M+Li]+; MG(16:0/0:0/0:0)	1.3355	1.3350	0.7775	1.0943	0.9824	1.1774	0.8958	1.2286	0.5715	0.9869	0.6561	0.9590
MG 21:0; [M+Li]+; MG(21:0/0:0/0:0)	0.7110	1.8546	0.6810	1.1161	0.8796	0.8886	0.7901	0.7854	0.8257	0.8880	1.1194	1.4605
MG 23:0; [M+Li]+; MG(23:0/0:0/0:0)	0.3739	2.9455	0.6766	2.9326	0.2056	1.2823	0.7805	0.6904	0.5345	0.6211	0.6856	0.2714
MGDG 20:3; [M+NH4]+; MGDG(2:0/18:3(6Z,9Z,12Z))	0.6059	1.3742	1.7741	1.1099	0.7041	0.7047	0.9275	0.6193	1.2332	0.7289	1.0114	1.2068
MGDG 22:2; [M+NH4]+; MGDG(2:0/20:2(11Z,14Z))	0.8802	0.7213	1.6298	0.7944	0.5834	1.2092	1.5406	0.8802	1.2120	0.7223	1.0523	0.7744
MGDG 24:0; [M+Na]+; MGDG(3:0/21:0)	0.8700	0.5568	1.0920	0.8546	1.0937	1.2603	0.5927	1.6415	1.1961	1.0772	1.0629	0.7024
MGDG 24:6; [M+NH4]+; MGDG(2:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.9798	1.2544	0.8304	1.2845	1.1139	0.9942	0.6501	1.1541	0.8330	1.1062	0.7025	1.0970
MGDG 25:1; [M+NH4-CO]+; MGDG(10:0/15:1(9Z))	1.1925	0.5819	1.8092	0.8176	0.8029	0.6447	1.0397	1.1819	1.4638	0.6164	1.0213	0.8281
MGDG 25:2; [M+Na]+; MGDG(3:0/22:2(13Z,16Z))	0.8429	2.0335	0.5836	1.4567	0.5770	1.1424	0.3968	0.4605	1.1617	1.0924	0.7665	1.4860
MGDG 25:4; [M+Na]+; MGDG(3:0/22:4(7Z,10Z,13Z,16Z))	1.0920	0.7301	1.1188	0.8762	1.3578	0.8586	0.9575	1.2442	1.1063	0.8775	0.8602	0.9208
MGDG 27:0; [M+Na]+; MGDG(11:0/16:0)	0.6343	0.3370	2.0457	1.2310	1.2478	0.8256	0.2624	1.3144	0.9291	0.9963	1.1679	1.0084
MGDG 34:3; [M+Na]+; MGDG(16:1(7Z)/18:2(2E,4E))	0.8030	0.9000	1.0312	0.8341	1.1706	0.8395	0.8769	1.3480	1.1772	1.0053	1.1289	0.8854
MGDG 36:3; [M+Na]+; MGDG(18:1(11E)/18:2(2E,4E))	1.1424	1.0832	1.5451	0.7036	0.9433	0.8441	1.1123	1.1265	1.0028	0.7012	1.0579	0.7376
MGDG 38:5; [M+Na]+; MGDG(18:1(11E)/20:4(5E,8E,11E,14E))	1.3554	0.6875	1.2477	0.8793	0.8338	0.6420	1.3683	1.2673	1.1402	0.6321	1.0785	0.8679
MGDG 38:6; [M+Na]+; MGDG(18:2(2E,4E)/20:4(5E,8E,11E,14E))	1.1353	0.8403	1.0548	1.0724	1.2819	0.9929	0.6076	1.0950	0.9132	0.7941	1.2029	1.0096
MGDG 38:7; [M+Na]+; MGDG(18:2(2E,4E)/20:5(5Z,8Z,11Z,14Z,17Z))	0.6660	2.6935	0.8348	0.6948	0.7719	1.4256	0.7567	0.9241	0.6599	1.1765	0.4680	0.9282
MGDG 40:6; [M+Na]+; MGDG(20:2(11Z,14Z)/20:4(5E,8E,11E,14E))	0.7753	1.4744	1.0426	1.0675	1.0372	1.2174	1.0877	0.8965	1.0958	0.7153	0.7964	0.7940
MGDG 42:5; [M+Na]+; MGDG(20:1(11E)/22:4(7Z,10Z,13Z,16Z))	0.2213	2.1332	0.6927	1.0947	0.6574	2.0674	0.2300	1.6621	0.3537	1.4909	0.3657	1.0309
MGDG 42:8; [M+Na]+; MGDG(20:4(5E,8E,11E,14E)/22:4(7Z,10Z,13Z,16Z))	0.7685	2.5487	0.8644	0.6484	0.6059	0.8924	1.1667	0.6547	1.2666	1.1876	0.9531	0.4430
MGDG 44:5; [M+Na]+; MGDG(20:1(11E)/24:4(5Z,8Z,11Z,14Z))	0.1780	2.4131	0.7547	2.3373	0.4887	1.8210	0.2218	1.2393	0.2901	0.9588	0.9241	0.3731
MGDG 44:9; [M+Na]+; MGDG(22:4(7Z,10Z,13Z,16Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.5419	1.6540	0.8661	1.0318	1.3991	1.5257	1.1678	0.8135	0.6274	0.8089	1.0192	0.5447
MGDG 46:6; [M+Na]+; MGDG(22:2(13Z,16Z)/24:4(5Z,8Z,11Z,14Z))	0.6952	0.5518	1.6601	1.0337	1.2730	0.8052	0.7117	1.4051	1.0229	0.6966	1.3960	0.7487
MGDG 6:0; [M+NH4-CO]+; MGDG(2:0/4:0)	0.9889	0.2517	1.9890	0.9070	1.4361	0.5597	0.7841	1.1460	1.1930	0.7422	1.3934	0.6088
MGDG 6:0; [M+NH4]+; MGDG(2:0/4:0)	0.6960	1.1255	0.6970	0.8748	0.6800	1.0823	0.7369	1.1684	1.3224	1.4622	0.8720	1.2825
N-(15Z-tetracosenoyl)-sphing-4-enine; [M+H]+; Cer(d18:1(4E)/24:1(15Z))	1.3612	1.0895	1.2032	0.9730	0.8236	1.0587	0.9480	0.9795	0.7790	0.9193	1.1550	0.7102
N-(15Z-tetracosenoyl)-sphinganine; [M+H]+; Cer(d18:0/24:1(15Z))	1.8147	0.7640	1.3160	1.1861	1.2784	0.8304	1.3189	0.8867	0.6820	0.6503	0.7524	0.5200
N-(5Z,8Z,11Z,14Z-tetracosatetraenoyl)-sphing-4-enine; [M+H]+; Cer(d18:1(4E)/24:4(5Z,8Z,11Z,14Z))	0.9829	0.9027	1.3146	0.8922	0.8889	1.6210	0.5516	1.1453	0.9144	1.1024	0.9730	0.7110
N-(docosanoyl)-sphing-4-enine; [M+H]+; Cer(d18:1(4E)/22:0)	1.2691	0.9767	1.0465	0.9875	1.3543	0.9171	1.2052	1.2082	0.6697	0.8884	0.7257	0.7518
N-(docosanoyl)-sphinganine; [M+H]+; Cer(d18:0/22:0)	1.7770	0.7197	1.2792	0.7685	1.5090	0.6173	2.2370	0.7311	0.4907	0.6458	0.5771	0.6476
N-(eicosanoyl)-sphing-4-enine; [M+H]+; Cer(d18:1(4E)/20:0)	1.1068	0.4409	1.3906	0.8835	1.4670	0.8612	1.0940	1.3523	0.9737	0.7039	1.0372	0.6888
N-(tetracosanoyl)-sphing-4-enine; [M+H]+; Cer(d18:1(4E)/24:0)	1.4168	0.7572	1.4681	1.0633	1.0563	0.8321	0.7891	1.2775	0.9592	0.4491	0.8655	1.0659
PA 12:0; [M+Na2-H]+; GPA(6:0/6:0)	0.8187	1.7909	0.7550	1.1120	0.8386	1.1051	1.0777	0.7235	0.8002	1.1681	0.8009	1.0092
PA 13:0; [M+Na2-H]+; GPA(5:0/8:0)	0.8319	0.3176	1.6601	0.7638	1.2801	0.9331	1.0414	1.0711	1.1892	0.6566	1.5134	0.7418
PA 16:0; [M+Na2-H]+; GPA(6:0/10:0)	0.9408	0.5075	1.6173	0.7865	1.3025	1.0308	0.6337	0.7712	1.2585	0.8163	1.2927	1.0423
PA 23:0; [M+Na2-H]+; GPA(7:0/16:0)	1.0418	0.1974	1.5376	0.9428	1.4149	0.9088	1.1818	1.1753	1.2047	0.3250	1.1976	0.8724
PA 26:4; [M+Na2-H]+; GPA(2:0/24:4(5Z,8Z,11Z,14Z))	0.7862	1.7885	1.3550	1.0340	0.8507	1.2543	0.6563	0.9961	0.7477	1.1786	0.7347	0.6178
PA 30:1; [M+Na2-H]+; GPA(6:0/24:1(15Z))	1.2683	1.3731	1.0556	0.5276	1.0657	0.7056	1.0792	0.7638	1.0753	0.9632	0.8383	1.2843
PA 35:1; [M+Na2-H]+; GPA(9:0/26:1(5Z))	0.7366	2.1209	0.5758	0.9680	0.6365	0.6656	0.8440	0.6649	0.8511	1.9613	0.7497	1.2257
PA 35:2; [M+Na2-H]+; GPA(9:0/26:2(5E,9Z))	1.0050	1.3916	1.0439	1.0726	0.9386	0.9162	1.0835	0.8689	0.9185	0.9220	1.0519	0.7872
PA 36:0; [M+Na2-H]+; GPA(17:0/19:0)	1.0454	1.1292	1.4985	0.8181	1.0630	0.9186	1.3068	1.1122	0.8884	0.6728	0.9250	0.6220
PA 38:0; [M+Na2-H]+; GPA(19:0/19:0)	0.9092	1.8748	1.1667	0.7070	0.7131	1.1595	1.0251	2.0156	0.6530	0.3556	0.7587	0.6617
PA 40:0; [M+Na2-H]+; GPA(16:0/24:0)	0.3359	1.2921	1.3252	0.6002	0.9895	2.0103	1.0756	1.4882	0.7991	0.4804	0.9560	0.6476
PA 41:0; [M+Na2-H]+; GPA(19:0/22:0)	1.2770	0.4796	1.6579	0.8462	1.2018	0.7131	1.6481	0.9151	1.0399	0.3732	1.2354	0.6129
PA 42:0; [M+Na2-H]+; GPA(16:0/26:0)	0.7635	1.2759	1.0118	0.9076	0.8405	0.9682	1.0027	0.7564	0.9508	1.2344	1.1318	1.1564
PA 50:0; [M+Na2-H]+; GPA(24:0/26:0)	0.3394	0.1777	2.2146	1.4139	1.1351	1.0923	0.3661	1.8408	0.7807	0.5184	0.9360	1.1849
PA 50:1; [M+Na2-H]+; GPA(24:0/26:1(5Z))	0.2271	0.2039	2.3007	2.0960	0.8616	1.3497	0.1706	1.9874	0.4853	0.5259	0.6554	1.1366
PA 52:1; [M+Na2-H]+; GPA(26:0/26:1(5Z))	0.5188	0.3261	1.7069	1.3242	1.3305	1.1329	0.4685	1.3566	0.8552	0.9353	0.7446	1.3005
PC 15:0; [M+H]+; GPCho(6:0/9:0)	0.8806	0.2705	1.6859	1.1320	1.3388	0.6823	1.6632	0.9757	0.9018	0.4054	1.1880	0.8758
PC 16:0; [M+Na]+; GPCho(3:0/13:0)	0.9086	0.3915	2.4679	1.5643	0.9603	0.8665	0.9755	1.0458	0.6963	0.2916	0.9596	0.8721
PC 17:0; [M+H]+; GPCho(2:0/15:0)	0.8866	0.7108	1.4782	1.0301	1.1423	0.8030	1.0930	0.7700	0.9483	0.7111	1.3369	1.0897
PC 17:0; [M+H]+; GPCho(7:0/10:0)	0.9546	0.4815	1.1653	1.5375	1.0022	1.1397	0.9540	0.9904	0.9301	0.6220	1.0002	1.2226
PC 17:0; [M+Na]+; GPCho(15:0/2:0)	1.1274	0.4218	1.3836	1.1208	1.1332	0.8523	1.3921	0.9058	1.1513	0.5721	0.9689	0.9707
PC 19:0; [M+H]+; GPCho(2:0/17:0)	0.5287	2.3209	0.6926	0.6600	0.5348	0.7300	0.8964	1.0370	1.1083	0.5673	1.3643	1.5596
PC 19:2; [M+H]+; GPCho(17:2(9Z,12Z)/2:0)	1.2744	1.0334	1.1950	1.8398	0.9085	0.8315	0.6868	0.5508	0.9716	0.6938	1.0912	0.9231
PC 19:2; [M+H]+; GPCho(2:0/17:2(9Z,12Z))	0.5878	1.5679	0.7608	0.5971	1.0817	0.8081	1.0548	1.4193	0.9644	0.8485	0.9876	1.3219
PC 20:0; [M+H]+; GPCho(12:0/8:0)	0.6617	1.8034	1.0048	1.0917	0.9618	0.8890	0.8442	1.2260	1.0171	0.7003	0.8451	0.9548
PC 20:0; [M+H]+; GPCho(2:0/18:0)	1.1408	0.4327	1.1783	1.1084	1.0719	0.9250	1.2748	1.1221	1.1825	0.5103	1.1010	0.9522
PC 20:0; [M+H]+; GPCho(3:0/17:0)	0.6537	1.7962	1.0098	1.0866	0.9513	0.8885	0.8484	1.2795	1.0028	0.7026	0.8379	0.9426
PC 20:0; [M+H]+; GPCho(5:0/15:0)	0.6304	1.7445	1.0147	1.0551	1.3029	0.8975	0.8520	1.2228	0.9346	0.6557	0.7998	0.8900
PC 20:0; [M+H]+; GPCho(7:0/13:0)	0.8556	2.1848	0.9330	0.9473	0.9355	0.8068	0.7832	0.9262	1.0003	0.8732	0.8177	0.9363
PC 21:0; [M+Na]+; GPCho(10:0/11:0)	0.6702	1.4952	1.0361	1.0141	0.7850	0.5221	0.8782	1.0811	1.3592	0.5488	1.3573	1.2527
PC 21:0; [M+Na]+; GPCho(9:0/12:0)	0.6983	2.0421	0.9733	1.0580	0.9205	0.7514	0.6764	1.1625	1.0835	0.2818	0.9952	1.3567
PC 22:1; [M+H]+; GPCho(2:0/20:1(11E))	0.7157	2.5855	0.8684	0.3978	0.9285	0.6163	1.3274	1.1702	0.7620	0.5643	1.2326	0.8314
PC 23:0; [M+Na]+; GPCho(10:0/13:0)	0.7079	1.4112	1.2244	0.9471	1.2149	0.7823	0.7353	0.8061	1.3743	0.7728	0.9920	1.0318
PC 23:3; [M+H]+; GPCho(3:0/20:3(5Z,8Z,11Z))	0.7830	1.2963	0.9245	0.7991	1.3966	1.1798	0.8081	1.0912	1.3017	0.7534	0.8430	0.8233
PC 24:0; [M+H]+; GPCho(9:0/15:0)	0.7586	0.5206	2.0574	0.8839	1.0651	1.2808	0.8011	0.8466	1.3977	0.4531	1.1861	0.7490
PC 24:0; [M+Na]+; GPCho(11:0/13:0)	0.6727	1.2185	1.1617	1.1858	0.7872	1.1204	0.8144	0.9016	1.3571	0.6649	1.1033	1.0122
PC 24:0; [M+Na]+; GPCho(21:0/3:0)	1.2072	1.2350	0.7023	1.3573	0.9302	1.0636	0.4595	0.9293	2.3116	0.4253	0.6087	0.7699
PC 24:0; [M+Na]+; GPCho(3:0/21:0)	0.5158	0.3299	2.3075	1.4047	1.4075	0.8908	0.5333	1.1368	0.9178	0.5302	1.4288	0.5968
PC 24:0; [M+Na]+; GPCho(6:0/18:0)	0.7426	1.3637	1.9772	0.8456	1.3773	0.5279	0.6394	1.1527	0.7919	0.4677	1.1472	0.9669
PC 24:6; [M+Na]+; GPCho(2:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.7885	1.4541	0.7142	0.8045	1.0157	1.3012	1.0928	0.9240	1.5096	0.7322	0.6746	0.9886
PC 25:0; [M+Na]+; GPCho(11:0/14:0)	0.6681	0.2709	2.0656	0.9839	1.4931	0.9080	1.1771	0.9367	1.2277	0.3050	1.3770	0.5870
PC 25:0; [M+Na]+; GPCho(12:0/13:0)	0.7721	1.4740	1.2710	1.1608	0.9456	0.7366	0.7131	0.7756	1.5868	0.5353	1.0931	0.9361
PC 25:0; [M+Na]+; GPCho(4:0/21:0)	0.5254	0.2474	2.0081	1.0879	1.5387	1.0300	1.1091	0.9196	1.2047	0.2984	1.2786	0.7521
PC 25:0; [M+Na]+; GPCho(9:0/16:0)	0.6639	2.1409	1.2820	0.5677	1.0521	0.4972	1.2371	1.1208	0.9193	0.9697	0.8708	0.6785
PC 25:1; [M+Na]+; GPCho(7:0/18:1(11E))	0.6965	0.3388	2.7147	0.8891	1.1447	0.5322	1.2410	1.0507	1.0006	0.3501	1.4078	0.6340
PC 25:1; [M+Na]+; GPCho(9:0/16:1(7Z))	0.5885	0.6190	2.3857	0.7159	1.2166	0.6142	1.1170	0.9328	1.2262	0.4549	1.2844	0.8447
PC 25:2; [M+Na]+; GPCho(3:0/22:2(13Z,16Z))	0.6707	0.2985	1.5052	1.0658	1.4105	0.8498	1.2171	0.8865	1.0053	0.5355	1.9614	0.5937
PC 25:2; [M+Na]+; GPCho(7:0/18:2(2E,4E))	0.7043	1.1099	1.6777	0.8515	1.4601	0.6893	0.9100	0.9397	1.1776	0.4590	1.3059	0.7150
PC 25:3; [M+H]+; GPCho(7:0/18:3(6Z,9Z,12Z))	1.0880	0.6617	1.5115	1.0269	1.4627	0.9941	1.4574	0.6413	0.8441	0.3323	1.1029	0.8770
PC 25:6; [M+Na]+; GPCho(3:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.1500	0.5596	1.2846	0.6903	1.3586	0.9521	1.2745	1.1320	0.9794	0.5566	1.1297	0.9326
PC 26:0; [M+Na]+; GPCho(2:0/24:0)	1.2859	1.8991	1.0914	0.7910	0.8415	0.8029	0.8607	1.0373	0.8944	0.7523	0.8913	0.8522
PC 26:0; [M+Na]+; GPCho(3:0/23:0)	1.3010	0.7445	1.4056	1.1412	1.1288	1.0059	1.2975	0.8699	1.4043	0.3803	0.9723	0.3486
PC 26:0; [M+Na]+; GPCho(6:0/20:0)	0.6666	1.0871	1.5070	1.3266	0.6529	0.9383	0.3447	0.9876	1.1746	0.5591	1.2450	1.5107
PC 26:0; [M+Na]+; GPCho(8:0/18:0)	0.6915	0.9003	1.5912	1.3048	0.7753	1.0070	0.3537	1.0150	1.2384	0.4243	1.2180	1.4805
PC 26:1; [M+H]+; GPCho(6:0/20:1(11E))	1.2842	1.8715	0.9840	0.7029	0.8530	1.0412	0.7505	0.7029	1.5118	0.7327	0.9102	0.6552
PC 26:1; [M+H]+; GPCho(9:0/17:1(9Z))	1.1903	1.1751	0.7378	0.7048	0.5857	0.7595	1.1863	1.2072	0.9880	0.8733	1.6544	0.9375
PC 26:1; [M+Na]+; GPCho(10:0/16:1(7Z))	0.6849	0.9139	2.1301	1.0661	1.1924	1.4141	0.6087	0.7564	1.0520	0.4835	0.8857	0.8123
PC 26:1; [M+Na]+; GPCho(2:0/24:1(15Z))	1.9144	0.5073	1.6396	0.5167	1.2253	0.8065	1.9180	1.1478	0.7304	0.3913	0.6761	0.5267
PC 26:1; [M+Na]+; GPCho(6:0/20:1(11E))	1.0254	0.4819	1.5088	0.7411	1.0742	0.9490	1.0073	1.6546	1.1594	0.5671	1.2789	0.5523
PC 26:1; [M+Na]+; GPCho(8:0/18:1(11E))	0.7385	0.4943	1.9920	1.0559	1.2467	0.9943	0.7465	1.0187	1.0086	0.5623	1.2539	0.8883
PC 26:2; [M+H]+; GPCho(4:0/22:2(13Z,16Z))	0.8298	0.4450	1.4175	0.7923	1.6876	0.8380	1.1729	1.0047	1.2289	0.3983	1.4534	0.7318
PC 26:2; [M+H]+; GPCho(6:0/20:2(11Z,14Z))	0.8651	0.3714	1.4883	0.9594	1.3897	0.9524	1.2819	1.0996	1.1363	0.4320	1.3171	0.7068
PC 26:5; [M+Na]+; GPCho(4:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.6033	0.2140	2.3557	1.3321	1.2910	0.8790	0.9832	0.9523	1.0323	0.2042	1.5039	0.6490
PC 26:5; [M+Na]+; GPCho(4:0/22:5(7Z,10Z,13Z,16Z,19Z))	0.9040	0.6844	1.6078	1.1191	1.3126	1.0449	0.8837	0.9037	0.9614	0.5687	1.3938	0.6158
PC 26:5; [M+Na]+; GPCho(6:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.5353	0.1947	2.7652	0.8627	1.3985	0.6707	1.0075	0.9700	1.1268	0.1830	1.5036	0.7819
PC 27:0; [M+Na]+; GPCho(9:0/18:0)	0.7290	0.4997	2.0758	1.3791	1.5224	0.8866	0.5212	0.8391	1.1821	0.7603	0.6743	0.9304
PC 27:1; [M+H]+; GPCho(11:0/16:1(7Z))	0.6224	3.4252	0.6193	0.5897	0.7626	0.8513	0.5394	1.3479	0.7236	0.7752	0.8582	0.8852
PC 27:1; [M+H]+; GPCho(11:0/16:1(9Z))	0.4464	3.4693	0.5371	0.5390	0.7078	0.9025	0.8196	0.9613	1.2834	0.5689	0.8919	0.8726
PC 27:1; [M+H]+; GPCho(12:0/15:1(9Z))	1.2057	0.9939	1.8361	1.0177	0.9992	0.9577	0.9326	0.6895	1.3912	0.5153	0.7640	0.6971
PC 27:1; [M+H]+; GPCho(13:0/14:1(9Z))	0.6210	0.2117	2.3853	1.2996	1.3138	0.8663	0.9668	0.9728	1.1174	0.2050	1.4366	0.6037
PC 27:1; [M+H]+; GPCho(3:0/24:1(15Z))	0.6303	0.2160	2.6041	0.9904	1.1691	0.8205	0.9745	0.8713	1.3835	0.2200	1.4324	0.6879
PC 27:1; [M+H]+; GPCho(5:0/22:1(13Z))	0.4543	0.1896	2.8675	0.8002	1.5502	0.9110	0.8445	0.8544	1.2743	0.1893	1.3964	0.6683
PC 27:1; [M+H]+; GPCho(7:0/20:1(11E))	0.6210	0.2117	2.3853	1.2996	1.3138	0.8663	0.9668	0.9728	1.1174	0.2050	1.4366	0.6037
PC 27:1; [M+H]+; GPCho(7:0/20:1(13E))	0.5894	0.2138	2.3092	0.7336	1.6816	0.8428	1.1375	0.9839	1.1724	0.2041	1.6493	0.4825
PC 27:1; [M+H]+; GPCho(9:0/18:1(11E))	0.4365	0.1837	2.8235	1.0080	1.5831	0.6882	1.0039	0.8299	1.1054	0.1874	1.4304	0.7199
PC 27:3; [M+H]+; GPCho(7:0/20:3(5Z,8Z,11Z))	1.0433	1.7823	1.6291	0.8796	1.1336	0.5852	0.8739	0.6796	0.6873	0.6487	1.3932	0.6641
PC 27:3; [M+H]+; GPCho(9:0/18:3(6Z,9Z,12Z))	0.6204	1.9056	1.3177	0.6244	1.2931	0.7366	1.3689	0.8420	0.9582	0.7514	1.0085	0.5732
PC 27:3; [M+Na]+; GPCho(7:0/20:3(5Z,8Z,11Z))	0.5551	0.5183	2.1042	1.4076	1.4100	0.9625	0.6561	0.9448	1.2119	0.4601	1.1125	0.6568
PC 27:3; [M+Na]+; GPCho(9:0/18:3(6Z,9Z,12Z))	0.7978	0.9863	1.4658	1.1233	1.2608	1.3035	0.8671	1.1341	0.9117	0.3174	1.3104	0.5218
PC 27:5; [M+Na]+; GPCho(5:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.6705	0.6020	1.6192	1.0475	1.1535	0.6973	1.0596	0.9432	1.7843	0.6358	0.9759	0.8113
PC 27:5; [M+Na]+; GPCho(7:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.9609	0.7756	1.5853	0.5917	1.1832	1.1971	0.5515	1.0581	1.0993	0.9157	1.0666	1.0149
PC 28:0; [M+H]+; GPCho(2:0/26:0)	0.9170	0.9069	1.1164	1.3783	1.0133	1.2171	0.7173	1.1127	0.9481	0.7230	1.2202	0.7298
PC 28:0; [M+H]+; GPCho(5:0/23:0)	0.5905	1.0524	1.5887	0.9838	1.1450	0.9670	1.0165	0.7319	1.6830	0.5983	1.1202	0.5225
PC 28:0; [M+H]+; GPCho(9:0/19:0)	1.1629	1.4304	0.8687	1.2327	1.0858	0.9950	1.0372	0.6835	0.8337	0.9164	1.1617	0.5920
PC 28:1; [M+H]+; GPCho(12:0/16:1(7Z))	0.6636	2.4062	0.8009	0.7471	1.0023	1.1384	0.7426	1.1442	0.9302	0.6430	0.8902	0.8913
PC 28:1; [M+H]+; GPCho(4:0/24:1(15Z))	0.6639	2.5355	0.7941	0.7393	1.0067	1.1381	0.7393	1.0455	0.9290	0.6376	0.8833	0.8878
PC 28:1; [M+H]+; GPCho(8:0/20:1(11Z))	0.7937	0.2336	2.7302	1.2182	1.4150	0.7495	1.0193	1.2422	0.7399	0.1757	1.0970	0.5857
PC 28:1; [M+Na]+; GPCho(12:0/16:1(7Z))	1.0967	0.6102	2.2641	0.8823	0.5845	0.8825	0.6982	0.8611	1.1757	0.6554	1.2237	1.0656
PC 28:2; [M+H]+; GPCho(14:1(9Z)/14:1(9Z))	0.8883	0.4281	1.5399	0.9577	1.2278	0.8822	0.9025	0.9550	1.2771	0.4435	1.5298	0.9680
PC 28:2; [M+H]+; GPCho(2:0/26:2(5E,9Z))	0.9033	0.9486	2.0074	0.8177	0.8616	0.8439	0.8347	0.9568	1.1278	0.7794	1.3550	0.5639
PC 28:2; [M+H]+; GPCho(6:0/22:2(13Z,16Z))	0.5086	0.7648	1.8688	1.2596	0.9687	1.5046	0.5881	0.9921	0.9537	0.5949	1.1493	0.8468
PC 28:2; [M+H]+; GPCho(8:0/20:2(11Z,14Z))	0.4749	0.5939	3.1362	0.7830	1.5988	0.8760	0.7163	0.7968	0.9050	0.4660	0.9614	0.6918
PC 28:3; [M+H]+; GPCho(10:0/18:3(6Z,9Z,12Z))	0.8319	0.8466	1.4958	1.3774	0.9762	0.8330	0.6146	1.0674	1.2884	0.3970	1.1682	1.1035
PC 28:3; [M+H]+; GPCho(8:0/20:3(5Z,8Z,11Z))	0.8967	0.3977	1.4445	1.0536	1.3333	1.0518	1.0641	1.1647	0.8817	0.5422	1.3659	0.8039
PC 28:6; [M+Na]+; GPCho(6:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.6164	0.9388	1.9553	1.0836	1.2558	1.5615	0.5697	0.7317	1.3733	0.4815	0.7470	0.6853
PC 29:1; [M+H]+; GPCho(14:1(9Z)/15:0)	0.8569	0.7657	2.4651	0.7722	1.0749	0.9064	0.5063	0.7152	1.3901	0.7970	1.0129	0.7373
PC 29:1; [M+H]+; GPCho(5:0/24:1(15Z))	1.0885	0.9381	1.2498	0.6728	0.8398	0.8668	0.8359	0.7445	1.3997	0.6211	2.0468	0.6963
PC 29:1; [M+Na]+; GPCho(12:0/17:1(9Z))	0.7009	0.4095	1.5114	0.8273	1.6700	0.6751	1.5593	0.7485	1.1292	0.7526	1.2652	0.7510
PC 29:2; [M+H]+; GPCho(12:0/17:2(9Z,12Z))	0.5236	0.7205	1.5634	1.1280	1.3355	1.2957	0.8797	0.9584	0.9186	0.6175	1.3656	0.6934
PC 29:2; [M+H]+; GPCho(17:2(9Z,12Z)/12:0)	0.4426	0.2702	2.0048	1.2581	1.1775	1.5404	0.6674	0.6954	1.3817	0.2452	1.8595	0.4572
PC 29:2; [M+H]+; GPCho(9:0/20:2(11Z,14Z))	0.6151	0.7490	1.1758	1.1701	1.1905	1.6009	0.9220	1.0676	1.0523	0.5273	1.4086	0.5206
PC 29:2; [M+Na]+; GPCho(11:0/18:2(2E,4E))	0.6015	0.6061	1.7247	0.8031	1.5136	1.0892	1.1258	1.2337	0.9167	0.4310	1.4165	0.5382
PC 29:2; [M+Na]+; GPCho(15:1(9Z)/14:1(9Z))	0.4212	1.0989	1.9927	1.0562	0.7778	0.8950	0.8657	1.6606	0.5641	0.7265	1.0452	0.8962
PC 29:2; [M+Na]+; GPCho(7:0/22:2(13Z,16Z))	0.4316	1.2064	2.0242	1.2948	0.6802	0.7963	0.8947	1.8349	0.6991	0.6196	0.6651	0.8531
PC 29:3; [M+H]+; GPCho(11:0/18:3(6Z,9Z,12Z))	1.0991	0.9971	1.2879	0.8211	1.0597	1.0027	0.4732	1.5892	0.8267	0.8452	1.2686	0.7295
PC 29:6; [M+H]+; GPCho(7:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.5176	0.4514	1.8907	1.3711	1.3298	1.0034	0.7575	0.9702	1.3443	0.4601	1.2274	0.6765
PC 29:6; [M+Na]+; GPCho(7:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.2650	1.1020	0.7668	1.5540	1.4595	0.7951	1.3351	0.7007	1.0849	0.3603	1.0645	0.5121
PC 30:0; [M+H]+; GPCho(5:0/25:0)	0.7894	1.0171	1.6471	0.8559	1.0443	0.7337	1.0479	1.1747	1.2721	0.4996	1.0046	0.9136
PC 30:0; [M+Na]+; GPCho(10:0/20:0)	1.3462	1.9717	0.9991	0.8096	0.7853	0.9566	0.6664	0.9124	0.9036	1.0925	0.7294	0.8271
PC 30:0; [M+Na]+; GPCho(14:0/16:0)	0.7708	1.7171	1.3116	1.1541	1.0466	0.7234	0.9226	0.8207	0.9404	0.7460	0.9679	0.8790
PC 30:0; [M+Na]+; GPCho(15:0/15:0)	1.2454	1.5119	0.9275	1.2235	0.7416	0.8897	0.8285	0.9905	0.8647	1.0251	0.7723	0.9793
PC 30:0; [M+Na]+; GPCho(20:0/10:0)	0.8327	0.5941	1.4598	1.3437	1.1389	0.9243	0.8825	0.8970	1.1100	0.7271	0.9633	1.1268
PC 30:0; [M+Na]+; GPCho(6:0/24:0)	0.8830	0.5827	0.9894	1.0199	0.8701	1.3820	0.8580	1.4519	1.0160	0.5744	1.3399	1.0325
PC 30:0; [M+Na]+; GPCho(9:0/21:0)	1.2076	1.4920	0.9194	1.2652	0.7502	0.8856	0.8298	0.9873	0.8544	1.0222	0.7899	0.9964
PC 30:1; [M+H]+; GPCho(14:0/16:1(7Z))	0.8909	0.5734	1.8104	0.9393	1.2867	0.9625	1.3619	1.0206	1.2110	0.3688	1.0964	0.4780
PC 30:1; [M+H]+; GPCho(15:0/15:1(9Z))	0.7286	0.4970	1.6483	0.9776	1.1514	0.9482	1.1290	1.0013	1.3343	0.2639	1.7759	0.5445
PC 30:1; [M+H]+; GPCho(4:0/26:1(5Z))	0.8668	0.3997	2.1380	0.9725	1.3602	0.9284	0.9803	1.1028	1.1210	0.2179	1.3512	0.5612
PC 30:1; [M+H]+; GPCho(6:0/24:1(15Z))	0.7119	0.5325	1.9189	0.9345	1.2505	0.8812	1.2211	0.9241	1.2051	0.3456	1.5759	0.4988
PC 30:1; [M+H]+; GPCho(8:0/22:1(13Z))	0.7360	0.5019	1.6572	0.9910	1.1683	0.9193	1.1488	0.9996	1.3329	0.2669	1.7565	0.5216
PC 30:3; [M+H]+; GPCho(10:0/20:3(5Z,8Z,11Z))	0.4533	0.6405	1.3600	1.2775	0.6078	1.1073	0.6025	1.0160	1.4206	0.9176	1.3298	1.2671
PC 30:3; [M+H]+; GPCho(12:0/18:3(6Z,9Z,12Z))	0.4533	0.6405	1.3600	1.2775	0.6078	1.1073	0.6025	1.0160	1.4206	0.9176	1.3298	1.2671
PC 30:3; [M+Na]+; GPCho(12:0/18:3(6Z,9Z,12Z))	0.6668	0.7413	1.6224	1.2091	1.1400	0.9156	1.3349	1.0082	0.6851	0.4260	0.9904	1.2604
PC 30:3; [M+Na]+; GPCho(12:0/18:3(9Z,12Z,15Z))	0.4734	1.1821	1.2282	0.8998	1.1308	0.7702	0.9664	0.8253	1.1293	0.6049	2.2820	0.5076
PC 30:4; [M+H]+; GPCho(12:0/18:4(6Z,9Z,12Z,15Z))	0.8161	0.4341	2.1559	1.0440	1.4406	0.6784	0.9285	0.8098	1.1848	0.3959	1.3534	0.7585
PC 30:4; [M+H]+; GPCho(24:4(5Z,8Z,11Z,14Z)/6:0)	0.6980	1.0994	1.0309	1.3216	0.7457	1.6275	0.5738	1.0799	0.7360	1.2401	1.0322	0.8150
PC 30:4; [M+H]+; GPCho(6:0/24:4(5Z,8Z,11Z,14Z))	0.8066	0.6008	1.3716	1.1932	0.6617	1.0298	0.6456	1.1150	1.7074	0.5003	1.5032	0.8648
PC 30:4; [M+H]+; GPCho(8:0/22:4(7Z,10Z,13Z,16Z))	0.7941	0.5978	1.3792	1.1159	0.6784	0.9939	0.6955	1.0549	1.7339	0.5185	1.6276	0.8104
PC 30:5; [M+H]+; GPCho(8:0/22:5(7Z,10Z,13Z,16Z,19Z))	0.5148	0.3136	1.6292	1.0140	1.2610	1.2865	1.1172	1.0725	1.1638	0.3313	1.6039	0.6923
PC 31:0; [M+H]+; GPCho(10:0/21:0)	0.8197	0.8508	1.5261	1.3896	1.0097	0.7191	1.0009	0.9212	0.8852	0.7272	1.2677	0.8827
PC 31:0; [M+H]+; GPCho(13:0/18:0)	0.5950	0.6419	1.6058	0.6819	1.1296	1.1896	1.3160	1.3134	1.0451	0.5285	1.1729	0.7804
PC 31:0; [M+H]+; GPCho(6:0/25:0)	0.7741	0.9010	1.7029	1.0288	0.9777	0.7308	0.9460	1.0279	0.9208	0.7534	1.4229	0.8135
PC 31:0; [M+Na]+; GPCho(9:0/22:0)	0.4764	0.9181	1.0646	1.4588	0.9277	1.2325	0.5264	1.1713	1.3128	1.0854	1.1061	0.7198
PC 31:1; [M+H]+; GPCho(5:0/26:1(5Z))	0.7592	0.8455	1.5696	1.0119	1.1709	0.9399	0.7131	1.1382	1.1162	0.6256	0.9796	1.1303
PC 31:1; [M+Na]+; GPCho(9:0/22:1(13Z))	1.0557	1.7521	0.8838	0.8513	0.9985	0.7389	0.9514	0.8976	1.0179	1.0994	0.9267	0.8268
PC 31:2; [M+H]+; GPCho(11:0/20:2(11Z,14Z))	0.5774	1.4056	2.5200	1.0389	0.8967	0.5557	0.6283	0.5606	0.6625	1.0748	0.8843	1.1951
PC 31:2; [M+H]+; GPCho(14:0/17:2(9Z,12Z))	0.6777	1.4066	1.2381	0.7760	0.5191	1.6422	0.7405	0.7606	0.8659	1.1413	0.9824	1.2495
PC 31:2; [M+H]+; GPCho(14:1(9Z)/17:1(9Z))	0.8148	0.5093	1.8021	0.9432	1.1438	0.6832	1.2507	1.0158	1.2799	0.6522	1.4045	0.5006
PC 31:2; [M+H]+; GPCho(5:0/26:2(5E,9Z))	1.0501	1.7134	0.7822	1.0183	0.8998	1.7441	0.5820	0.3481	1.2783	0.9343	0.9127	0.7368
PC 31:2; [M+H]+; GPCho(9:0/22:2(13Z,16Z))	0.6847	3.7132	0.3897	0.9879	0.4441	0.8978	0.4541	0.4109	0.7241	1.8630	0.7410	0.6896
PC 31:4; [M+H]+; GPCho(13:0/18:4(6Z,9Z,12Z,15Z))	1.1187	0.7092	1.8317	0.9920	1.1690	0.8608	1.2986	0.9610	0.7541	0.5524	0.9972	0.7554
PC 31:4; [M+Na]+; GPCho(9:0/22:4(7Z,10Z,13Z,16Z))	1.2041	0.6258	2.1213	0.4960	1.2798	0.6192	0.9490	0.6431	1.0908	0.6321	1.7397	0.5992
PC 31:5; [M+Na]+; GPCho(11:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.4718	0.7425	1.2387	1.5822	1.4878	1.5433	0.6931	0.9280	0.9927	0.4856	1.0467	0.7876
PC 31:5; [M+Na]+; GPCho(9:0/22:5(7Z,10Z,13Z,16Z,19Z))	0.5635	3.8517	0.3190	0.7362	0.4029	0.7249	0.5098	0.3954	0.5889	2.4254	0.5233	0.9591
PC 31:6; [M+Na]+; GPCho(9:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.3688	0.5534	2.4610	0.7300	1.8740	0.6547	0.6630	1.0663	0.8363	0.3423	1.7805	0.6696
PC 32:0; [M+H]+; GPCho(9:0/23:0)	1.1448	1.4804	0.6249	1.2721	0.8233	1.3256	0.3714	0.6110	1.4808	1.0225	0.5389	1.3043
PC 32:0; [M+Na]+; GPCho(10:0/22:0)	1.0158	1.2976	1.4026	0.8487	0.7718	0.9064	0.5876	0.7589	0.9731	1.1803	1.7246	0.5326
PC 32:0; [M+Na]+; GPCho(12:0/20:0)	0.7094	1.6586	1.0088	1.0898	1.1708	0.8536	0.6269	0.7344	1.2334	1.0853	1.1554	0.6736
PC 32:0; [M+Na]+; GPCho(13:0/19:0)	0.7343	2.5613	0.4856	1.1498	0.5396	1.0762	0.5094	0.5744	0.8160	1.9602	0.5967	0.9964
PC 32:0; [M+Na]+; GPCho(16:0/16:0)	0.5934	1.8260	1.0049	0.7615	1.0513	0.8561	0.6892	0.7312	1.4081	1.1116	1.1717	0.7951
PC 32:1; [M+H]+; GPCho(14:1(9Z)/18:0)	1.2942	1.1170	1.3763	1.1559	1.1109	0.7600	0.8534	0.9080	0.6634	0.7671	1.3503	0.6435
PC 32:1; [M+Na]+; GPCho(10:0/22:1(13Z))	1.0000	0.8653	1.0423	1.2781	0.9813	1.0656	0.7657	0.8164	1.0404	0.9635	0.9355	1.2460
PC 32:1; [M+Na]+; GPCho(12:0/20:1(11E))	1.0017	0.8709	1.0403	1.2808	0.9793	1.0674	0.7636	0.8149	1.0358	0.9665	0.9322	1.2466
PC 32:2; [M+Na]+; GPCho(14:0/18:2(2E,4E))	0.9476	1.1762	0.9757	0.9285	0.9187	1.1480	0.9566	0.8724	0.9597	1.1128	0.9409	1.0629
PC 32:2; [M+Na]+; GPCho(15:1(9Z)/17:1(9Z))	0.8154	0.4404	1.7768	0.7600	1.2490	0.6764	0.7240	1.1648	1.4956	0.5442	1.5367	0.8168
PC 32:3; [M+H]+; GPCho(12:0/20:3(5Z,8Z,11Z))	0.8390	0.7278	1.2922	1.4618	1.1175	0.9429	0.7607	0.8770	1.0895	0.8755	0.8716	1.1444
PC 32:3; [M+H]+; GPCho(14:0/18:3(6Z,9Z,12Z))	0.7452	1.4843	1.3832	1.2125	1.0681	0.7546	0.9524	0.8384	1.0004	0.6738	0.9649	0.9221
PC 32:4; [M+H]+; GPCho(14:1(9Z)/18:3(9Z,12Z,15Z))	0.8744	0.4312	1.8068	1.0748	1.0686	0.8665	0.8000	0.8917	1.1653	0.3909	1.8493	0.7805
PC 32:5; [M+Na]+; GPCho(10:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.0240	1.2146	0.7399	1.0003	0.8906	1.1646	1.0246	0.7412	0.8378	1.4546	0.8227	1.0851
PC 33:0; [M+H]+; GPCho(9:0/24:0)	0.6629	2.4665	0.5142	1.2042	0.5441	1.4600	0.5592	0.3568	0.5621	2.1670	0.7315	0.7714
PC 33:0; [M+Na]+; GPCho(9:0/24:0)	0.9871	0.9266	0.9920	1.0474	1.0138	0.8185	1.0026	1.0442	1.0854	0.9625	1.1315	0.9885
PC 33:1; [M+H]+; GPCho(9:0/24:1(15Z))	0.7579	1.3698	1.2170	0.8576	0.8723	0.9514	0.7468	0.8920	0.8358	0.7186	1.4615	1.3192
PC 33:2; [M+H]+; GPCho(15:1(9Z)/18:1(11E))	0.7474	4.2970	0.4085	0.7792	0.3764	0.9002	0.3981	0.4234	0.5950	1.8130	0.5656	0.6963
PC 33:2; [M+H]+; GPCho(16:0/17:2(9Z,12Z))	0.6595	1.9505	1.2348	0.9754	0.5625	0.7300	0.5165	0.8762	1.1017	0.6836	1.6844	1.0248
PC 33:3; [M+H]+; GPCho(13:0/20:3(5Z,8Z,11Z))	0.7879	3.8856	0.3179	0.9104	0.3977	0.9283	0.4580	0.3445	0.6410	1.8653	0.5886	0.8749
PC 33:4; [M+H]+; GPCho(13:0/20:4(5E,8E,11E,14E))	0.6737	1.2908	1.0733	1.6563	0.6752	0.6534	1.3023	0.5278	0.9214	1.1947	0.8726	1.1584
PC 33:4; [M+Na]+; GPCho(11:0/22:4(7Z,10Z,13Z,16Z))	0.2963	1.9258	1.7403	1.3957	0.8804	1.8570	0.3742	1.0982	0.5040	0.4985	0.5222	0.9074
PC 33:4; [M+Na]+; GPCho(9:0/24:4(5Z,8Z,11Z,14Z))	0.4412	1.6605	1.6535	1.2747	0.9515	1.4739	0.4037	1.2363	0.5610	0.5020	0.7151	1.1265
PC 34:0; [M+H]+; GPCho(16:0/18:0)	1.0472	0.9530	1.6023	1.0985	0.4845	1.6805	0.6645	1.1304	0.8781	0.6535	1.1018	0.7057
PC 34:1; [M+H]+; GPCho(12:0/22:1(13Z))	1.0072	0.6875	0.9711	1.1823	0.9080	0.8815	0.5108	0.6686	1.5189	0.9567	1.3579	1.3493
PC 34:1; [M+H]+; GPCho(16:1(7Z)/18:0)	0.8075	0.4596	1.3329	1.0398	1.1455	0.7491	1.2149	1.2569	1.3660	0.6895	1.1036	0.8347
PC 34:1; [M+Na]+; GPCho(16:0/18:1(11E))	0.7564	0.3542	2.0478	0.6140	1.3426	0.4862	0.9733	1.9332	1.2995	0.3378	1.0412	0.8137
PC 34:2; [M+H]+; GPCho(16:0/18:2(2E,4E))	0.7158	1.1414	1.2373	1.0482	1.0038	0.9841	0.6105	1.2541	1.4178	0.8229	1.1843	0.5799
PC 34:2; [M+H]+; GPCho(16:0/18:2(9E,10E))	0.7074	0.7013	1.6511	1.1401	0.8794	0.7908	0.7412	1.3640	0.9320	0.8883	1.1729	1.0315
PC 34:2; [M+H]+; GPCho(17:1(9Z)/17:1(9Z))	0.9753	0.5980	1.4157	1.1233	1.1964	0.8809	0.5942	0.8111	0.9905	0.8354	1.3173	1.2619
PC 34:2; [M+Na]+; GPCho(12:0/22:2(13Z,16Z))	0.9700	1.3828	1.0524	1.4651	0.8285	1.1649	0.5671	0.7454	0.7853	1.2230	0.8827	0.9329
PC 34:2; [M+Na]+; GPCho(16:0/18:2(6Z,9Z))	0.8885	1.5340	0.7567	1.4974	0.6905	1.2099	0.3908	0.6784	0.8954	1.3463	1.0897	1.0226
PC 34:2; [M+Na]+; GPCho(16:1(7Z)/18:1(11E))	0.7685	2.2208	0.3970	1.3973	0.6090	1.2405	0.4189	0.5083	0.9385	1.5212	0.8961	1.0839
PC 34:2; [M+Na]+; GPCho(17:1(9Z)/17:1(9Z))	0.7889	1.5355	0.9075	1.4750	0.7789	1.2493	0.5531	0.7445	0.9646	1.2242	0.8581	0.9205
PC 34:2; [M+Na]+; GPCho(8:0/26:2(5E,9Z))	0.6325	2.2227	0.4840	1.3545	0.5839	1.3153	0.4251	0.6280	0.7473	1.5510	0.9067	1.1490
PC 34:3; [M+H]+; GPCho(14:0/20:3(5Z,8Z,11Z))	0.9191	1.2738	0.9288	0.8458	0.8781	0.5722	0.7504	0.7617	1.5950	1.2307	1.3185	0.9259
PC 34:3; [M+H]+; GPCho(14:1(9Z)/20:2(11Z,14Z))	1.0315	1.1125	1.2297	1.1887	1.0445	0.7806	1.0097	0.9246	1.0066	1.2228	0.7571	0.6916
PC 34:3; [M+H]+; GPCho(16:0/18:3(6Z,9Z,12Z))	1.0238	1.3132	0.7465	1.0433	0.8615	0.5939	0.7739	0.6756	1.5907	1.3675	1.3681	0.6421
PC 34:3; [M+H]+; GPCho(16:1(7Z)/18:2(2E,4E))	0.9143	1.0928	0.8843	1.2732	0.9380	0.8622	0.9254	0.8265	1.1451	0.8927	1.3500	0.8954
PC 34:3; [M+H]+; GPCho(16:1(7Z)/18:2(6Z,9Z))	0.9106	1.4172	0.8023	1.1680	0.8622	0.6914	0.7020	0.8287	1.3021	1.0947	1.3872	0.8336
PC 34:3; [M+Na]+; GPCho(16:0/18:3(6Z,9Z,12Z))	0.9234	1.1815	0.7785	1.3673	0.9281	1.1281	0.6030	0.7054	0.9672	1.2018	0.8070	1.4087
PC 34:4; [M+H]+; GPCho(17:2(9Z,12Z)/17:2(9Z,12Z))	0.9971	0.4882	1.3295	1.1322	1.1988	0.8944	0.9499	0.9452	1.0800	0.6875	1.0979	1.1993
PC 34:4; [M+Na]+; GPCho(16:1(7Z)/18:3(6Z,9Z,12Z))	1.0247	2.2136	0.7976	0.9262	0.6881	1.1932	0.5784	0.6253	0.7205	1.5420	0.6850	1.0053
PC 34:5; [M+H]+; GPCho(14:1(9Z)/20:4(5E,8E,11E,14E))	0.5883	0.7488	1.4544	1.1797	1.2545	1.0878	0.9280	0.9147	1.3739	0.5954	1.0252	0.8493
PC 34:6; [M+H]+; GPCho(12:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8833	0.6798	1.4088	0.9615	1.1060	0.9227	1.3934	0.9504	0.9415	0.8786	1.0259	0.8480
PC 34:6; [M+H]+; GPCho(14:1(9Z)/20:5(5Z,8Z,11Z,14Z,17Z))	0.9666	1.0305	1.1188	1.1560	0.8806	0.9425	1.1727	0.9497	0.8260	1.0886	0.9470	0.9210
PC 34:6; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/14:1(9Z))	0.9684	1.9376	1.0243	0.9094	0.5447	1.2444	0.8231	0.8576	0.7719	1.4160	0.7484	0.7544
PC 34:6; [M+Na]+; GPCho(12:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.7993	0.6080	1.5365	0.8598	1.4510	0.6469	0.6113	1.1373	1.4505	0.7705	1.2113	0.9177
PC 35:0; [M+H]+; GPCho(12:0/23:0)	1.0535	0.5492	1.4993	0.9206	1.1976	0.8880	1.2738	1.1916	0.9352	0.7032	0.9676	0.8204
PC 35:0; [M+H]+; GPCho(16:0/19:0)	1.1510	0.8287	1.0780	1.1498	1.0415	1.0588	1.0174	1.0363	0.8950	0.9575	0.9295	0.8564
PC 35:0; [M+H]+; GPCho(17:0/18:0)	1.1574	0.7709	1.0976	1.0951	1.0841	1.0261	1.0768	1.0588	0.8985	0.9714	0.9181	0.8452
PC 35:0; [M+H]+; GPCho(19:0/16:0)	1.0829	0.7861	1.1198	1.0577	1.0871	1.0039	1.0929	1.0711	0.9111	0.9284	0.9715	0.8875
PC 35:0; [M+H]+; GPCho(26:0/9:0)	0.8188	0.8895	0.9990	1.7378	1.0239	0.7411	0.6362	1.0014	0.6378	0.5609	1.2383	1.7153
PC 35:0; [M+H]+; GPCho(9:0/26:0)	1.1707	0.9585	0.9737	1.1217	0.9983	1.0815	1.0241	0.9205	0.9525	1.0272	0.9102	0.8612
PC 35:0; [M+Na]+; GPCho(9:0/26:0)	0.6886	1.2071	1.6199	1.3053	0.9314	0.7381	0.7050	1.0565	0.5813	0.8613	1.5264	0.7791
PC 35:1; [M+H]+; GPCho(17:1(9Z)/18:0)	0.7795	1.2457	1.0517	0.8701	1.3116	0.8670	0.6278	1.0616	1.0681	1.2276	0.9853	0.9039
PC 35:1; [M+H]+; GPCho(9:0/26:1(5Z))	0.5918	0.8319	1.0927	1.2199	1.2368	0.6930	1.4191	0.8721	0.7878	0.6956	1.3984	1.1609
PC 35:1; [M+Na]+; GPCho(13:0/22:1(13Z))	0.6643	0.7283	1.2741	1.0663	1.0037	0.9828	0.8039	0.6698	1.4028	1.0554	1.4113	0.9373
PC 35:1; [M+Na]+; GPCho(9:0/26:1(5Z))	0.7427	1.0744	0.7329	1.0384	0.7303	1.1688	0.6240	0.7974	1.6629	0.7772	1.3956	1.2554
PC 35:2; [M+H]+; GPCho(17:2(9Z,12Z)/18:0)	0.8217	0.9131	1.1951	1.0170	1.2356	0.6926	0.8619	1.1369	0.8327	0.9926	1.5521	0.7487
PC 35:2; [M+Na]+; GPCho(13:0/22:2(13Z,16Z))	0.4838	1.4332	0.5795	0.8934	0.6021	1.2956	0.5169	1.0047	1.3087	1.2929	1.5664	1.0228
PC 35:2; [M+Na]+; GPCho(15:0/20:2(11Z,14Z))	0.7641	1.7967	0.9016	1.1568	0.7267	1.0747	0.7168	0.7149	0.8421	1.2673	1.0755	0.9628
PC 35:2; [M+Na]+; GPCho(15:0/20:2(5Z,8Z))	0.7657	1.7153	0.9493	1.1477	0.7269	1.0751	0.8114	0.7275	0.8593	1.1839	1.0656	0.9723
PC 35:2; [M+Na]+; GPCho(15:1(9Z)/20:1(11E))	0.7168	2.4717	0.6815	1.1926	0.6012	1.1766	0.5479	0.5671	0.8041	1.3843	0.9129	0.9433
PC 35:2; [M+Na]+; GPCho(17:0/18:2(2E,4E))	0.4715	1.3339	0.9061	0.8511	0.6039	0.9432	0.4413	0.8894	1.6529	1.8611	1.4032	0.6424
PC 35:2; [M+Na]+; GPCho(17:1(9Z)/18:1(11E))	0.7966	2.1093	0.7878	1.1981	0.6583	1.1444	0.5624	0.6487	0.8176	1.4004	0.9528	0.9235
PC 35:2; [M+Na]+; GPCho(17:2(9Z,12Z)/18:0)	0.4386	2.1504	0.5188	0.8435	0.7445	1.1385	0.4772	0.9406	1.2196	1.1620	1.4129	0.9534
PC 35:3; [M+H]+; GPCho(17:2(9Z,12Z)/18:1(11E))	0.7570	1.2813	0.8396	1.1476	0.4663	1.4172	0.6672	0.6432	0.7818	1.8466	0.5364	1.6158
PC 35:4; [M+H]+; GPCho(13:0/22:4(7Z,10Z,13Z,16Z))	1.3285	1.6797	0.5123	0.9981	0.5777	0.8626	0.9069	0.8981	0.9895	1.5218	0.8019	0.9228
PC 35:5; [M+H]+; GPCho(15:0/20:5(5Z,8Z,11Z,14Z,17Z))	1.0263	0.7694	1.2001	1.1716	1.0851	1.0155	0.9846	0.5077	1.0913	0.9404	1.1374	1.0706
PC 35:5; [M+Na]+; GPCho(15:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.8976	0.8842	0.7784	1.0534	0.7993	1.3493	0.9377	0.7842	1.2702	0.5709	1.4028	1.2720
PC 36:0; [M+Na]+; GPCho(12:0/24:0)	0.5217	1.7986	0.9395	1.0846	0.8294	0.8256	0.5262	0.5346	0.8456	1.4479	1.2139	1.4324
PC 36:1; [M+Na]+; GPCho(17:1(9Z)/19:0)	0.7092	2.6992	1.0197	0.9858	0.7002	0.8598	0.7828	0.8505	0.5993	1.3227	0.6235	0.8473
PC 36:2; [M+H]+; GPCho(18:1(11E)/18:1(11E))	0.7581	2.1689	1.0548	0.7288	0.9900	1.0160	0.8523	0.8785	1.3119	0.8038	0.8800	0.5570
PC 36:2; [M+Na]+; GPCho(18:0/18:2(2E,4E))	0.9434	0.6281	1.0986	1.0352	1.1557	0.8489	1.0399	0.9591	1.2476	0.7437	1.0921	1.2077
PC 36:2; [M+Na]+; GPCho(18:1(11E)/18:1(11E))	0.7453	0.9513	1.2976	0.9771	1.2127	0.9768	1.1824	1.1264	1.0042	0.8425	0.9810	0.7026
PC 36:3; [M+H]+; GPCho(14:1(9Z)/22:2(13Z,16Z))	1.2961	0.7675	0.9190	1.0395	0.9975	0.7887	0.9155	0.8874	0.9761	0.9132	1.2020	1.2977
PC 36:3; [M+H]+; GPCho(16:0/20:3(5Z,8Z,11Z))	1.5427	2.3341	0.6769	1.0062	0.8143	0.5993	0.3425	0.4969	1.2885	1.5386	0.6272	0.7329
PC 36:3; [M+H]+; GPCho(18:0/18:3(6Z,9Z,12Z))	1.4214	0.8912	0.8398	1.0003	0.8990	0.8581	0.8027	0.7415	1.0805	1.0430	1.1400	1.2826
PC 36:3; [M+H]+; GPCho(18:1(11E)/18:2(2E,4E))	0.7857	0.3410	1.3267	0.9778	1.4725	0.9720	1.1146	1.1820	0.8861	0.8378	0.9670	1.1370
PC 36:4; [M+H]+; GPCho(12:0/24:4(5Z,8Z,11Z,14Z))	0.9529	0.6637	0.7177	1.3138	1.1564	1.0135	0.7686	1.0802	1.1846	0.7610	1.0683	1.3192
PC 36:4; [M+H]+; GPCho(18:2(2E,4E)/18:2(2E,4E))	1.0184	1.1240	0.9159	1.5845	0.8610	0.8529	0.6315	0.8672	0.8388	1.4689	0.9218	0.9151
PC 36:4; [M+Na]+; GPCho(16:0/20:4(5E,8E,11E,14E))	1.1297	1.0177	1.2241	1.7654	0.6361	0.8050	0.5076	0.7743	1.0504	1.4003	0.6198	1.0698
PC 36:5; [M+H]+; GPCho(14:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.8647	1.5313	0.6267	1.5494	0.6507	1.1879	0.4756	0.7131	0.9422	1.3948	1.0264	1.0372
PC 36:5; [M+H]+; GPCho(14:0/22:5(7Z,10Z,13Z,16Z,19Z))	0.7841	1.8555	0.7832	1.5263	0.6876	1.2222	0.4322	0.6424	0.9595	1.5054	0.8098	0.7918
PC 36:5; [M+H]+; GPCho(14:1(9Z)/22:4(7Z,10Z,13Z,16Z))	0.8145	1.2807	1.1635	1.4174	0.7884	1.2350	0.6719	0.7076	0.9053	1.0588	0.9112	1.0457
PC 36:5; [M+H]+; GPCho(16:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.7585	2.1534	0.3914	1.4038	0.5598	1.3463	0.3902	0.5463	0.9476	1.5104	0.9084	1.0838
PC 36:5; [M+H]+; GPCho(16:1(7Z)/20:4(5E,8E,11E,14E))	0.8259	2.6154	0.5762	1.3831	0.6902	1.3742	0.3890	0.5693	0.7489	0.9526	0.9333	0.9418
PC 36:5; [M+H]+; GPCho(18:1(11Z)/18:4(6Z,9Z,12Z,15Z))	0.7048	1.8594	0.6631	1.2434	0.5846	1.0979	0.4091	0.7308	1.0975	1.6164	0.8498	1.1431
PC 36:5; [M+H]+; GPCho(18:2(2E,4E)/18:3(6Z,9Z,12Z))	0.8136	0.4705	1.6302	0.6958	1.0898	0.8560	1.5865	0.8829	1.1773	0.6876	1.3803	0.7293
PC 36:5; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/14:1(9Z))	0.8068	1.6617	0.7233	1.5746	0.7048	1.2615	0.4634	0.6695	0.9891	1.4629	0.8372	0.8452
PC 36:5; [M+H]+; GPCho(22:5(4Z,7Z,10Z,13Z,16Z)/14:0)	0.8153	1.3610	1.0923	1.5156	0.7417	1.2384	0.6499	0.6811	0.8859	1.0883	0.8884	1.0422
PC 36:6; [M+H]+; GPCho(18:2(2E,4E)/18:4(6Z,9Z,12Z,15Z))	0.6138	2.1460	1.1334	0.8388	0.9213	0.6594	0.8043	0.5710	1.3286	1.1897	1.0018	0.7919
PC 36:6; [M+Na]+; GPCho(14:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8064	0.3697	1.9132	0.7482	1.2834	0.6786	1.2498	1.2400	1.0978	0.5911	1.3175	0.7043
PC 36:6; [M+Na]+; GPCho(18:3(6Z,9Z,12Z)/18:3(6Z,9Z,12Z))	0.8678	0.7163	1.7094	0.9768	1.0031	0.7936	1.0333	1.0278	0.9387	0.9643	1.0893	0.8795
PC 36:7; [M+H]+; GPCho(14:1(9Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.0342	2.1734	0.8189	0.9384	0.6992	1.1933	0.6162	0.6546	0.7337	1.4387	0.6951	1.0042
PC 36:7; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/18:4(6Z,9Z,12Z,15Z))	0.9744	2.2722	0.8242	1.0333	0.5656	1.0046	0.7163	0.9708	0.6277	1.3192	0.5884	1.1032
PC 36:8; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/18:4(6Z,9Z,12Z,15Z))	0.7682	0.9141	1.3012	1.0311	1.3419	0.4629	0.5577	1.3493	0.9556	0.9231	1.6031	0.7919
PC 37:0; [M+H]+; GPCho(13:0/24:0)	1.3942	1.0738	1.2147	1.1385	0.3768	0.7747	1.3607	0.6112	0.9917	1.3063	0.5377	1.2198
PC 37:0; [M+Na]+; GPCho(11:0/26:0)	0.9546	1.6057	0.9432	0.8993	1.1163	0.8028	0.8923	0.9484	0.9023	0.9813	1.0512	0.9026
PC 37:0; [M+Na]+; GPCho(12:0/25:0)	0.5562	1.2496	1.1710	1.2232	1.1052	1.0297	0.7777	0.6910	0.9409	1.2072	0.9368	1.1115
PC 37:0; [M+Na]+; GPCho(13:0/24:0)	0.9850	0.8369	1.1161	1.0861	1.2217	0.9782	0.8945	0.9798	0.9141	0.9141	1.0813	0.9921
PC 37:0; [M+Na]+; GPCho(14:0/23:0)	1.2425	0.8375	0.8695	1.3227	1.3432	1.0900	0.8985	0.9888	0.7811	0.8405	1.0242	0.7615
PC 37:0; [M+Na]+; GPCho(15:0/22:0)	1.1474	0.5024	1.5322	1.2884	1.1075	1.0775	1.0846	0.5334	0.7891	0.5737	1.1051	1.2587
PC 37:0; [M+Na]+; GPCho(22:0/15:0)	1.0985	0.8727	1.0407	1.2766	0.8867	1.0954	0.6451	1.0027	0.7803	1.2369	1.0914	0.9729
PC 37:0; [M+Na]+; GPCho(23:0/14:0)	1.2007	0.6813	1.0893	0.9903	0.9248	0.9238	1.1405	0.6865	1.2472	0.6138	1.2161	1.2856
PC 37:0; [M+Na]+; GPCho(24:0/13:0)	0.7641	1.2085	1.0889	0.9531	1.0903	1.1381	0.8341	0.8537	0.9851	1.1440	0.8560	1.0840
PC 37:1; [M+H]+; GPCho(14:1(9Z)/23:0)	1.0424	0.5693	0.9677	1.0242	1.1861	0.9675	0.7969	1.1502	1.2750	0.9321	1.1961	0.8925
PC 37:1; [M+Na]+; GPCho(11:0/26:1(5Z))	0.8928	1.1274	1.2635	1.1750	1.2999	1.0703	0.5531	0.8482	0.8833	0.8450	1.2338	0.8076
PC 37:1; [M+Na]+; GPCho(14:1(9Z)/23:0)	1.1357	0.9654	1.0088	1.0844	1.0785	1.1639	0.8934	1.0384	1.0123	0.8863	0.8953	0.8377
PC 37:1; [M+Na]+; GPCho(15:0/22:1(13Z))	1.0728	1.2080	1.6992	0.8519	1.0239	0.6055	1.0677	1.0385	1.2929	0.7692	0.8412	0.5292
PC 37:1; [M+Na]+; GPCho(15:1(9Z)/22:0)	1.0484	0.9154	1.0233	1.0703	1.1100	1.1931	0.8236	1.0902	1.0242	0.9732	0.9048	0.8233
PC 37:1; [M+Na]+; GPCho(16:1(7Z)/21:0)	1.0265	0.7193	1.6401	0.8179	1.2658	0.8381	1.3421	0.9535	0.9931	0.7341	1.0594	0.6100
PC 37:1; [M+Na]+; GPCho(17:0/20:1(11E))	1.0639	1.1148	1.4005	0.9192	1.4522	0.7792	1.1665	0.9738	0.9579	0.7709	0.8304	0.5708
PC 37:1; [M+Na]+; GPCho(17:1(9Z)/20:0)	0.9620	0.6435	1.6440	0.8881	1.0375	0.8194	1.3031	1.2382	1.0599	0.6926	1.0685	0.6432
PC 37:1; [M+Na]+; GPCho(18:1(11E)/19:0)	0.9926	1.0898	0.8448	1.2448	0.9314	1.2335	0.7270	0.7773	1.1247	0.9727	0.9819	1.0798
PC 37:1; [M+Na]+; GPCho(24:1(15Z)/13:0)	1.0664	0.6086	1.1192	1.1053	1.3260	1.1665	1.0091	1.0778	0.7159	0.7341	1.0995	0.9717
PC 37:1; [M+Na]+; GPCho(26:1(5Z)/11:0)	1.0435	0.9108	1.0159	1.1438	1.1057	1.1860	0.8201	1.0864	1.0149	0.9554	0.9008	0.8168
PC 37:2; [M+H]+; GPCho(15:0/22:2(13Z,16Z))	0.8438	0.7607	1.3840	1.0671	1.1693	1.2649	0.5695	1.0825	1.2590	0.7106	1.0281	0.8605
PC 37:2; [M+H]+; GPCho(18:2(2E,4E)/19:0)	0.9569	0.3491	2.0966	0.7457	1.2735	0.7244	1.4598	1.2281	0.8463	0.4462	1.1072	0.7661
PC 37:2; [M+H]+; GPCho(22:2(13Z,16Z)/15:0)	1.1529	0.9219	1.1141	0.8735	1.0620	0.5276	1.3429	1.2946	1.0927	0.9083	0.9531	0.7563
PC 37:3; [M+H]+; GPCho(17:0/20:3(5Z,8Z,11Z))	0.6201	1.7199	0.8549	1.7033	0.7764	0.9439	0.6002	1.0132	1.0305	1.1148	0.8407	0.7821
PC 37:4; [M+H]+; GPCho(13:0/24:4(5Z,8Z,11Z,14Z))	0.5119	0.9244	1.1948	1.7852	0.8185	1.0290	0.6473	0.7139	0.7613	1.5310	1.2966	0.7860
PC 37:4; [M+H]+; GPCho(15:0/22:4(7Z,10Z,13Z,16Z))	0.8129	1.0571	0.6663	1.5777	1.0116	1.2733	0.4013	0.6760	0.9552	1.4087	1.3291	0.8307
PC 37:4; [M+H]+; GPCho(17:0/20:4(5E,8E,11E,14E))	0.4217	1.9085	0.8413	0.9900	0.5870	1.1298	0.5377	0.6517	1.2398	1.7321	1.1188	0.8416
PC 37:4; [M+H]+; GPCho(17:0/20:4(7E,10E,13E,16E))	0.4605	1.3196	1.1144	1.5827	0.8369	1.1017	0.5840	0.7769	0.7046	1.4070	1.3642	0.7474
PC 37:4; [M+H]+; GPCho(17:1(9Z)/20:3(5Z,8Z,11Z))	0.4889	1.3795	0.8156	0.9575	1.0870	1.1545	0.3201	0.7877	1.4818	1.5313	1.3208	0.6754
PC 37:4; [M+H]+; GPCho(17:2(9Z,12Z)/20:2(11Z,14Z))	0.5050	0.8868	1.2446	1.4435	0.8405	0.9790	0.7155	0.7385	1.4400	1.1979	1.4128	0.5959
PC 37:4; [M+Na]+; GPCho(18:4(6Z,9Z,12Z,15Z)/19:0)	0.9506	0.8207	1.1990	1.1788	0.9724	0.8294	0.9104	0.8944	1.0715	1.0306	1.2064	0.9357
PC 37:4; [M+Na]+; GPCho(19:0/18:4(6Z,9Z,12Z,15Z))	1.1242	0.9901	1.1081	0.8399	1.2141	0.6707	1.0627	1.2090	1.1399	0.7563	1.0033	0.8816
PC 37:5; [M+H]+; GPCho(15:0/22:5(7Z,10Z,13Z,16Z,19Z))	0.8018	1.3653	1.0370	1.1656	0.8523	0.9715	0.8595	0.8230	0.9501	1.1141	1.0752	0.9846
PC 37:5; [M+H]+; GPCho(15:1(9Z)/22:4(7Z,10Z,13Z,16Z))	0.7168	2.4717	0.6815	1.1926	0.6012	1.1766	0.5479	0.5671	0.8041	1.3843	0.9129	0.9433
PC 37:5; [M+H]+; GPCho(17:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.4820	0.5281	1.4257	1.4924	1.1145	0.9134	0.6203	1.3156	1.2351	0.9047	1.3252	0.6431
PC 37:5; [M+H]+; GPCho(17:2(9Z,12Z)/20:3(8Z,11Z,14Z))	0.6157	3.2157	0.5344	1.1331	0.5725	1.0734	0.4503	0.4061	0.6838	1.6714	0.7472	0.8965
PC 37:5; [M+Na]+; GPCho(17:0/20:5(5Z,8Z,11Z,14Z,17Z))	1.1429	1.3888	1.1007	1.2471	1.0632	0.9872	0.8830	0.7470	0.8877	1.0923	1.0153	0.4448
PC 37:6; [M+H]+; GPCho(17:1(9Z)/20:5(5Z,8Z,11Z,14Z,17Z))	0.6136	2.8560	1.4349	0.8493	0.7292	0.6152	0.5912	0.6519	0.8344	1.2916	0.7713	0.7615
PC 38:0; [M+H]+; GPCho(18:0/20:0)	1.3351	0.8164	1.0190	0.9832	1.0591	0.7676	1.1908	1.0161	0.9117	0.6904	0.9190	1.2917
PC 38:0; [M+H]+; GPCho(19:0/19:0)	1.0635	1.7744	0.7164	0.8511	1.0096	1.0024	0.7706	0.6724	1.1485	0.9953	0.7820	1.2138
PC 38:0; [M+H]+; GPCho(24:0/14:0)	1.3518	1.4720	0.8773	1.0540	0.9945	0.7324	0.7899	0.7164	0.8945	1.0120	0.8433	1.2618
PC 38:0; [M+Na]+; GPCho(19:0/19:0)	0.9372	1.8345	0.7843	0.6163	0.9239	0.8020	0.6587	1.2746	1.0593	1.3714	1.0580	0.6798
PC 38:1; [M+H]+; GPCho(16:0/22:1(13Z))	0.7156	3.1778	0.3705	1.2343	0.4360	1.0187	0.3861	0.3886	0.6508	2.3077	0.4949	0.8190
PC 38:1; [M+H]+; GPCho(18:1(11E)/20:0)	0.9864	0.2378	1.7525	0.8588	1.2867	0.7342	1.4246	1.1263	0.9822	0.4796	1.3738	0.7571
PC 38:1; [M+Na]+; GPCho(12:0/26:1(5Z))	1.2678	0.7885	0.7948	1.1641	0.9746	0.9420	0.9733	0.8612	1.0904	0.9217	1.0085	1.2131
PC 38:1; [M+Na]+; GPCho(14:0/24:1(15Z))	0.9978	0.3935	1.1746	1.0053	1.2283	0.8146	1.2230	1.0808	1.1549	0.6882	1.2437	0.9953
PC 38:1; [M+Na]+; GPCho(14:1(9Z)/24:0)	1.2103	0.9217	0.7890	1.1856	0.7936	0.9900	0.9286	0.8297	1.0894	0.9749	1.0448	1.2423
PC 38:1; [M+Na]+; GPCho(16:1(7Z)/22:0)	0.8970	0.6854	1.3851	1.0845	0.9228	0.7470	0.9584	0.8978	1.4406	0.6565	1.0414	1.2834
PC 38:1; [M+Na]+; GPCho(17:1(9Z)/21:0)	0.9640	0.5948	1.2001	1.0499	1.3247	0.7780	1.1583	0.9897	1.1508	0.5687	1.2881	0.9328
PC 38:1; [M+Na]+; GPCho(23:0/15:1(9Z))	1.0617	0.8462	1.1504	0.9944	1.0134	0.9575	0.5653	0.7722	1.5276	0.7776	1.0601	1.2736
PC 38:1; [M+Na]+; GPCho(24:1(15Z)/14:0)	0.9079	0.5508	1.8070	1.2777	1.0435	0.9203	0.8535	1.0027	0.8990	0.8435	1.0017	0.8923
PC 38:2; [M+H]+; GPCho(12:0/26:2(5E,9Z))	1.0896	0.5417	1.0677	1.1072	0.9023	0.6960	0.9814	1.1900	1.6359	0.5481	1.1666	1.0735
PC 38:2; [M+Na]+; GPCho(12:0/26:2(5E,9Z))	0.6700	2.6690	0.5372	1.2661	0.5464	1.3614	0.5109	0.4962	0.6627	1.7727	0.6824	0.8250
PC 38:2; [M+Na]+; GPCho(18:2(2E,4E)/20:0)	0.6464	2.5798	0.8331	1.1097	0.6587	1.1836	0.4877	0.6044	0.6674	1.7233	0.5980	0.9079
PC 38:3; [M+H]+; GPCho(18:0/20:3(5Z,8Z,11Z))	0.7796	1.9469	1.3321	0.8437	0.8221	1.1523	0.8603	0.8690	0.5890	1.3417	0.7174	0.7459
PC 38:3; [M+H]+; GPCho(18:1(11E)/20:2(11Z,14Z))	1.0466	1.3201	1.3964	1.0466	1.0880	0.6273	0.9219	0.9814	0.9587	0.9696	1.0175	0.6259
PC 38:3; [M+H]+; GPCho(18:2(2E,4E)/20:1(11E))	0.7903	3.3775	0.5512	1.0017	0.6002	0.9533	0.4625	0.5756	0.6230	1.5675	0.7127	0.7844
PC 38:3; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/20:0)	0.7782	3.4362	0.5147	1.1388	0.4829	1.0726	0.5031	0.4271	0.5897	1.5703	0.6512	0.8353
PC 38:3; [M+H]+; GPCho(22:2(13Z,16Z)/16:1(7Z))	0.6880	3.4553	0.4622	1.1233	0.5667	1.0503	0.5049	0.4444	0.6125	1.5973	0.6677	0.8274
PC 38:3; [M+Na]+; GPCho(18:0/20:3(5Z,8Z,11Z))	1.4563	0.6333	1.1767	1.5375	0.9803	0.8169	0.7714	0.9265	0.9980	0.7212	1.1172	0.8648
PC 38:3; [M+Na]+; GPCho(18:3(6Z,9Z,12Z)/20:0)	1.1919	2.3048	0.5006	0.6875	0.9588	1.1392	1.1360	0.5155	0.8770	1.0648	0.7257	0.8982
PC 38:4; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/20:1(13E))	1.1792	1.4036	0.6377	1.0703	0.6503	0.9483	0.4549	0.4784	1.3258	1.4484	1.0706	1.3326
PC 38:4; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/16:0)	0.7618	0.9836	1.6167	1.1455	1.1435	0.8405	1.0438	0.9876	0.7722	0.7188	1.1144	0.8716
PC 38:5; [M+H]+; GPCho(14:1(9Z)/24:4(5Z,8Z,11Z,14Z))	0.9967	0.3367	1.4608	0.8519	1.5092	0.8520	1.5231	1.0439	0.8127	0.4633	1.1732	0.9767
PC 38:5; [M+H]+; GPCho(16:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.0335	0.3202	1.4717	0.8474	1.4370	0.8450	1.5036	1.0589	1.0020	0.4529	1.1708	0.8570
PC 38:5; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/20:2(11Z,14Z))	1.2074	0.2895	1.4510	0.9064	1.4346	0.7625	1.5712	0.9629	1.0664	0.4713	1.1012	0.7755
PC 38:5; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/16:1(7Z))	0.8885	0.7770	1.1024	0.9895	1.1779	0.8391	1.0260	0.9822	1.0363	0.9162	1.0452	1.2198
PC 38:6; [M+Na]+; GPCho(18:2(2E,4E)/20:4(5E,8E,11E,14E))	1.2036	0.6429	0.8610	1.0098	1.1021	0.9299	1.0948	1.2949	1.2058	0.6012	1.4543	0.5996
PC 38:7; [M+H]+; GPCho(16:1(7Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.6263	1.3264	1.4868	1.0319	0.3606	1.0662	0.5511	0.9418	0.7792	1.2746	0.6236	0.9314
PC 38:7; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/20:3(5Z,8Z,11Z))	1.2009	1.2064	1.2602	1.7060	0.6930	0.8707	0.4568	0.7393	1.1536	1.2227	0.5064	0.9841
PC 38:7; [M+Na]+; GPCho(16:1(7Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.5587	0.5493	2.1368	1.4430	1.3679	0.8759	0.7404	1.1129	0.9590	0.5213	1.0898	0.6449
PC 38:9; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/20:5(5Z,8Z,11Z,14Z,17Z))	1.2195	0.6377	1.4262	0.8216	1.3248	0.8611	0.7183	1.3307	1.2418	0.9137	0.8514	0.6533
PC 38:9; [M+Na]+; GPCho(18:4(6Z,9Z,12Z,15Z)/20:5(5Z,8Z,11Z,14Z,17Z))	0.9234	0.5847	1.5682	1.1694	1.3338	0.9646	1.1033	1.1409	0.8994	0.5945	1.0120	0.7058
PC 39:0; [M+H]+; GPCho(14:0/25:0)	0.8807	0.3876	1.6791	0.8460	1.2810	0.8771	1.1629	1.4856	0.9097	0.3529	1.1360	1.0014
PC 39:0; [M+H]+; GPCho(19:0/20:0)	0.7687	1.2971	1.1853	1.0349	1.0579	1.0108	0.8175	1.0216	1.0751	0.8762	1.0547	0.8002
PC 39:0; [M+H]+; GPCho(23:0/16:0)	0.8827	0.3150	1.6825	0.9305	1.3211	0.8979	1.1420	1.4148	0.8929	0.3735	1.2721	0.8749
PC 39:0; [M+H]+; GPCho(24:0/15:0)	1.1635	0.4676	1.7206	1.0442	1.3442	0.6925	1.2282	1.4179	0.8460	0.4012	0.9878	0.6866
PC 39:0; [M+H]+; GPCho(26:0/13:0)	1.1017	1.2152	0.8179	1.0110	0.8255	1.2755	0.9898	0.7042	0.9757	0.9458	1.1474	0.9903
PC 39:0; [M+Na]+; GPCho(14:0/25:0)	1.3725	0.7549	1.0600	0.7978	1.6237	0.8414	0.7736	0.7346	1.0651	0.6528	1.3082	1.0153
PC 39:0; [M+Na]+; GPCho(17:0/22:0)	1.4892	1.0167	0.4236	1.1236	0.7799	1.2264	0.4994	0.5626	1.0904	1.2559	0.9891	1.5432
PC 39:1; [M+H]+; GPCho(17:0/22:1(13Z))	1.0539	0.2979	1.4496	0.7918	1.2850	0.7237	0.9054	1.3456	1.1100	0.4927	1.4619	1.0825
PC 39:1; [M+H]+; GPCho(19:0/20:1(11E))	0.9593	1.8060	1.0831	0.6041	0.8017	0.7666	1.2824	1.0457	0.6629	1.2420	0.8741	0.8721
PC 39:1; [M+H]+; GPCho(22:0/17:1(9Z))	1.0566	0.7251	1.3641	0.9662	0.8244	0.8583	1.7925	1.3122	0.8169	0.6685	0.8090	0.8062
PC 39:1; [M+Na]+; GPCho(15:0/24:1(15Z))	1.2508	0.5924	1.0378	1.1818	0.8522	1.1055	0.5703	1.1397	1.3699	0.5095	1.5607	0.8295
PC 39:1; [M+Na]+; GPCho(15:1(9Z)/24:0)	1.0984	0.4801	0.7401	1.0381	1.2377	0.8893	0.9258	0.7426	1.2809	0.7795	1.3755	1.4120
PC 39:1; [M+Na]+; GPCho(16:1(7Z)/23:0)	0.8402	0.9402	1.4663	1.0119	1.4710	0.8177	0.7076	0.8998	1.1689	0.6740	1.1519	0.8504
PC 39:1; [M+Na]+; GPCho(17:1(9Z)/22:0)	0.9855	0.8767	0.5308	1.2182	0.9152	1.0373	0.6008	0.6456	1.3457	1.1779	0.9643	1.7020
PC 39:1; [M+Na]+; GPCho(18:1(13Z)/21:0)	0.7514	0.7702	1.0842	1.0628	1.5578	0.9374	0.6593	1.2070	0.8534	0.5884	1.2774	1.2507
PC 39:1; [M+Na]+; GPCho(19:0/20:1(11Z))	1.0615	0.5411	0.6225	1.1667	1.1507	0.9377	0.7367	0.9193	1.4087	0.7860	1.3884	1.2808
PC 39:1; [M+Na]+; GPCho(22:1(13Z)/17:0)	1.0291	0.8800	1.0121	0.6856	1.3564	0.8117	0.8753	1.0938	1.2565	0.6932	1.1512	1.1551
PC 39:2; [M+H]+; GPCho(17:1(9Z)/22:1(13Z))	0.8207	1.4253	1.6026	0.7496	1.0036	0.6085	1.1953	1.3931	0.9513	0.6375	0.9188	0.6936
PC 39:2; [M+H]+; GPCho(24:1(15Z)/15:1(9Z))	1.1431	0.3317	1.0096	1.0404	1.2201	0.8505	0.7536	1.0442	1.2726	0.5154	1.4896	1.3291
PC 39:2; [M+Na]+; GPCho(13:0/26:2(5E,9Z))	0.8898	0.9150	1.2236	1.3231	1.2232	1.2394	0.8171	0.7464	0.9867	0.5508	1.1582	0.9267
PC 39:2; [M+Na]+; GPCho(15:1(9Z)/24:1(15Z))	0.7394	1.1535	0.8894	1.2095	1.1397	1.1129	0.9052	0.8155	1.0787	0.6724	1.3229	0.9609
PC 39:2; [M+Na]+; GPCho(17:2(9Z,12Z)/22:0)	1.1388	0.6816	0.9377	0.8887	1.3695	1.3137	0.8233	0.8639	1.1203	0.7454	1.2366	0.8806
PC 39:2; [M+Na]+; GPCho(18:2(9E,10E)/21:0)	1.0491	0.8633	1.3661	1.1680	1.2161	0.9498	0.8040	0.8115	1.0128	0.7288	1.1082	0.9224
PC 39:3; [M+H]+; GPCho(17:1(9Z)/22:2(13Z,16Z))	1.0675	0.7843	0.9641	1.2013	1.1335	1.0098	0.6654	1.1200	1.0016	1.2526	0.7298	1.0702
PC 39:3; [M+H]+; GPCho(17:2(9Z,12Z)/22:1(13Z))	0.7954	0.9738	0.9324	1.3302	1.1355	1.3248	0.7678	0.9551	0.9626	0.8256	0.9430	1.0538
PC 39:3; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/21:0)	1.2749	0.7101	1.1388	0.5987	1.0793	0.8489	0.6201	1.1397	1.2160	0.7416	1.3636	1.2684
PC 39:3; [M+H]+; GPCho(19:0/20:3(8Z,11Z,14Z))	0.6696	1.2583	1.1173	0.9768	0.9483	0.8877	0.8540	0.9181	1.0159	1.1892	1.0663	1.0986
PC 39:3; [M+H]+; GPCho(20:3(5Z,8Z,11Z)/19:0)	1.2479	0.6039	1.2926	1.3648	1.3272	0.8966	1.0681	0.6911	0.7115	0.5624	0.9385	1.2953
PC 39:3; [M+H]+; GPCho(21:0/18:3(6Z,9Z,12Z))	1.0722	1.8460	0.7356	1.0741	0.8521	0.7459	0.7053	0.8379	0.7551	1.1049	1.2534	1.0175
PC 39:4; [M+H]+; GPCho(15:0/24:4(5Z,8Z,11Z,14Z))	1.1276	0.6951	1.4114	1.0798	1.1064	0.6008	1.1710	1.1540	0.9896	0.7606	1.0557	0.8480
PC 39:4; [M+H]+; GPCho(17:2(9Z,12Z)/22:2(13Z,16Z))	1.0889	0.8073	1.4976	0.7162	1.2149	0.8050	1.3786	1.0751	1.0843	0.7791	1.0898	0.4632
PC 39:4; [M+H]+; GPCho(19:0/20:4(5E,8E,11E,14E))	1.1447	0.9558	1.1256	1.1449	1.0107	0.6651	1.0964	1.1003	0.9441	0.9000	0.9997	0.9128
PC 39:4; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/17:0)	0.4879	1.4145	0.8320	1.2364	1.0885	1.5312	0.7887	1.1358	0.9095	0.9648	0.7887	0.8219
PC 39:4; [M+Na]+; GPCho(18:4(6Z,9Z,12Z,15Z)/21:0)	0.3462	1.6861	1.1174	1.2542	0.8646	1.7225	0.2166	1.4251	0.6039	1.1419	0.5127	1.1088
PC 39:4; [M+Na]+; GPCho(19:0/20:4(5E,8E,11E,14E))	0.3512	1.3308	1.2856	1.2408	0.9430	1.6853	0.2319	1.5684	0.6528	1.0599	0.5527	1.0976
PC 39:5; [M+H]+; GPCho(15:1(9Z)/24:4(5Z,8Z,11Z,14Z))	1.0320	0.8865	1.1977	1.0921	0.8750	0.6579	1.5739	0.9360	1.0894	0.5383	1.5174	0.6038
PC 39:5; [M+H]+; GPCho(17:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.7347	4.3129	0.5726	1.0565	0.2753	1.3120	0.3221	0.5017	0.4641	1.5719	0.2280	0.6482
PC 39:5; [M+H]+; GPCho(19:0/20:5(5Z,8Z,11Z,14Z,17Z))	1.3657	0.9199	1.1698	0.8268	0.9367	0.8265	1.4295	0.8695	0.7269	0.7422	1.3498	0.8366
PC 39:5; [M+Na]+; GPCho(22:4(7Z,10Z,13Z,16Z)/17:1(9Z))	0.4756	0.4852	2.0737	1.7651	1.2240	0.9552	0.6839	1.0235	1.1458	0.5422	0.9731	0.6529
PC 39:5; [M+Na]+; GPCho(22:5(4Z,7Z,10Z,13Z,16Z)/17:0)	0.8428	1.3497	1.5607	1.6154	0.6878	0.8729	0.4847	0.9615	0.7370	0.7923	1.1374	0.9578
PC 39:6; [M+H]+; GPCho(17:1(9Z)/22:5(4Z,7Z,10Z,13Z,16Z))	1.1132	0.3633	1.5394	0.9237	1.3486	1.0695	0.7086	1.3173	0.9025	0.5123	1.1976	1.0040
PC 39:6; [M+H]+; GPCho(17:2(9Z,12Z)/22:4(7Z,10Z,13Z,16Z))	0.5760	1.4262	0.4764	1.5288	0.5776	0.8274	0.4194	0.5228	1.1164	1.3203	1.9834	1.2253
PC 39:6; [M+H]+; GPCho(22:6(4Z,7Z,10Z,13Z,16Z,19Z)/17:0)	0.6944	1.1752	0.9641	0.9994	1.4563	1.1038	0.5759	1.3058	1.0774	0.7739	1.0742	0.7996
PC 39:7; [M+H]+; GPCho(17:1(9Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8641	0.5531	2.0258	0.9408	1.4296	0.8108	1.0901	0.8064	0.9807	0.2683	1.5442	0.6861
PC 40:0; [M+H]+; GPCho(15:0/25:0)	1.0286	1.3378	1.1035	0.9407	1.1032	0.9958	1.1224	0.5967	0.7490	0.8115	0.9747	1.2361
PC 40:0; [M+H]+; GPCho(18:0/22:0)	1.2424	0.3361	1.2047	0.9649	1.2314	0.9340	0.8524	1.1924	1.1561	0.4574	1.3351	1.0930
PC 40:0; [M+H]+; GPCho(21:0/19:0)	0.3855	0.9407	1.4676	1.1877	1.0336	1.5415	0.2589	1.7817	0.7283	0.9454	0.6055	1.1236
PC 40:0; [M+H]+; GPCho(22:0/18:0)	1.0743	0.2801	1.3459	1.0390	1.3953	0.9074	1.1209	1.1373	1.1239	0.3320	1.2331	1.0107
PC 40:0; [M+Na]+; GPCho(14:0/26:0)	0.6580	2.5156	1.3175	0.4407	1.4602	0.6224	1.0425	0.6787	0.8587	1.0512	0.8468	0.5078
PC 40:0; [M+Na]+; GPCho(16:0/24:0)	0.5390	3.4074	1.0005	0.8257	0.6832	0.8317	0.6424	0.7510	0.8546	1.3351	0.6740	0.4553
PC 40:0; [M+Na]+; GPCho(17:0/23:0)	0.4943	0.3962	0.9950	1.4387	2.0130	0.8614	1.0689	1.2091	0.9894	0.6240	1.1162	0.7937
PC 40:0; [M+Na]+; GPCho(19:0/21:0)	1.0194	0.5360	1.6448	1.0490	1.5759	0.8504	0.7679	0.8992	0.7709	0.5275	1.6200	0.7389
PC 40:10; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/20:5(5Z,8Z,11Z,14Z,17Z))	1.0424	0.8162	0.7814	1.2303	0.8847	0.9999	1.0388	0.7258	0.9109	1.4382	1.1346	0.9968
PC 40:10; [M+H]+; GPCho(22:6(4Z,7Z,10Z,13Z,16Z,19Z)/18:4(6Z,9Z,12Z,15Z))	1.2601	0.6942	1.1651	0.8790	1.0078	0.6637	1.3693	1.2256	1.0593	0.7044	1.0899	0.8816
PC 40:1; [M+H]+; GPCho(14:0/26:1(5Z))	1.1581	0.4484	2.0441	1.0629	1.1715	0.7556	1.1275	1.3939	0.9976	0.4538	0.5634	0.8232
PC 40:1; [M+H]+; GPCho(14:1(9Z)/26:0)	1.0827	0.2653	1.3953	0.7967	1.6793	0.6566	1.3989	1.2410	1.2062	0.4342	1.1231	0.7207
PC 40:1; [M+H]+; GPCho(16:0/24:1(15Z))	0.8904	0.7625	1.7205	1.0610	0.9842	0.8958	1.2287	0.8713	0.6502	0.6155	1.2459	1.0741
PC 40:1; [M+H]+; GPCho(16:1(7Z)/24:0)	0.5801	0.3718	1.2639	0.6678	1.6100	1.0277	1.3871	1.1587	0.8658	0.5803	1.6657	0.8212
PC 40:1; [M+H]+; GPCho(16:1(9Z)/24:0)	1.0967	1.0624	1.1301	1.0701	1.2495	0.9618	0.9250	0.8907	1.0098	0.7909	1.0257	0.7873
PC 40:1; [M+H]+; GPCho(17:1(9Z)/23:0)	0.2323	0.5602	0.6279	0.5487	1.7333	1.0805	2.5221	2.3138	1.2508	0.3918	0.3819	0.3568
PC 40:1; [M+H]+; GPCho(18:0/22:1(13Z))	0.6366	0.3945	1.3257	0.6974	1.3890	1.0004	1.4901	1.1418	0.8487	0.5695	1.7007	0.8057
PC 40:1; [M+H]+; GPCho(18:1(11E)/22:0)	1.1173	0.3708	1.6500	1.1141	1.2335	0.9035	1.0494	1.4990	0.7033	0.5466	1.0163	0.7963
PC 40:1; [M+H]+; GPCho(18:1(13Z)/22:0)	0.8679	0.5975	0.4455	0.4049	1.5640	0.6158	2.3895	2.3553	1.4623	0.3962	0.3563	0.5450
PC 40:1; [M+H]+; GPCho(20:0/20:1(11E))	1.0765	1.0332	0.9885	1.0234	1.0946	1.0719	0.6689	0.8553	1.3253	1.0166	1.0976	0.7482
PC 40:1; [M+H]+; GPCho(23:0/17:1(9Z))	0.8810	0.4685	1.1615	0.9566	1.7124	0.8853	0.9851	1.0973	1.0212	0.5675	1.4481	0.8156
PC 40:1; [M+Na]+; GPCho(18:0/22:1(13Z))	1.0772	0.8626	1.1823	0.9046	1.1342	0.7003	1.2178	1.1648	0.8148	0.8181	1.2046	0.9187
PC 40:2; [M+H]+; GPCho(17:2(9Z,12Z)/23:0)	1.1748	0.8030	1.1476	0.6407	1.3573	0.8536	1.3096	1.0752	1.2221	0.5753	1.0903	0.7504
PC 40:2; [M+H]+; GPCho(18:2(2E,4E)/22:0)	0.2381	1.8901	1.2617	1.8229	0.4794	1.6322	0.1695	1.1266	0.2799	1.8623	0.2868	0.9507
PC 40:2; [M+H]+; GPCho(20:1(11E)/20:1(11E))	0.8719	2.0136	1.0304	0.9374	0.8137	0.9058	1.0831	0.8072	0.7388	1.1200	1.1245	0.5536
PC 40:2; [M+H]+; GPCho(23:0/17:2(9Z,12Z))	0.2280	1.7192	1.3982	1.7506	0.5115	1.7328	0.1801	1.1960	0.3074	1.7224	0.2507	1.0032
PC 40:2; [M+Na]+; GPCho(17:2(9Z,12Z)/23:0)	0.2973	0.4242	2.1446	2.3459	0.4898	1.5439	0.3401	1.6054	0.3144	1.1950	0.3665	0.9329
PC 40:2; [M+Na]+; GPCho(18:2(2E,4E)/22:0)	0.8927	0.5452	1.4437	0.8310	1.2181	0.9679	1.0884	1.1578	0.7717	0.3005	1.9586	0.8245
PC 40:3; [M+H]+; GPCho(14:1(9Z)/26:2(5E,9Z))	0.8669	1.1747	1.5942	0.6450	0.7509	0.9305	0.5420	1.1333	0.7528	0.8013	1.4901	1.3184
PC 40:3; [M+H]+; GPCho(18:1(11E)/22:2(13Z,16Z))	0.9502	2.1065	0.8056	0.7717	0.7974	0.6385	1.0285	1.1986	0.9996	1.0739	0.7752	0.8542
PC 40:3; [M+H]+; GPCho(18:2(2E,4E)/22:1(13Z))	0.7899	0.4243	1.4795	1.0643	1.1915	0.9462	1.2608	0.8888	1.5792	0.6599	0.9772	0.7383
PC 40:3; [M+H]+; GPCho(20:0/20:3(5Z,8Z,11Z))	1.0691	0.6631	1.2574	0.9150	0.6758	1.0184	0.8946	1.4331	1.0241	0.7134	1.3384	0.9976
PC 40:3; [M+H]+; GPCho(20:1(11E)/20:2(11Z,14Z))	1.0425	1.7601	0.9765	0.6912	0.9450	0.8406	0.7747	0.9837	1.1985	0.9413	1.0724	0.7735
PC 40:3; [M+Na]+; GPCho(14:1(9Z)/26:2(5E,9Z))	1.1198	1.4163	1.3244	1.0533	1.2053	0.7512	1.0832	0.5423	1.0650	0.8131	0.7605	0.8656
PC 40:3; [M+Na]+; GPCho(20:0/20:3(5Z,8Z,11Z))	1.0590	1.2578	0.6247	1.1929	1.0907	0.9221	0.7855	0.6391	0.9760	1.1741	1.0059	1.2722
PC 40:4; [M+H]+; GPCho(16:0/24:4(5Z,8Z,11Z,14Z))	0.8638	1.8968	1.0281	0.9544	0.8768	0.8052	0.8053	1.0279	1.0553	0.9489	0.9741	0.7634
PC 40:4; [M+H]+; GPCho(18:0/22:4(7Z,10Z,13Z,16Z))	0.9787	0.5872	1.1947	1.0303	1.3260	0.7976	1.1769	1.0043	1.1556	0.5709	1.2374	0.9402
PC 40:4; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/22:1(13Z))	1.0064	0.9718	0.8768	1.2020	1.0002	1.1382	0.8200	0.9762	0.9316	1.1819	0.8974	0.9976
PC 40:4; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/22:0)	1.2349	0.8157	0.7812	1.1678	0.9659	0.9483	0.9608	0.8852	1.0841	0.9361	1.0031	1.2170
PC 40:4; [M+H]+; GPCho(20:0/20:4(5E,8E,11E,14E))	1.0141	0.6624	1.5073	1.2074	1.0218	0.9201	0.8809	0.9870	0.9864	0.9702	0.9908	0.8517
PC 40:4; [M+H]+; GPCho(20:2(11Z,14Z)/20:2(11Z,14Z))	1.1017	1.1833	1.1418	1.2526	0.6351	0.9906	0.8325	1.0620	0.8469	1.0803	1.0790	0.7941
PC 40:4; [M+Na]+; GPCho(16:0/24:4(5Z,8Z,11Z,14Z))	1.2606	0.6682	1.3642	1.0739	1.1445	0.9775	0.9417	0.6985	1.0686	0.5427	1.2384	1.0211
PC 40:4; [M+Na]+; GPCho(18:0/22:4(7Z,10Z,13Z,16Z))	1.0714	0.5756	1.6205	0.9120	1.3853	1.1407	0.9868	0.8306	0.8287	0.5411	1.0572	1.0502
PC 40:4; [M+Na]+; GPCho(18:2(2E,4E)/22:2(13Z,16Z))	0.8618	0.5456	1.6619	0.9729	1.3818	0.9805	1.0087	0.8185	0.9439	0.5242	1.1625	1.1376
PC 40:4; [M+Na]+; GPCho(18:2(6Z,9Z)/22:2(13Z,16Z))	1.3381	0.9850	0.9148	0.8836	1.0324	0.9508	1.0596	0.8087	1.0627	1.0676	0.8681	1.0286
PC 40:4; [M+Na]+; GPCho(20:0/20:4(5E,8E,11E,14E))	1.1392	0.3888	1.4635	0.9419	1.4018	0.6467	1.3642	0.9882	1.0778	0.6181	0.9995	0.9704
PC 40:4; [M+Na]+; GPCho(20:1(11E)/20:3(5Z,8Z,11Z))	1.0985	0.5179	1.5187	1.1620	1.2670	1.0642	0.9460	0.7940	0.9439	0.4682	1.1266	1.0929
PC 40:4; [M+Na]+; GPCho(20:2(11Z,14Z)/20:2(5Z,8Z))	1.0812	0.4525	1.9660	1.0315	1.2775	0.8124	1.0507	0.7740	0.8810	0.4307	1.1577	1.0847
PC 40:5; [M+H]+; GPCho(18:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.8773	0.4440	1.9681	1.0356	1.0220	0.7625	0.6405	1.1346	1.1817	0.6707	1.3069	0.9560
PC 40:5; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/22:2(13Z,16Z))	0.8520	1.9261	0.5230	1.2856	0.7865	1.3565	0.6416	0.6689	0.8041	1.4560	0.8908	0.8089
PC 40:5; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/22:1(13Z))	0.9963	1.3820	0.7177	1.2562	0.9196	1.2876	0.7709	0.7765	0.8388	1.1836	0.9653	0.9054
PC 40:5; [M+H]+; GPCho(18:4(9E,11E,13E,15E)/22:1(13Z))	0.6569	2.7175	0.6732	1.1412	0.6284	1.2717	0.4409	0.5569	0.6051	1.7887	0.6003	0.9192
PC 40:5; [M+H]+; GPCho(20:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.9389	0.4075	1.8876	1.0516	1.0083	0.9346	0.5815	1.1647	1.1907	0.6126	1.2735	0.9486
PC 40:5; [M+H]+; GPCho(20:1(11E)/20:4(5E,8E,11E,14E))	0.9664	0.3976	1.9985	1.0373	1.0484	0.8548	0.6008	1.1310	1.1830	0.5899	1.2438	0.9485
PC 40:6; [M+H]+; GPCho(18:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.9193	1.5434	0.6739	0.7581	1.0965	1.3034	0.8947	1.3894	1.0013	1.1859	0.5234	0.7106
PC 40:6; [M+H]+; GPCho(20:3(5Z,8Z,11Z)/20:3(5Z,8Z,11Z))	1.0103	0.7062	0.9168	1.2992	0.9871	1.2730	0.8060	1.0441	0.9493	0.9996	1.1585	0.8498
PC 40:6; [M+Na]+; GPCho(20:1(11E)/20:5(5Z,8Z,11Z,14Z,17Z))	0.9226	1.1019	0.8413	1.0510	0.8700	1.0742	0.9668	0.9319	1.0781	0.8758	1.2843	1.0021
PC 40:7; [M+H]+; GPCho(18:2(2E,4E)/22:5(7Z,10Z,13Z,16Z,19Z))	0.8667	0.6912	1.7674	0.6905	1.0729	0.9812	1.1267	0.9279	1.2323	0.7963	1.4205	0.4263
PC 40:7; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/22:4(7Z,10Z,13Z,16Z))	1.0074	0.3762	1.6751	0.8561	1.2711	0.8545	1.2661	1.4798	0.8998	0.3641	1.0953	0.8544
PC 40:7; [M+H]+; GPCho(18:3(9Z,12Z,15Z)/22:4(7Z,10Z,13Z,16Z))	0.7270	1.7038	0.8229	0.8740	1.1083	1.2987	0.7749	1.3162	0.7268	0.9954	0.7768	0.8753
PC 40:8; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.8808	0.3248	2.3775	0.8237	1.0540	0.4612	1.3311	1.1913	1.0477	0.4258	1.2955	0.7865
PC 40:8; [M+H]+; GPCho(20:4(5E,8E,11E,14E)/20:4(5E,8E,11E,14E))	0.8150	1.1373	1.5913	0.7204	0.4304	0.6670	0.5270	2.3137	0.8527	0.9773	0.7764	1.1915
PC 40:9; [M+Na]+; GPCho(20:4(5E,8E,11E,14E)/20:5(5Z,8Z,11Z,14Z,17Z))	1.3978	0.8842	1.0980	0.7497	1.2740	0.8919	0.9921	0.8045	0.8580	0.6405	1.3586	1.0508
PC 41:0; [M+H]+; GPCho(16:0/25:0)	1.2382	0.6549	1.3313	1.0593	1.0404	0.9560	0.9210	0.6847	1.0505	0.6930	1.2100	1.1606
PC 41:0; [M+H]+; GPCho(17:0/24:0)	0.9152	1.3530	1.0694	0.9356	0.9688	1.0061	0.8590	0.9226	0.8496	1.2710	1.0879	0.7618
PC 41:0; [M+H]+; GPCho(18:0/23:0)	1.0503	0.3998	1.7633	1.1427	1.2960	0.8746	0.9700	0.8469	0.9195	0.4518	1.1425	1.1426
PC 41:0; [M+H]+; GPCho(19:0/22:0)	0.8206	1.2321	1.4155	1.4488	0.8348	0.9512	0.8922	0.9479	0.7809	1.0605	0.9262	0.6894
PC 41:0; [M+H]+; GPCho(20:0/21:0)	0.4360	2.8736	0.7894	0.8133	0.7668	1.5732	0.5138	1.4929	0.4909	1.1595	0.5786	0.5120
PC 41:0; [M+H]+; GPCho(26:0/15:0)	0.6050	2.7624	1.4579	1.0550	0.8884	0.9473	0.6090	0.9569	0.6056	0.7185	0.7108	0.6832
PC 41:1; [M+H]+; GPCho(16:1(7Z)/25:0)	0.9872	0.7247	0.9746	1.2153	1.1015	1.0928	1.0579	1.0268	1.0656	0.7592	1.2172	0.7772
PC 41:1; [M+H]+; GPCho(17:0/24:1(15Z))	0.7593	0.6038	1.3158	1.5768	0.8893	0.7972	0.4907	0.7422	1.7025	1.0090	0.7691	1.3445
PC 41:1; [M+H]+; GPCho(18:1(11E)/23:0)	0.9239	1.4936	0.9521	1.1275	0.9052	1.1476	0.6206	0.6697	1.0457	1.1152	0.9987	1.0000
PC 41:1; [M+H]+; GPCho(18:1(11Z)/23:0)	0.8877	1.2293	1.0995	1.1699	1.0156	1.0031	0.8106	0.7433	1.1584	0.7346	1.1784	0.9694
PC 41:2; [M+H]+; GPCho(15:0/26:2(5E,9Z))	1.3044	0.9771	0.9101	1.1745	0.7397	0.8007	0.4977	0.9899	1.3660	0.6619	1.3947	1.1833
PC 41:2; [M+H]+; GPCho(17:1(9Z)/24:1(15Z))	1.6276	0.6449	1.0053	0.8150	1.1248	0.6169	0.9840	1.2338	1.4419	0.4988	1.0050	1.0022
PC 41:2; [M+H]+; GPCho(17:2(9Z,12Z)/24:0)	1.1836	0.5250	0.7952	1.1431	0.9814	0.6782	0.7055	1.1362	1.7060	0.7312	1.1117	1.3029
PC 41:2; [M+H]+; GPCho(18:2(2E,4E)/23:0)	1.0465	0.4404	0.9809	0.7120	0.9684	0.4823	0.8364	1.5705	1.2165	0.7646	1.7851	1.1963
PC 41:2; [M+H]+; GPCho(19:0/22:2(13Z,16Z))	1.2153	0.6941	0.9635	1.1699	1.2986	0.8041	0.6705	1.3372	0.9127	0.8249	1.2567	0.8525
PC 41:2; [M+H]+; GPCho(20:2(11Z,14Z)/21:0)	1.2044	0.3310	0.9645	1.0240	1.0991	0.4818	0.8486	1.2447	1.3191	0.4950	1.1136	1.8743
PC 41:2; [M+H]+; GPCho(24:0/17:2(9Z,12Z))	1.1948	0.3267	0.9456	0.9940	1.0844	0.6590	0.8312	1.2295	1.3024	0.4825	1.0958	1.8540
PC 41:3; [M+H]+; GPCho(15:1(9Z)/26:2(5E,9Z))	1.5879	0.6798	0.5105	1.0680	0.8956	1.1001	0.5804	0.6395	1.1937	0.9849	1.2049	1.5547
PC 41:3; [M+H]+; GPCho(17:2(9Z,12Z)/24:1(15Z))	1.6461	0.3444	0.6799	0.9810	1.1244	0.8953	0.6822	0.7906	1.2193	0.6575	1.5076	1.4715
PC 41:3; [M+H]+; GPCho(23:0/18:3(6Z,9Z,12Z))	1.4543	0.3487	0.8488	1.0936	1.2479	0.8250	0.9638	0.8386	1.1522	0.4875	1.4600	1.2795
PC 41:3; [M+Na]+; GPCho(15:1(9Z)/26:2(5E,9Z))	1.2780	0.6677	1.0309	0.8106	1.0128	0.7504	1.2267	0.6397	1.4363	0.6624	1.2989	1.1856
PC 41:3; [M+Na]+; GPCho(17:2(9Z,12Z)/24:1(15Z))	1.0267	0.6257	1.0202	0.8856	1.1158	0.8563	1.1331	0.6517	1.4689	0.6922	1.2400	1.2838
PC 41:3; [M+Na]+; GPCho(18:3(9Z,12Z,15Z)/23:0)	1.4257	0.7593	0.9807	0.8255	0.9700	0.9961	1.2241	0.8019	0.9539	0.5628	1.5606	0.9394
PC 41:3; [M+Na]+; GPCho(20:3(5Z,8Z,11Z)/21:0)	1.0282	1.0497	0.9074	1.0329	0.9801	0.8408	1.0987	0.5620	1.1997	0.9208	1.1610	1.2187
PC 41:3; [M+Na]+; GPCho(20:3(8Z,11Z,14Z)/21:0)	1.1611	0.5710	1.2755	1.0935	0.9475	0.5554	1.1920	0.7009	1.4396	0.7660	1.2793	1.0183
PC 41:4; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/23:0)	1.0448	0.5840	0.6877	1.1151	1.2029	0.8688	0.8356	0.6760	1.3085	0.8534	1.2441	1.5792
PC 41:4; [M+H]+; GPCho(23:0/18:4(6Z,9Z,12Z,15Z))	0.8656	0.8774	1.3811	0.9756	1.4473	0.8315	0.6665	0.8675	1.1066	0.6891	1.3223	0.9695
PC 41:5; [M+H]+; GPCho(17:1(9Z)/24:4(5Z,8Z,11Z,14Z))	0.9730	0.7815	1.9765	0.7776	1.2991	0.8048	1.0920	0.6587	1.2014	0.5517	1.2305	0.6533
PC 41:5; [M+H]+; GPCho(19:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.2142	0.7803	1.3724	0.8478	1.3740	0.7016	1.0292	0.6347	1.5820	0.5176	1.2209	0.7252
PC 41:5; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/21:0)	1.0705	1.2009	1.0315	1.0171	1.2245	0.7447	1.1031	0.8806	0.8197	0.8964	1.0689	0.9422
PC 41:6; [M+H]+; GPCho(17:2(9Z,12Z)/24:4(5Z,8Z,11Z,14Z))	0.8066	0.8891	1.3094	0.9644	1.4117	0.6593	1.0786	1.3374	0.9362	0.4997	1.1202	0.9872
PC 41:6; [M+H]+; GPCho(22:6(4Z,7Z,10Z,13Z,16Z,19Z)/19:0)	0.9820	0.9392	1.2038	1.1496	1.0780	0.7858	1.0695	1.2285	0.9485	0.8189	0.9441	0.8521
PC 42:0; [M+H]+; GPCho(20:0/22:0)	0.4761	1.6705	0.9499	1.0662	0.9067	1.3935	0.4492	0.9145	0.6343	1.4962	0.6624	1.3803
PC 42:11; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.9666	1.0573	0.4254	1.2393	0.7579	1.2159	0.5144	0.5913	1.2599	1.3691	0.8235	1.7794
PC 42:2; [M+H]+; GPCho(20:0/22:2(13Z,16Z))	1.1359	1.1544	0.7138	0.8378	0.9178	1.1251	0.8745	0.8858	1.0842	1.2209	0.9262	1.1235
PC 42:2; [M+Na]+; GPCho(16:0/26:2(5E,9Z))	0.8219	2.1972	1.6195	0.7932	0.8099	0.6481	1.1544	0.8181	0.8140	0.9184	0.8727	0.5326
PC 42:2; [M+Na]+; GPCho(18:1(11E)/24:1(15Z))	1.1140	0.4321	2.3003	0.6200	1.2054	0.6596	1.2980	0.6933	1.3034	0.5791	1.0074	0.7873
PC 42:2; [M+Na]+; GPCho(20:1(11E)/22:1(13Z))	0.5495	3.0644	0.8438	0.6644	0.6615	0.8574	0.9203	0.9146	0.7914	1.3495	0.7925	0.5906
PC 42:3; [M+H]+; GPCho(16:1(7Z)/26:2(5E,9Z))	0.7393	0.2231	1.1112	1.1993	1.3075	0.8076	1.5840	1.1594	1.2370	0.6563	1.3248	0.6505
PC 42:3; [M+H]+; GPCho(18:2(2E,4E)/24:1(15Z))	0.6503	0.5115	0.9999	0.9817	1.7196	0.6190	1.3027	0.9998	1.1432	0.7450	1.0980	1.2293
PC 42:3; [M+H]+; GPCho(20:1(11E)/22:2(13Z,16Z))	0.2761	3.2448	0.4288	1.6028	0.3842	1.4533	0.0902	0.5034	0.2591	2.5374	0.2701	0.9497
PC 42:3; [M+H]+; GPCho(20:2(11Z,14Z)/22:1(13Z))	0.8871	0.3904	1.8057	0.8891	1.2305	0.7236	1.2344	1.0238	1.1192	0.6970	0.9590	1.0402
PC 42:3; [M+H]+; GPCho(22:1(13Z)/20:2(11Z,14Z))	1.0977	0.6947	1.0870	1.1171	1.6040	0.8553	1.1264	1.0509	0.9760	0.3757	1.1276	0.8874
PC 42:4; [M+H]+; GPCho(18:0/24:4(5Z,8Z,11Z,14Z))	1.0086	1.4779	0.4442	0.6156	1.1606	1.0622	1.1667	0.6724	0.9886	1.5241	1.0769	0.8023
PC 42:4; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/24:1(15Z))	0.7617	0.6159	1.7956	1.2371	1.0116	1.0412	0.7202	0.6121	1.5381	0.5430	1.1615	0.9620
PC 42:4; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/24:0)	0.5336	0.4505	2.5825	0.7619	2.5256	0.6078	0.5820	0.9891	0.9357	0.4156	1.0748	0.5409
PC 42:4; [M+H]+; GPCho(20:2(11Z,14Z)/22:2(13Z,16Z))	1.0451	0.5205	1.2065	0.8265	0.9074	0.6625	1.1392	1.0035	1.4220	0.9205	1.3691	0.9773
PC 42:4; [M+H]+; GPCho(20:4(5Z,8Z,11Z,14Z)/22:0)	0.9439	0.6165	1.8242	0.9056	1.3979	1.0496	0.9271	1.1882	1.0076	0.5182	1.0277	0.5934
PC 42:4; [M+Na]+; GPCho(18:3(6Z,9Z,12Z)/24:1(15Z))	1.1445	0.6435	1.5100	0.7955	1.3322	0.8713	1.1797	0.4908	1.3742	0.5412	1.0744	1.0427
PC 42:4; [M+Na]+; GPCho(18:4(6Z,9Z,12Z,15Z)/24:0)	1.2899	0.5860	1.3293	0.9907	1.2330	0.8891	1.1096	0.5382	1.3512	0.6601	1.0208	1.0022
PC 42:4; [M+Na]+; GPCho(20:0/22:4(7Z,10Z,13Z,16Z))	1.1997	0.6771	1.2239	0.9022	0.9378	0.7520	1.3317	0.7616	1.2292	0.7567	1.1950	1.0331
PC 42:4; [M+Na]+; GPCho(20:2(11Z,14Z)/22:2(13Z,16Z))	1.1871	0.6757	1.6597	0.9990	0.7974	0.9180	1.3747	0.6382	1.2991	0.5505	0.9512	0.9495
PC 42:4; [M+Na]+; GPCho(20:4(5E,8E,11E,14E)/22:0)	1.2325	0.6783	1.3977	1.0011	0.8813	0.9687	1.0402	0.6965	1.3535	0.6805	1.1186	0.9512
PC 42:5; [M+H]+; GPCho(18:1(11E)/24:4(5Z,8Z,11Z,14Z))	0.9215	0.8772	1.0108	1.5151	0.9083	1.1138	0.8972	0.7824	1.4559	0.6721	0.7632	1.0825
PC 42:5; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/24:1(15Z))	0.7696	1.1235	1.6571	0.6830	0.8473	0.7386	0.8113	0.8327	1.2021	0.7386	1.8517	0.7443
PC 42:5; [M+H]+; GPCho(20:1(11E)/22:4(7Z,10Z,13Z,16Z))	1.4307	0.6550	1.3100	0.8797	0.9943	1.5091	0.7411	0.7400	1.1660	0.5225	1.2444	0.8072
PC 42:5; [M+H]+; GPCho(20:1(11Z)/22:4(7Z,10Z,13Z,16Z))	0.8076	0.5037	1.7713	0.7515	1.0943	0.8792	1.2293	1.0565	1.1022	0.2737	1.7831	0.7475
PC 42:5; [M+H]+; GPCho(20:3(8Z,11Z,14Z)/22:2(13Z,16Z))	0.9668	0.6549	1.5339	0.7637	1.1068	1.1151	0.9957	1.0838	1.2169	0.6223	1.2042	0.7358
PC 42:5; [M+H]+; GPCho(20:4(5E,8E,11E,14E)/22:1(13Z))	0.9714	0.9731	1.0011	1.3300	1.4151	1.2382	0.6535	0.7546	0.8203	0.8010	1.3743	0.6674
PC 42:5; [M+H]+; GPCho(20:4(5Z,8Z,11Z,14Z)/22:1(13Z))	0.8912	1.0004	0.9608	1.6465	1.0460	1.6577	0.9017	0.7676	1.0358	0.6838	0.8098	0.5987
PC 42:5; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/22:0)	1.0270	1.1217	1.0492	0.8009	1.4239	0.9087	0.6329	0.9387	1.4542	0.8715	1.0729	0.6985
PC 42:5; [M+H]+; GPCho(22:2(13Z,16Z)/20:3(5Z,8Z,11Z))	0.7715	0.3264	1.5284	1.1470	1.2620	0.7987	1.4212	0.8987	1.2549	0.4235	1.3695	0.7981
PC 42:5; [M+H]+; GPCho(24:1(15Z)/18:4(6Z,9Z,12Z,15Z))	1.1122	0.5688	1.2612	0.9751	1.1053	0.7398	0.7563	1.0697	1.1505	0.8605	1.7190	0.6817
PC 42:5; [M+Na]+; GPCho(20:3(5Z,8Z,11Z)/22:2(13Z,16Z))	1.0254	0.2687	1.8162	1.2101	1.1664	0.9141	1.0089	0.6457	0.9894	0.6711	0.8983	1.3857
PC 42:5; [M+Na]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/22:0)	0.8132	0.5446	1.6773	1.4285	0.8671	1.0333	0.4761	0.8193	1.0510	0.5827	1.1540	1.5529
PC 42:6; [M+H]+; GPCho(18:2(2E,4E)/24:4(5Z,8Z,11Z,14Z))	0.9877	1.5406	0.8241	0.9467	0.8217	1.0960	0.9505	0.8647	0.7964	1.2248	0.8236	1.1231
PC 42:6; [M+Na]+; GPCho(20:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.7548	1.6519	0.8118	1.3627	1.0676	0.9366	1.0094	1.6997	0.5257	0.8772	0.5571	0.7455
PC 42:6; [M+Na]+; GPCho(20:2(11Z,14Z)/22:4(7Z,10Z,13Z,16Z))	0.8411	0.4797	1.8233	1.4619	0.9849	0.8265	0.3584	0.7429	1.1492	0.5600	1.1965	1.5756
PC 42:6; [M+Na]+; GPCho(20:4(5E,8E,11E,14E)/22:2(13Z,16Z))	0.9215	0.7335	0.7602	1.1300	1.3599	1.3019	0.9402	1.3016	0.9943	0.6840	0.8064	1.0665
PC 42:7; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/24:4(5Z,8Z,11Z,14Z))	1.0605	0.4381	1.3385	1.1085	1.3073	0.7834	1.3592	0.9150	1.0572	0.6232	0.9928	1.0165
PC 42:7; [M+H]+; GPCho(20:1(11E)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.1600	0.4197	1.6007	1.1174	1.4344	0.7667	1.4177	0.9449	0.8049	0.5257	0.9949	0.8130
PC 42:7; [M+H]+; GPCho(20:2(11Z,14Z)/22:5(4Z,7Z,10Z,13Z,16Z))	1.1562	0.4222	1.6001	1.1175	1.4330	0.7639	1.4223	0.9423	0.8088	0.5250	0.9991	0.8097
PC 42:7; [M+H]+; GPCho(20:3(5Z,8Z,11Z)/22:4(7Z,10Z,13Z,16Z))	1.0889	0.5642	1.4478	1.2202	1.2082	1.0535	0.8958	0.7813	0.9650	0.5204	1.1102	1.1445
PC 42:7; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/22:2(13Z,16Z))	1.0817	0.6559	1.4283	1.3080	1.1624	1.0666	0.8590	0.7943	0.8791	0.5693	1.0326	1.1627
PC 42:7; [M+H]+; GPCho(24:4(5Z,8Z,11Z,14Z)/18:3(6Z,9Z,12Z))	0.9389	0.5861	1.1618	1.1523	1.3642	0.8489	1.2372	0.9107	1.1409	0.6925	1.1052	0.8614
PC 42:7; [M+Na]+; GPCho(20:2(11Z,14Z)/22:5(4Z,7Z,10Z,13Z,16Z))	1.1833	1.4416	1.0001	0.7043	0.5525	0.5257	0.7467	0.9590	1.0053	1.1013	1.9499	0.8303
PC 42:8; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/24:4(5Z,8Z,11Z,14Z))	0.9474	0.3717	1.3017	1.1017	1.5017	0.8917	1.0381	1.3010	1.2636	0.5521	1.0845	0.6450
PC 42:8; [M+H]+; GPCho(20:3(5Z,8Z,11Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.8207	1.8744	1.2437	1.1734	0.6975	0.6835	1.0317	1.2474	0.8514	0.8062	0.8762	0.6940
PC 42:8; [M+H]+; GPCho(20:4(5Z,8Z,11Z,14Z)/22:4(7Z,10Z,13Z,16Z))	0.9663	0.6877	1.1185	1.2290	1.2559	1.0882	1.0560	1.1271	1.0428	0.7083	1.0508	0.6695
PC 42:8; [M+Na]+; GPCho(20:2(11Z,14Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.4217	1.1874	0.7507	0.8761	0.8157	0.7290	1.4122	0.3850	1.2836	1.0550	1.3351	0.7485
PC 42:9; [M+H]+; GPCho(20:3(8Z,11Z,14Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8817	1.7094	0.5965	1.1510	0.7712	0.8648	0.9357	1.1647	0.7377	1.2423	1.0172	0.9280
PC 42:9; [M+H]+; GPCho(20:4(5E,8E,11E,14E)/22:5(4Z,7Z,10Z,13Z,16Z))	1.1816	0.4529	0.9643	1.0299	1.0490	0.5803	0.6471	1.4404	1.3546	0.8247	1.1589	1.3162
PC 42:9; [M+H]+; GPCho(20:4(5E,8E,11E,14E)/22:5(7Z,10Z,13Z,16Z,19Z))	1.1674	0.3176	0.9128	0.9505	1.0539	0.6459	0.8016	1.1962	1.2677	0.4674	1.4202	1.7987
PC 42:9; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/22:4(7Z,10Z,13Z,16Z))	0.9564	1.4410	0.9250	0.7534	1.2377	0.9091	1.0141	1.2363	0.9584	0.9432	0.8600	0.7655
PC 42:9; [M+Na]+; GPCho(20:3(5Z,8Z,11Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.6422	2.6825	0.3512	1.2905	0.4880	1.5273	0.2421	0.4319	0.5503	1.8765	0.4249	1.4926
PC 43:0; [M+H]+; GPCho(17:0/26:0)	1.1007	0.6165	0.8311	1.0390	1.3277	0.9420	1.1446	0.9947	1.0571	0.8652	0.8218	1.2595
PC 43:0; [M+H]+; GPCho(18:0/25:0)	1.3542	0.7525	1.3154	1.0146	0.8992	0.6759	1.0744	1.2769	0.9771	0.6261	0.8688	1.1648
PC 43:0; [M+H]+; GPCho(19:0/24:0)	1.0292	0.6144	0.9940	1.0681	1.1865	0.9348	1.2509	0.9660	1.0623	0.8809	0.8111	1.2018
PC 43:0; [M+H]+; GPCho(20:0/23:0)	0.2363	0.6203	1.5076	2.4145	0.4606	2.0705	0.2649	1.1013	0.2535	1.7725	0.3208	0.9773
PC 43:0; [M+H]+; GPCho(24:0/19:0)	1.4399	0.7089	1.1676	0.9540	1.2169	0.7071	1.4034	0.6511	1.0755	0.6817	0.9233	1.0705
PC 43:1; [M+H]+; GPCho(17:0/26:1(5Z))	0.5121	1.3051	1.2683	2.5812	0.5091	0.9959	0.5624	0.7456	0.6253	1.0494	0.7390	1.1066
PC 43:1; [M+H]+; GPCho(18:1(11E)/25:0)	0.7410	0.2890	1.7614	1.3961	1.0893	1.1316	0.6691	0.8985	0.9468	0.5118	0.9348	1.6308
PC 43:1; [M+H]+; GPCho(20:1(11E)/23:0)	0.9816	0.7565	0.8651	0.7397	1.1049	1.0645	1.3136	1.0679	1.1327	0.9353	1.0935	0.9446
PC 43:1; [M+H]+; GPCho(21:0/22:1(13Z))	1.1458	0.5409	1.0330	1.0204	1.2201	0.7255	1.4655	1.1660	1.1060	0.4978	1.2588	0.8202
PC 43:2; [M+H]+; GPCho(17:0/26:2(5E,9Z))	0.2357	1.8643	0.8485	1.5036	0.6392	2.0403	0.3012	1.6369	0.3881	1.2115	0.6684	0.6623
PC 43:2; [M+H]+; GPCho(17:1(9Z)/26:1(5Z))	0.8352	0.6643	1.5866	1.5504	0.9000	0.8588	0.3151	0.7088	1.1151	0.6689	1.1538	1.6430
PC 43:2; [M+H]+; GPCho(18:2(2E,4E)/25:0)	1.3359	0.5863	0.8760	1.0419	1.4072	1.2585	1.0066	0.8518	1.2214	0.5227	1.2095	0.6823
PC 43:2; [M+H]+; GPCho(21:0/22:2(13Z,16Z))	0.2230	2.1497	0.6917	1.7176	0.6712	1.3722	0.3777	1.5937	0.3926	1.3927	0.5740	0.8440
PC 43:3; [M+H]+; GPCho(17:1(9Z)/26:2(5E,9Z))	0.9040	0.4825	1.4390	0.8373	1.4776	0.7815	1.7633	1.4211	0.9319	0.5038	0.8575	0.6003
PC 43:5; [M+H]+; GPCho(21:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.4317	0.6285	0.8258	1.1324	1.1095	0.7879	0.6728	0.8586	1.2524	0.6936	1.4502	1.1567
PC 43:6; [M+H]+; GPCho(21:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.2628	0.5795	1.3310	1.1963	0.9588	0.7324	0.9810	0.5505	1.2286	0.5746	1.4689	1.1356
PC 44:2; [M+H]+; GPCho(20:2(11Z,14Z)/24:0)	0.7394	0.9375	1.0989	0.8816	1.0600	1.3122	0.4962	1.1031	0.9184	1.3696	1.1187	0.9644
PC 44:2; [M+Na]+; GPCho(20:1(11E)/24:1(15Z))	1.1094	0.9437	0.7735	0.8036	1.2662	1.0399	1.2235	1.0400	0.7802	0.7659	1.4966	0.7575
PC 44:4; [M+H]+; GPCho(22:2(13Z,16Z)/22:2(13Z,16Z))	0.3517	2.5500	0.4844	1.5390	0.4619	1.5513	0.1514	0.6291	0.4032	2.4152	0.4851	0.9776
PC 44:5; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/26:2(5E,9Z))	0.6091	3.1599	0.8332	0.7996	0.6344	1.0874	0.7317	0.6372	0.4097	1.6265	0.7748	0.6965
PC 44:5; [M+H]+; GPCho(18:3(6Z,9Z,12Z)/26:2(5Z,9E))	0.6924	0.3353	1.0509	1.0354	3.0339	0.8620	0.9870	0.9142	1.2483	0.4389	0.8367	0.5648
PC 44:5; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/26:1(5Z))	0.7363	1.6338	0.7482	1.0898	1.0105	1.1344	0.9457	1.1182	0.7870	0.9646	0.9949	0.8365
PC 44:5; [M+H]+; GPCho(20:1(11E)/24:4(5Z,8Z,11Z,14Z))	0.8739	0.5055	1.1362	0.9206	1.8118	0.6936	1.3345	0.8637	1.4992	0.4816	1.1290	0.7505
PC 44:5; [M+H]+; GPCho(22:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.0991	0.9973	0.8662	0.8813	1.1051	1.0034	1.0953	0.7666	1.2180	1.0531	0.8474	1.0674
PC 44:5; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/22:1(13Z))	0.8230	1.0734	2.3425	0.8715	1.3610	0.5358	1.1577	0.7322	1.0206	0.5501	0.9561	0.5759
PC 44:6; [M+H]+; GPCho(18:4(6Z,9Z,12Z,15Z)/26:2(5E,9Z))	0.3431	1.0914	0.8133	2.2349	0.4960	1.8955	0.3562	0.8000	0.3746	2.3192	0.3419	0.9338
PC 44:8; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/22:4(7Z,10Z,13Z,16Z))	1.0979	0.5278	1.1071	0.6846	1.0772	0.8069	1.1817	1.0769	1.2500	0.6220	1.4505	1.1176
PC 44:9; [M+H]+; GPCho(20:5(5Z,8Z,11Z,14Z,17Z)/24:4(5Z,8Z,11Z,14Z))	0.8810	0.9494	0.8837	1.0858	1.0377	0.9820	1.1275	0.9017	0.7466	0.8859	1.3607	1.1579
PC 44:9; [M+H]+; GPCho(22:4(7Z,10Z,13Z,16Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.7058	1.5959	1.1313	1.1789	0.8762	1.6204	0.7518	1.7274	0.5209	0.7745	0.4838	0.6331
PC 44:9; [M+H]+; GPCho(24:4(5Z,8Z,11Z,14Z)/20:5(5Z,8Z,11Z,14Z,17Z))	0.8398	0.3710	1.9985	1.3791	1.0371	0.7556	0.3981	0.8036	1.1645	0.4696	1.2056	1.5775
PC 45:0; [M+H]+; GPCho(20:0/25:0)	0.7235	1.5306	0.4943	1.2555	1.2081	0.9815	1.0282	0.7269	1.2310	0.9774	1.0004	0.8428
PC 45:1; [M+H]+; GPCho(20:1(11E)/25:0)	0.2602	0.8355	0.6420	3.2178	0.2251	1.5938	0.3399	0.6819	0.3347	2.0218	0.5838	1.2636
PC 46:3; [M+H]+; GPCho(20:1(11E)/26:2(5E,9Z))	0.6951	1.1604	1.2691	0.7914	1.1283	1.1785	0.8433	1.4017	0.7544	0.8985	0.9397	0.9397
PC 46:5; [M+H]+; GPCho(22:1(13Z)/24:4(5Z,8Z,11Z,14Z))	0.3269	1.2993	0.5911	2.1613	0.5354	1.9254	0.0943	0.7725	0.3536	2.3296	0.2998	1.3108
PC 46:5; [M+Na]+; GPCho(20:3(5Z,8Z,11Z)/26:2(5E,9Z))	0.1990	0.1670	1.9298	2.7065	0.8074	1.4801	0.1277	1.6466	0.4710	0.6953	0.5082	1.2614
PC 46:6; [M+H]+; GPCho(22:2(13Z,16Z)/24:4(5Z,8Z,11Z,14Z))	0.7664	1.3108	0.6468	1.2991	0.6385	1.2280	1.2149	1.3301	0.8334	1.2772	0.8353	0.6196
PC 46:6; [M+H]+; GPCho(22:6(4Z,7Z,10Z,13Z,16Z,19Z)/24:0)	0.2917	1.6851	0.3365	2.2155	0.5218	1.8166	0.1468	0.4791	0.3186	2.6487	0.3752	1.1644
PC 47:2; [M+H]+; GPCho(21:0/26:2(5E,9Z))	0.2769	0.6140	2.1146	2.5661	0.6849	1.8199	0.2518	1.3694	0.3984	0.5366	0.4655	0.9019
PC 47:4; [M+H]+; GPCho(23:0/24:4(5Z,8Z,11Z,14Z))	0.6707	0.6592	1.5130	1.0159	0.9894	1.2606	0.8092	1.1485	1.2021	0.7894	1.2244	0.7122
PC 48:4; [M+Na]+; GPCho(24:0/24:4(5Z,8Z,11Z,14Z))	1.1302	0.6190	1.2261	0.8674	0.7090	0.6055	0.9453	1.4719	1.2390	0.9431	0.8507	1.3929
PC 48:6; [M+Na]+; GPCho(22:4(7Z,10Z,13Z,16Z)/26:2(5E,9Z))	0.1883	0.3386	1.0383	3.6135	0.6347	1.9971	0.0892	0.8750	0.3189	0.9184	0.3443	1.6438
PC 50:4; [M+H]+; GPCho(24:4(5Z,8Z,11Z,14Z)/26:0)	0.3234	0.1963	0.7278	2.9319	0.8267	1.6414	0.3929	1.6588	0.5819	0.6966	0.5335	1.4887
PE 15:0; [M+H]+; GPEtn(12:0/3:0)	0.7389	0.3984	1.5329	1.3323	0.9883	0.9186	1.3778	0.7211	1.0228	0.4670	1.6475	0.8544
PE 15:0; [M+H]+; GPEtn(2:0/13:0)	0.7482	0.3963	1.5573	1.3297	0.9846	0.9178	1.3702	0.7166	1.0168	0.4672	1.6426	0.8526
PE 15:0; [M+H]+; GPEtn(3:0/12:0)	0.7550	0.3982	1.5439	1.3422	0.9796	0.9493	1.3635	0.7081	0.9840	0.4706	1.6286	0.8771
PE 15:0; [M+H]+; GPEtn(6:0/9:0)	0.7976	0.2970	1.6528	1.1499	1.0367	0.8663	1.4879	0.7594	1.0449	0.3731	1.7713	0.7631
PE 15:0; [M+H]+; GPEtn(9:0/6:0)	0.7381	0.4004	1.5388	1.3330	0.9906	0.9133	1.3835	0.7254	1.0274	0.4662	1.6287	0.8546
PE 16:0; [M+H]+; GPEtn(13:0/3:0)	0.6825	1.7512	0.6768	0.6798	0.9162	1.2361	0.7898	1.3175	0.9299	0.8038	1.0307	1.1857
PE 16:0; [M+H]+; GPEtn(7:0/9:0)	0.8783	2.0898	0.5095	1.0214	0.7003	1.0903	0.6148	1.0240	0.9999	0.8968	0.7700	1.4049
PE 17:0; [M+H]+; GPEtn(3:0/14:0)	0.7099	0.3219	1.6125	1.3313	1.0257	1.0366	1.2261	0.8045	1.0576	0.4812	1.5175	0.8752
PE 17:0; [M+H]+; GPEtn(4:0/13:0)	0.6676	1.1279	1.5637	1.0843	0.8653	0.8569	1.2496	0.7606	0.9474	0.6200	1.4456	0.8112
PE 17:0; [M+H]+; GPEtn(5:0/12:0)	1.1384	0.4855	1.9554	1.0559	1.2547	0.8820	1.4121	0.6926	0.9536	0.3103	1.1579	0.7016
PE 17:0; [M+H]+; GPEtn(7:0/10:0)	1.0503	1.5309	0.8046	1.4346	0.9669	0.9933	0.6173	1.5032	0.5291	1.2963	0.4125	0.8611
PE 17:0; [M+H]+; GPEtn(9:0/8:0)	1.1301	1.6753	0.8823	1.5159	1.1966	1.2789	0.7323	1.2993	0.4098	0.8359	0.3564	0.6873
PE 18:0; [M+H]+; GPEtn(12:0/6:0)	0.9300	0.2313	1.7528	0.9632	1.4238	0.5509	1.8001	0.9997	1.0069	0.3673	1.1760	0.7980
PE 18:0; [M+H]+; GPEtn(13:0/5:0)	0.8896	0.2561	1.7147	1.0884	1.3894	0.6311	1.7190	0.9686	0.9303	0.3815	1.1877	0.8435
PE 18:0; [M+H]+; GPEtn(16:0/2:0)	0.8861	0.4582	1.3588	1.4322	1.0983	0.8972	1.2689	0.9348	0.8801	0.6134	1.1113	1.0608
PE 18:0; [M+H]+; GPEtn(3:0/15:0)	0.8864	0.2602	1.7162	1.0989	1.3794	0.6384	1.7098	0.9632	0.9213	0.3844	1.1946	0.8471
PE 18:0; [M+H]+; GPEtn(4:0/14:0)	0.8861	0.4666	1.3514	1.4413	1.0896	0.9032	1.2559	0.9318	0.8771	0.6217	1.1094	1.0657
PE 18:0; [M+H]+; GPEtn(5:0/13:0)	0.9359	0.2363	1.7565	1.0112	1.4321	0.5910	1.7325	0.9725	0.9702	0.3722	1.1962	0.7934
PE 18:0; [M+H]+; GPEtn(6:0/12:0)	0.8896	0.2561	1.7147	1.0884	1.3894	0.6311	1.7190	0.9686	0.9303	0.3815	1.1877	0.8435
PE 18:0; [M+H]+; GPEtn(7:0/11:0)	0.8973	0.5283	1.2876	1.4766	1.0433	0.9447	1.1649	0.9259	0.8620	0.6776	1.0816	1.1102
PE 18:0; [M+H]+; GPEtn(8:0/10:0)	0.8949	0.8736	1.0085	1.6022	0.8458	1.0396	0.8659	0.8639	0.8222	0.9896	0.9705	1.2232
PE 18:0; [M+H]+; GPEtn(9:0/9:0)	0.9385	0.2335	1.7467	0.9521	1.4808	0.5506	1.7661	1.0142	1.0005	0.3580	1.1986	0.7605
PE 19:0; [M+H]+; GPEtn(2:0/17:0)	1.1238	1.3429	1.5394	0.6921	0.9347	1.0347	0.6360	0.9826	0.8323	1.0279	1.1945	0.6592
PE 19:0; [M+H]+; GPEtn(3:0/16:0)	0.9380	0.3157	1.9639	1.2528	1.2239	0.7622	1.4820	1.0341	0.8207	0.2887	1.1002	0.8178
PE 19:0; [M+H]+; GPEtn(4:0/15:0)	1.1118	1.4295	1.6706	0.5463	1.0345	1.0002	0.8415	0.9686	0.9348	0.8049	1.0030	0.6542
PE 19:0; [M+H]+; GPEtn(5:0/14:0)	1.0030	1.3565	1.3473	0.9045	1.0821	0.9318	0.6536	0.9512	1.0243	0.9874	1.0122	0.7461
PE 19:0; [M+H]+; GPEtn(6:0/13:0)	0.8278	0.8177	1.8676	1.1118	1.2090	0.7927	1.4505	0.9919	0.7741	0.3925	1.0141	0.7504
PE 19:0; [M+H]+; GPEtn(7:0/12:0)	0.7468	1.2963	1.6290	1.0474	0.9784	0.7231	1.3330	0.9297	0.7699	0.8030	0.9651	0.7781
PE 19:0; [M+H]+; GPEtn(9:0/10:0)	0.7185	1.2794	1.5476	0.9895	0.9351	0.6904	1.2816	0.8852	0.7576	0.8083	0.9187	1.1881
PE 21:0; [M+H]+; GPEtn(10:0/11:0)	1.2009	0.7591	1.5357	1.3252	0.9228	0.7595	1.0831	0.9459	0.9315	0.7513	0.8216	0.9634
PE 21:0; [M+H]+; GPEtn(3:0/18:0)	1.2287	0.4027	2.0313	1.0480	1.1616	0.6249	1.3648	1.0135	0.9697	0.4576	0.8599	0.8373
PE 21:0; [M+H]+; GPEtn(9:0/12:0)	1.2223	0.4040	2.0147	1.0508	1.2330	0.6249	1.3312	0.9972	0.9639	0.4530	0.8563	0.8489
PE 22:0; [M+H]+; GPEtn(4:0/18:0)	0.6770	2.0798	0.6019	1.4086	0.7399	0.8266	0.4909	0.6656	0.9389	1.7565	0.7783	1.0360
PE 23:0; [M+H]+; GPEtn(19:0/4:0)	0.7624	0.2545	2.1490	0.8975	1.5120	0.6942	1.2670	0.8018	0.8967	0.1988	1.9812	0.5849
PE 24:0; [M+H]+; GPEtn(2:0/22:0)	0.5659	0.4174	2.1958	0.9775	1.9511	0.5458	1.4921	0.8565	0.9252	0.3220	1.3077	0.4429
PE 24:0; [M+H]+; GPEtn(4:0/20:0)	0.6314	0.5018	1.6471	1.1602	1.2236	1.1492	0.8543	0.6934	1.5580	0.5750	1.4127	0.5932
PE 24:0; [M+H]+; GPEtn(5:0/19:0)	0.6886	0.3910	1.6820	1.2785	1.2256	1.0253	0.8410	0.8545	1.3922	0.4496	1.4591	0.7127
PE 24:0; [M+H]+; GPEtn(6:0/18:0)	0.6785	1.7104	0.8174	1.4430	0.6737	1.2261	0.5625	0.7118	0.9111	1.0068	1.0186	1.2401
PE 24:0; [M+H]+; GPEtn(7:0/17:0)	0.6513	0.1904	2.3159	1.2692	1.1471	0.6643	1.6691	1.1797	0.9790	0.2421	0.9820	0.7100
PE 24:0; [M+H]+; GPEtn(8:0/16:0)	0.8221	0.6245	1.8045	1.0640	1.2719	1.0372	0.8568	0.7748	1.2018	0.6191	1.2317	0.6915
PE 24:1; [M+H]+; GPEtn(2:0/22:1(13Z))	0.6574	2.1458	0.7920	0.5440	1.0712	0.8240	1.0782	1.2052	1.0120	0.4152	1.0080	1.2469
PE 24:1; [M+H]+; GPEtn(4:0/20:1(11E))	0.3383	3.4284	1.2645	0.4500	0.7761	0.6036	0.3697	0.4975	0.8755	2.2488	0.5503	0.5973
PE 24:1; [M+H]+; GPEtn(6:0/18:1(11E))	1.2377	0.9011	2.7701	0.7091	1.0548	0.4972	1.0421	0.7157	0.9585	0.3508	0.9854	0.7776
PE 24:6; [M+H]+; GPEtn(2:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.9433	0.2879	1.8064	1.0085	1.4116	0.9550	1.2826	1.0222	1.0173	0.3430	1.0305	0.8917
PE 26:0; [M+H]+; GPEtn(8:0/18:0)	1.2736	1.7756	0.5271	0.7857	1.3491	0.8825	1.0407	1.2293	0.7674	0.3877	0.6137	1.3676
PE 26:1; [M+H]+; GPEtn(6:0/20:1(11E))	0.4271	2.4678	0.7054	0.6674	0.8123	0.7345	0.9238	1.4014	0.8754	0.4947	1.1142	1.3760
PE 26:2; [M+H]+; GPEtn(4:0/22:2(13Z,16Z))	0.5276	3.1027	0.5937	0.5090	1.1277	1.0956	0.6906	0.9615	0.9692	0.5417	1.0193	0.8614
PE 26:2; [M+H]+; GPEtn(6:0/20:2(11Z,14Z))	0.8631	1.0696	1.6091	0.4841	1.0885	0.5393	1.8678	1.3220	1.0333	0.4786	1.1582	0.4863
PE 26:2; [M+H]+; GPEtn(8:0/18:2(2E,4E))	0.4201	3.1396	0.4388	0.4070	0.9289	1.1298	0.6460	1.1993	1.0723	0.7633	0.8993	0.9557
PE 26:2; [M+H]+; GPEtn(9:0/17:2(9Z,12Z))	0.7332	3.9502	0.4448	0.3706	0.4144	0.3420	0.8078	1.2983	0.8968	0.7198	0.5485	1.4735
PE 26:4; [M+H]+; GPEtn(4:0/22:4(7Z,10Z,13Z,16Z))	0.8689	1.5866	0.8645	0.9785	0.7311	0.9641	0.7606	0.7039	0.7035	1.3735	1.6013	0.8635
PE 27:1; [M+H]+; GPEtn(10:0/17:1(9Z))	0.5303	5.5406	0.3274	0.5838	0.2834	0.5640	0.4195	0.7936	0.9547	0.5185	0.3352	1.1489
PE 27:1; [M+H]+; GPEtn(7:0/20:1(11E))	1.1494	0.8184	1.5601	1.0773	1.1204	0.9693	0.9104	0.8141	0.9256	0.5378	1.3725	0.7447
PE 27:1; [M+H]+; GPEtn(9:0/18:1(11E))	0.7566	0.9060	1.4316	1.2204	0.8390	1.3392	0.8412	0.9631	1.0331	0.5904	0.9605	1.1189
PE 27:2; [M+H]+; GPEtn(5:0/22:2(13Z,16Z))	0.3367	3.6839	0.6184	0.4302	0.9001	1.0522	0.7751	1.0012	0.6401	0.3679	1.3569	0.8373
PE 28:0; [M+H]+; GPEtn(10:0/18:0)	0.7164	0.4061	1.6582	0.5205	1.1577	0.7215	1.7038	1.1051	1.3320	0.4776	1.2854	0.9156
PE 28:1; [M+H]+; GPEtn(10:0/18:1(11E))	0.5392	3.7592	0.6750	0.6688	0.6975	0.7045	0.9621	0.4523	0.9916	0.9350	0.8170	0.7976
PE 28:1; [M+H]+; GPEtn(4:0/24:1(15Z))	0.5392	3.7592	0.6750	0.6688	0.6975	0.7045	0.9621	0.4523	0.9916	0.9350	0.8170	0.7976
PE 28:1; [M+H]+; GPEtn(6:0/22:1(13Z))	0.3278	1.3993	2.1710	1.7824	0.5973	0.7898	0.3951	1.0206	0.8199	1.3248	1.0113	0.3606
PE 28:1; [M+H]+; GPEtn(8:0/20:1(11E))	0.4393	4.4956	0.8010	0.5324	0.6544	0.4599	1.0170	0.5678	0.6214	0.8076	1.0582	0.5456
PE 28:2; [M+H]+; GPEtn(2:0/26:2(5E,9Z))	0.4957	2.6352	0.8839	0.7590	1.0233	0.8427	0.9452	0.9241	0.8914	1.2111	0.6773	0.7110
PE 29:2; [M+H]+; GPEtn(12:0/17:2(9Z,12Z))	0.6740	2.9622	0.5825	0.7276	0.6430	0.9478	0.4569	1.4117	1.1534	0.6888	1.0479	0.7043
PE 29:2; [M+H]+; GPEtn(7:0/22:2(13Z,16Z))	0.7668	1.6314	1.8425	0.4442	0.9934	0.6006	1.2453	1.1830	0.9721	0.3407	1.2328	0.7473
PE 29:3; [M+H]+; GPEtn(9:0/20:3(5Z,8Z,11Z))	0.7360	1.6610	0.8354	1.1124	0.8089	1.1291	0.8119	0.8347	1.3977	0.5949	1.0942	0.9841
PE 30:1; [M+H]+; GPEtn(14:0/16:1(7Z))	0.5622	2.1902	0.6324	0.9066	0.9187	0.8961	0.5086	0.7711	1.2034	1.1680	1.2631	0.9795
PE 30:3; [M+H]+; GPEtn(10:0/20:3(5Z,8Z,11Z))	0.5482	1.0008	2.0008	0.7783	1.1872	0.6147	1.3379	0.9158	1.2463	0.5019	1.2629	0.6053
PE 31:0; [M+H]+; GPEtn(5:0/26:0)	0.1089	7.1675	0.3224	0.1832	0.2113	2.3811	0.3227	0.2609	0.2008	0.2634	0.3462	0.2317
PE 31:0; [M+H]+; GPEtn(6:0/25:0)	0.7652	0.6573	0.9363	1.4508	1.0761	1.0145	0.7008	1.0482	1.1452	0.6728	1.1397	1.3930
PE 31:0; [M+H]+; GPEtn(9:0/22:0)	1.1472	1.4216	0.9651	1.2225	1.0505	1.0524	1.0207	0.8658	0.8016	0.9861	0.7543	0.7121
PE 32:0; [M+H]+; GPEtn(16:0/16:0)	0.9032	1.5309	1.3425	0.7092	1.0256	0.7977	0.9537	0.8288	0.9233	1.4939	0.7774	0.7138
PE 32:0; [M+H]+; GPEtn(9:0/23:0)	1.7263	0.6393	1.5541	0.6385	0.6932	0.8973	1.0543	1.2767	1.1427	0.4359	1.1838	0.7579
PE 32:1; [M+H]+; GPEtn(16:0/16:1(7Z))	0.8346	1.1847	1.1542	1.0069	1.0719	0.7932	1.2541	0.9364	1.2107	0.9512	0.9557	0.6462
PE 32:3; [M+H]+; GPEtn(14:0/18:3(6Z,9Z,12Z))	0.8487	1.5842	1.9610	0.6751	0.7005	1.0491	0.7173	0.4202	1.0658	0.2714	1.5014	1.2053
PE 32:3; [M+H]+; GPEtn(15:1(9Z)/17:2(9Z,12Z))	0.6836	2.4030	1.0565	0.6632	1.1601	0.8411	0.5180	0.6871	0.8718	0.3919	1.8960	0.8278
PE 33:0; [M+H]+; GPEtn(10:0/23:0)	0.9909	0.8014	1.3995	0.8788	1.0490	1.3125	1.2814	0.8963	1.0240	0.7083	0.8947	0.7631
PE 33:0; [M+H]+; GPEtn(11:0/22:0)	0.8952	2.0858	0.7662	1.0883	0.6909	1.4298	0.8053	0.7018	0.7665	1.3070	0.6444	0.8188
PE 33:0; [M+H]+; GPEtn(13:0/20:0)	0.8302	3.0593	0.5323	1.0263	0.6150	1.2718	0.6041	0.5069	0.6882	1.6114	0.4932	0.7613
PE 33:0; [M+H]+; GPEtn(14:0/19:0)	1.0419	1.0221	1.2426	0.9328	0.9415	1.2595	1.1126	0.8007	0.9061	0.7902	1.0455	0.9046
PE 33:0; [M+H]+; GPEtn(17:0/16:0)	1.0176	1.1902	1.2294	0.8958	0.8905	1.1587	1.1480	0.8415	1.0289	0.8928	0.8935	0.8130
PE 33:0; [M+H]+; GPEtn(26:0/7:0)	0.8852	2.1623	0.7578	1.0902	0.6689	1.4351	0.7780	0.6790	0.7555	1.3322	0.6563	0.7994
PE 33:0; [M+H]+; GPEtn(8:0/25:0)	0.7425	0.3742	1.1136	0.4727	1.1406	3.0134	0.9490	1.0281	1.0273	0.3495	1.2415	0.5478
PE 33:0; [M+H]+; GPEtn(9:0/24:0)	0.9352	0.4235	1.4407	0.5217	0.8011	2.5096	1.2480	1.2477	0.9308	0.5394	0.8551	0.5471
PE 33:1; [M+H]+; GPEtn(15:0/18:1(11E))	1.0246	0.8798	1.2746	1.0006	1.0102	1.0522	1.3117	0.9544	0.9752	0.7871	0.9754	0.7543
PE 33:1; [M+H]+; GPEtn(15:0/18:1(11Z))	0.7932	0.5725	1.9534	0.6424	1.2748	0.9238	0.8971	1.0594	1.6814	0.5050	1.1814	0.5157
PE 33:1; [M+H]+; GPEtn(16:0/17:1(9Z))	0.7807	0.7537	1.8244	0.7084	1.2443	0.8989	1.0917	1.1785	1.1666	0.5676	1.2443	0.5410
PE 33:1; [M+H]+; GPEtn(7:0/26:1(5Z))	0.9910	1.3212	1.0066	1.1202	0.8573	1.1708	1.1036	0.8656	0.9406	0.9882	0.8386	0.7962
PE 33:2; [M+H]+; GPEtn(15:0/18:2(2E,4E))	0.9813	1.8101	0.8859	1.5606	0.6304	0.9028	0.5710	0.6870	0.7460	1.5791	0.4778	1.1679
PE 33:2; [M+H]+; GPEtn(15:1(9Z)/18:1(11E))	0.9064	0.9650	2.0827	0.8508	1.0385	0.7418	1.1821	0.9248	0.7519	0.7749	0.8397	0.9412
PE 33:2; [M+H]+; GPEtn(16:1(7Z)/17:1(9Z))	0.9495	1.4760	2.1819	0.7557	1.4380	0.5457	0.9393	0.9253	1.0013	0.4054	0.9116	0.4704
PE 33:3; [M+H]+; GPEtn(15:1(9Z)/18:2(2E,4E))	0.8503	0.8104	1.0286	1.0302	1.1979	1.1849	0.8197	1.2732	0.7456	1.0025	1.0800	0.9766
PE 34:0; [M+H]+; GPEtn(10:0/24:0)	0.8149	1.3686	1.2761	0.7204	1.0543	1.0289	1.2819	0.9110	0.9047	0.7940	1.0788	0.7665
PE 34:0; [M+H]+; GPEtn(8:0/26:0)	0.6708	1.0230	1.2376	0.9460	0.9900	1.1730	1.2384	0.9284	0.9279	0.9339	1.0084	0.9228
PE 34:0; [M+H]+; GPEtn(9:0/25:0)	0.9951	1.9972	1.4903	0.6889	0.9946	0.7975	1.4164	0.6325	0.7823	0.5541	1.0726	0.5784
PE 34:2; [M+H]+; GPEtn(12:0/22:2(13Z,16Z))	0.9236	1.8496	1.4613	0.8218	0.7078	0.5424	1.0911	1.0527	0.8382	0.7026	1.5346	0.4744
PE 34:2; [M+H]+; GPEtn(14:1(9Z)/20:1(11E))	0.7180	1.7508	0.6881	1.0375	0.7070	0.9878	0.8754	0.5768	1.4398	1.6820	1.1627	0.3741
PE 34:2; [M+H]+; GPEtn(16:0/18:2(2E,4E))	0.9665	0.7926	1.3654	0.9407	1.0640	0.7754	1.0493	0.8920	1.2679	0.8949	1.4164	0.5750
PE 34:2; [M+Na]+; GPEtn(17:1(9Z)/17:1(9Z))	0.6148	0.8047	1.7602	1.2211	1.2826	1.0252	0.7101	0.7656	0.9647	0.4846	1.2450	1.1215
PE 34:3; [M+H]+; GPEtn(16:0/18:3(6Z,9Z,12Z))	0.4540	0.5530	2.3140	1.1478	0.8305	0.7779	1.1681	0.6246	1.4560	0.6173	1.3603	0.6964
PE 34:3; [M+H]+; GPEtn(16:1(7Z)/18:2(2E,4E))	0.8576	1.9471	1.0203	1.1230	1.0888	1.0252	0.7503	0.7304	0.7248	0.8758	0.6574	1.1993
PE 34:4; [M+H]+; GPEtn(10:0/24:4(5Z,8Z,11Z,14Z))	0.6948	0.8313	1.4455	1.5520	1.1528	0.8007	0.9371	0.6857	1.1048	0.6181	1.2296	0.9476
PE 34:4; [M+H]+; GPEtn(14:0/20:4(5E,8E,11E,14E))	0.7670	1.0939	1.0146	1.0540	1.1831	0.9692	0.8045	0.7712	1.0830	1.1247	1.0764	1.0584
PE 34:4; [M+H]+; GPEtn(16:1(7Z)/18:3(6Z,9Z,12Z))	0.9018	0.7348	1.0863	1.0738	1.1999	0.9596	1.0858	0.8203	1.0273	0.9384	1.1739	0.9979
PE 34:4; [M+H]+; GPEtn(24:4(5Z,8Z,11Z,14Z)/10:0)	0.5350	0.4970	1.5091	1.2439	1.0472	1.4323	0.7933	0.9926	1.2221	0.5903	1.3575	0.7797
PE 35:0; [M+H]+; GPEtn(16:0/19:0)	1.1056	1.6394	1.2187	0.6797	1.1230	0.8755	1.3969	0.9552	1.0749	0.7612	0.6811	0.4887
PE 35:0; [M+H]+; GPEtn(9:0/26:0)	0.9876	0.8744	1.0792	1.1832	1.0659	1.2788	1.1726	0.7338	0.9462	0.9639	0.9302	0.7842
PE 35:1; [M+H]+; GPEtn(11:0/24:1(15Z))	0.8429	1.1814	0.8921	1.0198	0.8753	0.6021	1.1022	1.0206	0.9996	1.2625	0.8597	1.3417
PE 35:1; [M+H]+; GPEtn(16:1(7Z)/19:0)	1.1536	1.1972	1.2393	1.0457	0.8879	0.7973	1.1187	0.7985	1.0129	0.7311	1.3510	0.6669
PE 35:1; [M+H]+; GPEtn(17:0/18:1(11E))	0.8878	0.8514	1.6667	0.7700	1.0895	0.7897	1.4868	1.1900	1.0917	0.5486	1.1547	0.4732
PE 35:1; [M+H]+; GPEtn(17:1(9Z)/18:0)	0.8558	0.8693	1.4609	0.7790	1.3019	0.5238	1.2746	1.2773	1.0081	0.5948	1.0351	1.0194
PE 35:1; [M+H]+; GPEtn(9:0/26:1(5Z))	0.8593	2.0326	0.9306	0.9359	0.8521	1.1612	0.8997	0.8882	0.7389	1.3017	0.7249	0.6749
PE 35:2; [M+H]+; GPEtn(15:1(9Z)/20:1(11E))	0.5245	1.5130	1.3129	1.0314	0.8441	0.6846	0.9072	0.7274	1.2638	1.2646	1.2081	0.7184
PE 35:2; [M+H]+; GPEtn(17:0/18:2(2E,4E))	0.8186	1.9672	1.6977	0.8549	0.8554	0.4612	0.8016	0.8801	0.8677	0.7536	1.4362	0.6058
PE 35:2; [M+H]+; GPEtn(17:1(9Z)/18:1(11E))	1.0918	0.5154	1.6201	1.0156	1.0999	0.9945	1.0578	1.2767	0.8931	0.4864	1.1430	0.8056
PE 35:3; [M+H]+; GPEtn(17:0/18:3(6Z,9Z,12Z))	1.2503	1.5145	0.9277	1.2132	0.7389	0.8871	0.8287	0.9910	0.8649	1.0244	0.7822	0.9770
PE 35:3; [M+H]+; GPEtn(17:1(9Z)/18:2(2E,4E))	0.6431	1.1985	1.5423	0.7773	1.6599	0.7104	0.5344	1.3153	0.9367	0.6818	1.2532	0.7471
PE 35:3; [M+H]+; GPEtn(17:2(9Z,12Z)/18:1(11E))	0.9420	0.4137	1.2865	1.2139	1.3018	0.7392	0.9709	1.4169	1.0690	0.4616	1.2240	0.9605
PE 35:4; [M+H]+; GPEtn(15:0/20:4(5E,8E,11E,14E))	0.5300	0.8539	1.9093	1.1945	1.0176	1.0479	0.6734	1.1966	1.1114	0.6595	0.8945	0.9113
PE 36:0; [M+H]+; GPEtn(16:0/20:0)	0.9109	1.5064	0.9751	1.0390	1.0331	1.0145	0.9811	0.8520	0.7085	1.0380	0.8165	1.1249
PE 36:0; [M+H]+; GPEtn(18:0/18:0)	0.8582	0.3471	1.5277	1.1545	1.2298	0.9848	1.1418	1.1200	1.1444	0.6982	1.1845	0.6088
PE 36:1; [M+H]+; GPEtn(12:0/24:1(15Z))	0.9638	1.4819	0.7151	1.0025	0.8048	1.1424	0.8669	0.7083	0.7565	1.6222	0.8961	1.0395
PE 36:1; [M+H]+; GPEtn(16:0/20:1(11E))	0.6107	3.1886	1.1604	0.8881	0.5503	0.9106	0.4918	0.5626	0.8207	1.5794	0.5885	0.6482
PE 36:1; [M+H]+; GPEtn(18:0/18:1(11E))	1.0242	0.9404	0.8579	0.9673	0.9940	1.1198	1.0994	0.8384	1.1479	1.0291	0.9015	1.0800
PE 36:2; [M+H]+; GPEtn(10:0/26:2(5E,9Z))	0.8870	0.6718	1.3577	0.8681	1.0394	0.8317	1.1600	1.1655	1.1897	0.8090	1.2999	0.7203
PE 36:2; [M+H]+; GPEtn(14:1(9Z)/22:1(13Z))	0.7599	2.4794	1.1508	0.8130	0.6169	0.8695	0.7787	1.2828	0.9260	0.9748	0.7408	0.6076
PE 36:2; [M+H]+; GPEtn(16:1(7Z)/20:1(11E))	0.4455	1.0634	0.7212	1.8820	1.8573	0.7304	0.4032	0.9745	1.3426	0.9965	0.9699	0.6135
PE 36:2; [M+H]+; GPEtn(17:2(9Z,12Z)/19:0)	0.5529	1.7654	1.0092	1.7989	1.1142	0.9376	0.5106	0.6265	1.1293	0.7164	1.0018	0.8374
PE 36:2; [M+H]+; GPEtn(18:0/18:2(2E,4E))	0.6595	1.9505	1.2348	0.9754	0.5625	0.7300	0.5165	0.8762	1.1017	0.6836	1.6844	1.0248
PE 36:3; [M+H]+; GPEtn(14:1(9Z)/22:2(13Z,16Z))	0.8850	2.7367	0.4822	1.0094	0.6123	1.0167	0.5780	0.4258	0.8072	1.6958	0.7496	1.0014
PE 36:3; [M+H]+; GPEtn(16:0/20:3(5Z,8Z,11Z))	0.6902	1.4312	0.8877	1.3807	0.6549	0.9509	0.8405	0.3916	1.2278	1.3532	1.2116	0.9797
PE 36:3; [M+H]+; GPEtn(18:0/18:3(6Z,9Z,12Z))	0.7368	1.1239	0.9889	1.3299	1.2337	0.9744	0.5091	0.7055	1.3003	1.4319	0.9497	0.7160
PE 36:4; [M+H]+; GPEtn(18:1(11E)/18:3(6Z,9Z,12Z))	0.6733	1.0483	1.2499	1.2831	0.7242	0.6657	1.1662	0.5636	0.8252	1.4847	1.2919	1.0239
PE 36:4; [M+H]+; GPEtn(18:2(2E,4E)/18:2(2E,4E))	0.6585	0.7271	0.8194	1.1574	0.9492	1.1327	0.7982	0.7467	1.0712	1.4252	1.5731	0.9412
PE 36:5; [M+H]+; GPEtn(16:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.5018	1.4405	1.5523	1.0805	1.1347	0.9872	0.6578	0.9256	0.8850	0.8008	1.0053	1.0285
PE 36:6; [M+H]+; GPEtn(14:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8927	0.8064	0.9578	1.1970	1.0162	0.8355	0.6380	0.7543	1.2889	1.2006	1.2051	1.2075
PE 36:6; [M+H]+; GPEtn(14:1(9Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.9623	0.5545	1.2214	1.0810	1.1361	0.8241	0.7327	0.7931	1.2531	0.9082	1.4187	1.1147
PE 36:6; [M+H]+; GPEtn(16:1(7Z)/20:5(5Z,8Z,11Z,14Z,17Z))	0.9021	0.7310	0.9595	1.2101	1.0233	0.8417	0.6403	0.7591	1.2988	1.2138	1.2071	1.2133
PE 36:6; [M+H]+; GPEtn(18:2(2E,4E)/18:4(6Z,9Z,12Z,15Z))	0.9310	0.4697	1.9948	1.4257	1.5312	0.6930	0.6683	0.8999	0.9530	0.4443	1.3976	0.5915
PE 37:0; [M+H]+; GPEtn(12:0/25:0)	1.0421	0.3930	1.5392	0.9910	1.1444	0.7772	0.7065	1.0188	1.2595	0.7450	1.3007	1.0826
PE 37:0; [M+H]+; GPEtn(15:0/22:0)	0.7522	0.3729	1.5545	0.8920	1.2718	0.7980	0.7961	1.2109	1.2890	0.6441	1.4018	1.0168
PE 37:0; [M+H]+; GPEtn(16:0/21:0)	1.0435	0.4207	1.4464	1.0043	1.1797	0.7909	0.7090	1.0367	1.2575	0.7422	1.2942	1.0749
PE 37:0; [M+H]+; GPEtn(18:0/19:0)	1.0431	0.4190	1.4466	1.0046	1.1819	0.7901	0.7084	1.0337	1.2587	0.7426	1.2962	1.0749
PE 37:0; [M+H]+; GPEtn(19:0/18:0)	0.8617	0.3715	1.4493	0.8085	1.3255	0.8526	0.8515	1.1450	1.2566	0.6617	1.3520	1.0640
PE 37:1; [M+H]+; GPEtn(16:1(7Z)/21:0)	1.1611	0.5113	1.1019	1.1609	1.0913	0.8396	0.6621	0.6452	1.4099	0.8356	1.4517	1.1292
PE 37:2; [M+H]+; GPEtn(11:0/26:2(5E,9Z))	0.8731	2.5673	0.4326	1.0812	0.6219	1.0593	0.7344	0.6264	0.7623	1.6504	0.6233	0.9679
PE 37:2; [M+H]+; GPEtn(17:2(9Z,12Z)/20:0)	0.7074	0.7013	1.6511	1.1401	0.8794	0.7908	0.7412	1.3640	0.9320	0.8883	1.1729	1.0315
PE 37:2; [M+H]+; GPEtn(18:2(2E,4E)/19:0)	1.0776	0.5059	1.2092	0.9865	1.1394	0.8403	1.1941	1.0790	1.1755	0.7410	1.1301	0.9214
PE 37:3; [M+H]+; GPEtn(17:1(9Z)/20:2(11Z,14Z))	0.8489	0.6923	0.9760	1.1127	0.9747	0.8978	0.8220	1.0999	1.2401	1.0319	1.1798	1.1239
PE 37:3; [M+H]+; GPEtn(18:3(6Z,9Z,12Z)/19:0)	0.6450	4.0842	0.3433	0.9446	0.4116	0.9871	0.3615	0.4387	0.5570	2.0646	0.3794	0.7831
PE 37:4; [M+H]+; GPEtn(15:0/22:4(7Z,10Z,13Z,16Z))	0.7577	1.6176	1.4775	0.8844	0.8320	0.9216	1.1191	0.8696	0.7003	1.1578	0.8801	0.7822
PE 37:4; [M+H]+; GPEtn(17:0/20:4(5E,8E,11E,14E))	0.5411	1.5242	1.1598	0.9447	0.9082	0.8154	0.7551	0.7173	1.1512	1.5488	0.9422	0.9921
PE 38:0; [M+Na]+; GPEtn(12:0/26:0)	1.2989	0.6379	0.6023	1.2492	1.1362	0.9887	0.6741	1.1139	1.1078	0.9854	1.1036	1.1019
PE 38:1; [M+H]+; GPEtn(16:1(7Z)/22:0)	0.6643	0.8224	2.0875	0.9398	1.6344	0.6187	0.9672	0.9894	0.7026	0.6609	1.0203	0.8924
PE 38:1; [M+H]+; GPEtn(18:0/20:1(11E))	0.8443	0.7576	1.0283	0.8355	1.1844	0.8670	0.9090	1.4035	1.1274	0.9804	1.1671	0.8954
PE 38:2; [M+H]+; GPEtn(18:1(11E)/20:1(11E))	0.6820	0.9233	1.4386	0.7821	1.2775	0.8089	1.0979	1.3835	1.2435	0.4411	1.2702	0.6515
PE 38:2; [M+H]+; GPEtn(18:2(2E,4E)/20:0)	0.5960	2.1410	1.3586	0.7091	0.9977	0.5928	0.9490	1.0910	0.8190	0.8470	1.1472	0.7516
PE 38:3; [M+H]+; GPEtn(18:2(2E,4E)/20:1(11E))	0.8515	3.8553	0.3551	0.9521	0.4375	0.9051	0.3678	0.3893	0.6245	1.7289	0.5263	1.0067
PE 38:3; [M+H]+; GPEtn(18:3(6Z,9Z,12Z)/20:0)	1.0120	0.5967	1.3874	0.9880	0.9714	0.7024	1.5337	1.3970	1.1225	0.4912	1.1244	0.6733
PE 38:4; [M+H]+; GPEtn(16:0/22:4(7Z,10Z,13Z,16Z))	0.8121	1.4916	1.1488	0.7836	0.7592	1.1436	1.0882	0.9970	0.9022	0.8393	1.0613	0.9731
PE 38:4; [M+H]+; GPEtn(18:0/20:4(5E,8E,11E,14E))	0.8336	1.2327	0.7482	1.2912	0.6961	0.7199	0.7889	1.1181	0.9847	1.1259	1.3890	1.0715
PE 38:4; [M+H]+; GPEtn(18:1(11E)/20:3(5Z,8Z,11Z))	0.8005	1.1618	0.9594	1.2239	0.5441	0.7697	0.8149	1.0599	1.4729	1.1924	1.0108	0.9897
PE 38:4; [M+H]+; GPEtn(18:3(6Z,9Z,12Z)/20:1(11E))	0.6230	1.4565	1.0553	0.3249	1.0813	1.2963	0.8619	0.9648	1.2146	1.1967	0.8632	1.0615
PE 38:4; [M+H]+; GPEtn(18:4(6Z,9Z,12Z,15Z)/20:0)	0.5164	3.6998	0.4343	1.2861	0.5488	0.7715	0.3822	0.2763	0.4848	1.9179	0.4981	1.1837
PE 38:4; [M+H]+; GPEtn(22:4(7Z,10Z,13Z,16Z)/16:0)	0.8656	1.1607	1.0355	0.7100	1.5451	0.5617	0.7147	0.9034	1.3716	1.0499	0.9991	1.0828
PE 38:4; [M+Na]+; GPEtn(18:0/20:4(5E,8E,11E,14E))	0.5328	1.5852	0.9893	1.0834	1.0675	1.3280	0.6642	0.5239	0.8863	1.4032	1.0580	0.8781
PE 38:5; [M+H]+; GPEtn(16:1(7Z)/22:4(7Z,10Z,13Z,16Z))	0.9501	0.3688	1.6880	0.8822	1.3496	0.9562	1.3948	0.5713	1.0627	0.5742	1.3236	0.8784
PE 38:5; [M+H]+; GPEtn(18:1(11E)/20:4(5E,8E,11E,14E))	1.0128	0.4020	1.6538	0.9097	1.2958	0.9085	1.4749	0.5020	1.1135	0.6077	1.2807	0.8387
PE 38:5; [M+H]+; GPEtn(18:3(6Z,9Z,12Z)/20:2(11Z,14Z))	1.0162	0.4584	1.4881	1.0375	1.2202	0.9211	1.1236	0.5387	1.2093	0.7332	1.2291	1.0246
PE 38:6; [M+H]+; GPEtn(16:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.2228	2.1201	1.2439	1.1198	1.0931	2.6106	0.4193	0.8933	0.3745	0.6040	0.4226	0.8759
PE 38:6; [M+H]+; GPEtn(16:1(7Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.8425	3.7108	0.3136	0.9976	0.5131	0.8741	0.4101	0.4116	0.5823	1.9849	0.4985	0.8611
PE 38:6; [M+H]+; GPEtn(18:1(11E)/20:5(5Z,8Z,11Z,14Z,17Z))	0.8368	0.3084	1.8975	1.0022	1.3284	0.7868	1.2599	1.1128	0.9729	0.4848	1.3108	0.6988
PE 38:6; [M+H]+; GPEtn(18:2(2E,4E)/20:4(5E,8E,11E,14E))	0.9367	1.1409	0.7131	0.9586	1.7571	1.1850	1.0038	0.7153	0.6467	0.6905	0.8290	1.4233
PE 38:8; [M+H]+; GPEtn(18:4(6Z,9Z,12Z,15Z)/20:4(5E,8E,11E,14E))	0.9066	0.8017	0.7817	1.2401	0.9480	0.8650	0.4869	0.6444	1.4882	1.2556	1.2926	1.2893
PE 38:9; [M+H]+; GPEtn(18:4(6Z,9Z,12Z,15Z)/20:5(5Z,8Z,11Z,14Z,17Z))	1.3133	0.6840	1.2299	1.1173	0.9028	1.0634	0.8196	0.4630	0.8575	1.1856	1.2036	1.1599
PE 39:0; [M+H]+; GPEtn(15:0/24:0)	1.1681	0.5536	1.0413	0.9371	1.1523	0.7649	1.1018	1.1166	1.0339	0.9132	1.0404	1.1768
PE 39:0; [M+H]+; GPEtn(19:0/20:0)	0.8111	1.2370	1.0101	1.4119	0.8665	1.1839	0.6640	0.4205	0.8868	1.2117	0.9559	1.3406
PE 39:1; [M+H]+; GPEtn(18:1(11E)/21:0)	0.9087	0.6342	1.4809	0.8104	0.9770	0.7930	0.8371	1.3840	1.3006	0.7276	1.3481	0.7984
PE 39:4; [M+H]+; GPEtn(17:2(9Z,12Z)/22:2(13Z,16Z))	1.3230	0.5417	0.7971	0.9407	0.8810	0.9824	0.8314	1.2018	1.3021	1.0962	0.8216	1.2811
PE 39:4; [M+H]+; GPEtn(19:0/20:4(5E,8E,11E,14E))	0.7567	0.3549	2.0509	0.6126	1.3443	0.4842	0.9708	1.9332	1.2984	0.3375	1.0426	0.8139
PE 39:5; [M+H]+; GPEtn(17:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.7748	3.0958	0.4761	1.1877	0.4295	0.7942	0.4089	0.4351	0.7948	1.9818	0.5856	1.0358
PE 39:5; [M+H]+; GPEtn(19:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.9511	1.4975	0.9845	1.2703	1.0828	1.1411	0.5321	1.3485	0.6005	0.7210	0.7995	1.0712
PE 39:6; [M+H]+; GPEtn(17:2(9Z,12Z)/22:4(7Z,10Z,13Z,16Z))	0.7535	1.1806	1.8291	0.8612	0.9265	0.8003	1.6606	0.6044	0.9926	0.6053	1.1471	0.6388
PE 39:7; [M+H]+; GPEtn(17:1(9Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.5261	0.9187	1.9244	1.0893	0.8379	1.0378	0.5848	1.4725	0.9331	0.7559	1.0799	0.8395
PE 40:0; [M+H]+; GPEtn(14:0/26:0)	0.9852	1.5270	0.5535	1.3442	0.6862	1.2861	0.5047	0.6314	0.8535	1.4798	0.6577	1.4906
PE 40:0; [M+H]+; GPEtn(19:0/21:0)	1.0217	1.0449	1.1533	1.2859	1.2050	0.5804	0.7995	0.7479	1.5739	0.7414	1.0801	0.7660
PE 40:10; [M+H]+; GPEtn(18:4(6Z,9Z,12Z,15Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.4446	1.3056	0.6939	1.0795	0.6558	0.9531	0.5180	0.7111	1.0645	1.2201	1.0865	1.2673
PE 40:1; [M+H]+; GPEtn(18:1(11E)/22:0)	0.9555	0.4626	0.9988	1.0182	1.5389	0.7997	0.8700	1.2363	1.3307	0.5631	1.4284	0.7979
PE 40:2; [M+H]+; GPEtn(18:1(11E)/22:1(13Z))	0.9715	0.8531	1.3912	0.7944	0.9484	1.0925	0.7782	1.0278	1.1959	0.7317	1.2950	0.9202
PE 40:4; [M+H]+; GPEtn(16:0/24:4(5Z,8Z,11Z,14Z))	0.8315	0.8927	0.9940	0.8640	1.3300	0.8779	0.9829	1.0657	1.4069	0.8867	0.8805	0.9873
PE 40:4; [M+H]+; GPEtn(18:0/22:4(7Z,10Z,13Z,16Z))	0.9836	0.3881	1.4840	1.1198	1.1933	0.7137	1.0176	1.4346	1.1582	0.6442	0.9638	0.8993
PE 40:5; [M+H]+; GPEtn(16:1(7Z)/24:4(5Z,8Z,11Z,14Z))	0.7779	1.8807	0.8666	1.1473	0.7223	1.1235	0.6894	0.6932	0.8201	1.2996	1.0276	0.9518
PE 40:5; [M+H]+; GPEtn(20:0/20:5(5Z,8Z,11Z,14Z,17Z))	1.0242	0.7076	1.9203	1.0677	0.9675	0.7564	1.3614	0.9683	0.8319	0.6528	1.2455	0.4963
PE 40:5; [M+H]+; GPEtn(20:1(11E)/20:4(5E,8E,11E,14E))	0.9017	0.7283	1.2015	0.8169	1.3232	1.1630	0.6889	0.7068	1.2253	0.7028	1.3084	1.2332
PE 40:6; [M+H]+; GPEtn(18:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.1265	6.6937	0.2984	0.5603	0.1953	1.7883	0.1206	0.3450	0.1663	1.0869	0.1509	0.4679
PE 40:6; [M+H]+; GPEtn(18:1(11E)/22:5(4Z,7Z,10Z,13Z,16Z))	0.8942	0.4628	1.7455	1.0645	1.4110	0.8426	1.3785	0.6612	0.9412	0.6978	1.0770	0.8235
PE 40:6; [M+H]+; GPEtn(18:2(2E,4E)/22:4(7Z,10Z,13Z,16Z))	0.9037	1.0775	0.8166	0.8773	0.6056	1.5076	0.8864	1.3583	0.9426	1.2323	1.0881	0.7043
PE 40:6; [M+H]+; GPEtn(20:2(11Z,14Z)/20:4(5E,8E,11E,14E))	0.6567	0.4656	1.7197	1.0914	1.0858	1.0093	1.0241	1.0826	1.0306	0.6835	1.4295	0.7213
PE 40:7; [M+H]+; GPEtn(18:1(11E)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.6801	1.5699	1.6263	1.1362	0.5836	0.5171	1.1203	0.5468	1.4310	0.8519	0.7414	1.1956
PE 40:7; [M+H]+; GPEtn(18:2(2E,4E)/22:5(4Z,7Z,10Z,13Z,16Z))	0.8096	1.6201	1.5264	0.9668	1.2320	0.9165	0.8451	0.7426	0.8247	1.0477	0.5712	0.8973
PE 40:9; [M+H]+; GPEtn(18:4(6Z,9Z,12Z,15Z)/22:5(4Z,7Z,10Z,13Z,16Z))	1.3112	0.5455	1.0647	0.9682	0.9955	0.8238	0.7739	0.7756	1.4007	0.7065	1.5998	1.0348
PE 41:2; [M+H]+; GPEtn(19:0/22:2(13Z,16Z))	1.1094	1.7019	1.4115	0.8079	1.0378	0.6903	1.0245	0.7606	0.8695	1.2497	0.6466	0.6904
PE 41:6; [M+H]+; GPEtn(19:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.7985	2.3194	0.4269	1.0340	0.6973	1.1183	0.5979	0.6259	0.7829	1.7667	0.6491	1.1830
PE 42:1; [M+H]+; GPEtn(18:0/24:1(15Z))	1.1079	1.3283	1.3706	0.9494	0.8477	1.0463	1.2516	0.9053	0.8331	0.7858	0.7423	0.8316
PE 42:1; [M+H]+; GPEtn(18:1(11E)/24:0)	1.0412	0.7253	1.1215	0.9644	0.8133	1.2155	1.7336	1.2920	0.8052	0.6708	0.8108	0.8064
PE 42:2; [M+H]+; GPEtn(18:1(11E)/24:1(15Z))	1.0491	0.5437	1.0490	1.1372	1.0500	0.9795	0.7221	0.9297	1.4689	0.5871	1.3025	1.1813
PE 42:2; [M+H]+; GPEtn(18:2(2E,4E)/24:0)	1.0611	0.5391	1.0515	1.1662	1.0642	0.9805	0.7121	0.8591	1.4670	0.6577	1.2637	1.1778
PE 42:3; [M+H]+; GPEtn(18:2(2E,4E)/24:1(15Z))	1.2136	0.8827	1.0168	1.2069	1.0297	1.3981	0.8160	0.7513	0.8658	1.0212	1.0027	0.7952
PE 42:5; [M+H]+; GPEtn(20:4(5E,8E,11E,14E)/22:1(13Z))	1.0783	1.6165	0.9923	1.1372	0.7491	1.3026	0.6151	0.6838	0.8264	1.3404	0.7825	0.8757
PE 42:6; [M+H]+; GPEtn(20:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8413	0.7758	1.2861	1.1664	1.1672	0.8484	1.1347	1.3130	0.9840	0.8389	0.8839	0.7604
PE 42:6; [M+H]+; GPEtn(20:1(11Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.9039	0.5665	1.5003	1.2085	1.2049	0.9847	1.4957	1.0024	0.8270	0.6002	1.0718	0.6341
PE 42:7; [M+H]+; GPEtn(20:1(11E)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.0792	0.8675	1.0891	0.8778	1.2033	0.6771	1.0502	1.1737	1.1788	0.8889	0.9662	0.9481
PE 42:7; [M+H]+; GPEtn(20:2(11Z,14Z)/22:5(4Z,7Z,10Z,13Z,16Z))	0.6465	4.2372	0.5889	0.8911	0.5211	1.0088	0.4880	0.4919	0.6356	1.2221	0.6119	0.6571
PE 42:8; [M+H]+; GPEtn(20:2(11Z,14Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.7389	1.4327	0.8666	1.3044	0.7894	1.5081	1.0383	1.0246	0.7793	0.7353	0.9878	0.7947
PE 43:5; [M+H]+; GPEtn(21:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.9471	0.6341	1.4694	1.2099	0.9333	1.0191	0.5247	1.0710	1.2079	0.7765	1.1801	1.0269
PE 44:10; [M+H]+; GPEtn(22:4(7Z,10Z,13Z,16Z)/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.9987	1.1625	1.6623	0.6575	1.0773	1.0266	0.9578	0.9592	1.2363	0.6345	0.7962	0.8310
PE 44:1; [M+H]+; GPEtn(22:0/22:1(13Z))	1.0205	0.3941	1.4107	1.1261	1.4389	0.9342	1.0608	1.1887	1.2727	0.5395	1.0677	0.5461
PE 44:5; [M+H]+; GPEtn(20:4(5E,8E,11E,14E)/24:1(15Z))	1.2094	0.6922	0.9123	0.9156	1.3455	0.9454	1.0405	0.9454	1.0796	0.8280	1.1346	0.9515
PE 44:6; [M+H]+; GPEtn(22:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8582	1.2005	0.9629	1.1936	1.2523	0.9985	0.7566	1.1373	1.0406	0.8894	0.5844	1.1257
plasmenyl-PC 18:0; [M+Na]+; PC(P-16:0/2:0)	1.0080	1.3778	0.8845	1.3318	0.6351	1.3389	0.6541	0.7500	0.9449	1.0340	0.8788	1.1621
plasmenyl-PC 22:0; [M+Na]+; PC(P-18:0/4:0)	0.5318	1.5005	1.4648	0.6325	0.9546	0.8598	0.7746	0.8616	0.9631	1.3930	0.7486	1.3150
plasmenyl-PC 35:1; [M+Na]+; PC(P-18:0/17:1(9Z))	0.8013	1.0120	0.9095	1.6680	0.7856	1.2916	0.5180	0.7609	1.0782	1.3034	0.8981	0.9734
plasmenyl-PC 35:1; [M+Na]+; PC(P-20:0/15:1(9Z))	0.7696	2.3268	0.6606	1.3767	0.5646	1.2599	0.4264	0.5232	0.9293	1.3736	0.7610	1.0283
plasmenyl-PC 36:1; [M+Na]+; PC(P-16:0/20:1(11E))	0.8670	0.7656	1.3621	1.0406	1.0115	0.8096	1.1364	0.9159	1.0596	0.8093	1.2868	0.9356
plasmenyl-PC 36:1; [M+Na]+; PC(P-18:0/18:1(11E))	0.8511	0.7135	1.3791	1.0205	0.9930	0.9377	1.1449	0.9243	1.0859	0.7758	1.2663	0.9078
plasmenyl-PC 36:1; [M+Na]+; PC(P-20:0/16:1(7Z))	0.8361	0.5897	1.4462	0.9387	1.0026	0.8816	1.2718	1.0218	1.1029	0.7125	1.2860	0.9101
plasmenyl-PC 37:0; [M+Na]+; PC(P-16:0/21:0)	0.9501	0.2514	1.6711	0.8990	1.4399	0.6619	1.2868	1.2775	1.1477	0.4566	1.1587	0.7994
plasmenyl-PC 38:2; [M+Na]+; PC(P-18:0/20:2(11Z,14Z))	1.0543	1.0642	1.0209	1.4299	1.0574	1.1344	0.9237	0.7936	0.8985	0.9011	0.8774	0.8445
plasmenyl-PC 39:0; [M+Na]+; PC(P-18:0/21:0)	1.1344	0.4014	1.2012	0.9714	1.2357	0.8283	1.1825	1.0899	1.0456	0.5952	1.2600	1.0546
plasmenyl-PC 40:0; [M+Na]+; PC(P-20:0/20:0)	0.8350	0.9005	1.1900	0.9796	1.4719	0.9827	0.6689	1.1544	0.8692	0.7256	1.4486	0.7736
plasmenyl-PC 40:5; [M+Na]+; PC(P-18:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.8443	2.0144	0.8246	0.8763	0.8585	1.1912	0.7474	0.7688	0.6775	1.5448	1.1084	0.5438
plasmenyl-PC 41:0; [M+Na]+; PC(P-16:0/25:0)	0.9291	0.4266	1.1924	1.1272	1.1546	0.7993	0.9486	1.1150	1.3475	0.4302	1.8004	0.7292
plasmenyl-PC 42:5; [M+Na]+; PC(P-20:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.2786	0.1691	0.9766	1.3579	1.4973	0.9386	0.9752	1.0198	1.2562	0.4255	1.2181	0.8870
plasmenyl-PC 43:0; [M+Na]+; PC(P-18:0/25:0)	0.4190	2.6232	0.6091	1.2145	0.5485	1.6915	0.1466	0.7427	0.4071	1.9584	0.5211	1.1184
plasmenyl-PE 18:0; [M+Na]+; PE(P-16:0/2:0)	0.8929	1.2126	0.6919	1.1897	0.9789	0.7870	0.5529	1.0075	1.2272	1.0562	1.4166	0.9865
plasmenyl-PE 32:1; [M+H]+; PE(P-16:0/16:1(7Z))	0.4989	5.8417	0.4375	0.3781	0.8298	0.2298	0.7110	1.2083	0.4790	0.3660	0.3726	0.6474
plasmenyl-PE 34:0; [M+H]+; PE(P-18:0/16:0)	1.0259	1.1423	1.1042	1.0743	0.9176	1.1330	1.1657	0.8895	0.9512	0.9271	0.8840	0.7851
plasmenyl-PE 34:1; [M+H]+; PE(P-16:0/18:1(11E))	0.5618	2.2734	0.7424	1.3528	0.6365	1.1753	0.7630	0.6576	0.7229	1.6043	0.6279	0.8822
plasmenyl-PE 34:2; [M+H]+; PE(P-16:0/18:2(2E,4E))	0.9256	1.1865	1.6551	0.6110	1.1703	0.5219	1.4533	1.0981	1.1569	0.7259	0.8496	0.6457
plasmenyl-PE 36:0; [M+H]+; PE(P-20:0/16:0)	0.9376	1.3635	1.1933	0.9175	0.9706	1.0987	1.2232	0.9463	0.9668	0.7687	1.0445	0.5692
plasmenyl-PE 36:1; [M+H]+; PE(P-16:0/20:1(11E))	1.0523	0.4737	1.2658	0.9107	1.2788	0.7995	1.2263	1.0482	1.0653	0.6187	1.1195	1.1411
plasmenyl-PE 36:1; [M+H]+; PE(P-18:0/18:1(11E))	0.8860	3.1393	0.5018	1.1072	0.5254	1.0314	0.4669	0.4518	0.6822	1.5890	0.5042	1.1147
plasmenyl-PE 36:2; [M+H]+; PE(P-16:0/20:2(11Z,14Z))	0.6594	0.4728	2.2678	0.8975	1.6427	0.5096	0.9321	1.2529	1.5671	0.3551	0.9765	0.4666
plasmenyl-PE 36:2; [M+H]+; PE(P-18:0/18:2(2E,4E))	0.9765	0.4682	1.1640	1.2785	1.3048	0.7244	1.0490	1.3448	1.0678	0.5235	1.1661	0.9323
plasmenyl-PE 36:3; [M+H]+; PE(P-16:0/20:3(5Z,8Z,11Z))	0.9135	1.5672	0.9646	1.4911	0.6510	1.0299	0.4422	0.6104	0.8628	1.7243	0.7467	0.9964
plasmenyl-PE 36:5; [M+H]+; PE(P-16:0/20:5(5Z,8Z,11Z,14Z,17Z))	0.7346	0.9640	1.9275	0.7055	1.0914	1.0529	0.5288	0.9640	1.0794	0.5396	1.6471	0.7654
plasmenyl-PE 38:2; [M+H]+; PE(P-20:0/18:2(2E,4E))	0.9754	1.2341	1.4576	0.8558	1.2244	0.7609	0.8775	0.8742	0.7825	0.8930	1.1789	0.8857
plasmenyl-PE 38:3; [M+H]+; PE(P-18:0/20:3(5Z,8Z,11Z))	0.8839	1.9487	0.6525	1.3377	0.6829	1.1675	0.5140	0.5767	0.8618	1.4906	0.6987	1.1849
plasmenyl-PE 38:4; [M+H]+; PE(P-16:0/22:4(7Z,10Z,13Z,16Z))	0.8153	2.1859	0.5878	1.5944	0.7403	1.2304	0.4686	0.5219	0.9399	1.2995	0.6956	0.9204
plasmenyl-PE 38:4; [M+H]+; PE(P-18:0/20:4(5E,8E,11E,14E))	1.0099	0.8722	1.1715	0.9195	1.0140	1.0560	1.1045	0.9449	0.9879	0.8892	1.0434	0.9870
plasmenyl-PE 38:5; [M+H]+; PE(P-16:0/22:5(4Z,7Z,10Z,13Z,16Z))	0.7205	3.3214	0.5980	0.9380	0.5305	0.8580	0.5325	0.5130	0.8462	1.4270	0.7967	0.9183
plasmenyl-PE 38:6; [M+H]+; PE(P-16:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	0.8037	0.2818	1.6972	1.0986	1.2159	0.9862	1.1945	1.1767	1.1125	0.6405	1.2324	0.5600
plasmenyl-PE 40:4; [M+H]+; PE(P-18:0/22:4(7Z,10Z,13Z,16Z))	0.7808	2.9832	0.4907	1.1892	0.4472	0.8033	0.3291	0.5322	0.8263	1.9727	0.6118	1.0334
plasmenyl-PE 40:4; [M+H]+; PE(P-20:0/20:4(5E,8E,11E,14E))	0.9626	0.5630	1.3891	0.8896	1.3253	0.8518	1.1084	1.1995	1.1539	0.5589	1.3301	0.6678
plasmenyl-PE 40:5; [M+H]+; PE(P-18:0/22:5(4Z,7Z,10Z,13Z,16Z))	1.0219	0.6165	1.2412	0.9833	1.1632	1.0894	1.1268	0.9896	0.9955	0.8218	1.0367	0.9141
plasmenyl-PE 40:6; [M+H]+; PE(P-18:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.1268	0.5210	1.6074	0.8580	1.1812	0.8051	1.3665	1.2194	0.9860	0.5766	1.0368	0.7152
plasmenyl-PE 42:4; [M+H]+; PE(P-18:0/24:4(5Z,8Z,11Z,14Z))	0.8630	0.7546	1.0401	0.9708	1.2232	0.8572	1.1685	1.1471	1.1116	0.8354	1.0463	0.9821
plasmenyl-PE 42:4; [M+H]+; PE(P-20:0/22:4(7Z,10Z,13Z,16Z))	0.8727	2.4231	0.5937	1.0054	0.7219	1.0507	0.6927	0.6499	0.7185	1.5346	0.7018	1.0351
plasmenyl-PE 42:6; [M+H]+; PE(P-20:0/22:6(4Z,7Z,10Z,13Z,16Z,19Z))	1.2863	0.4880	1.4670	0.9537	0.9852	0.7135	1.3868	1.2137	1.1119	0.5675	1.0194	0.8070
PS 9:0; [M+Na]+; GPSer(2:0/7:0)	1.0783	2.1908	1.1467	0.6741	0.7905	1.0421	0.7251	0.7960	0.9104	0.8713	0.9520	0.8227
SM 20:0; [M]+; SM(d18:0/2:0)	0.8072	1.2943	0.8597	0.9065	1.0297	0.8360	1.1874	0.9695	1.1377	0.6542	1.2579	1.0599
SM 21:0; [M]+; SM(d19:0/2:0)	1.3025	0.7904	1.1246	0.9662	1.3033	0.7013	1.7439	1.0352	0.9606	0.6476	0.4448	0.9973
SM 26:0; [M]+; SM(d14:0/12:0)	0.9192	0.7143	1.8446	0.8377	0.9712	0.5654	1.6541	1.0378	0.8225	0.4768	1.3662	0.7903
SM 26:1; [M]+; SM(d14:1(4E)/12:0)	1.4797	0.6621	1.4267	0.8214	1.2366	0.7662	1.3367	0.9081	1.1371	0.4439	1.0617	0.7197
SM 32:0; [M]+; SM(d14:0/18:0)	0.6129	0.6605	1.8919	1.1003	1.3625	0.8791	0.6705	1.1602	1.3263	0.5370	1.0797	0.7190
SM 32:1; [M]+; SM(d14:0/18:1(9Z))	0.6247	0.2278	3.5213	1.0197	0.9449	0.8423	0.7883	1.2423	0.6958	0.1937	1.1731	0.7261
SM 32:1; [M]+; SM(d14:1(4E)/18:0)	0.5958	3.6852	0.5966	0.9421	0.5378	0.5140	1.0089	0.9707	0.6053	0.5044	1.0224	1.0168
SM 32:2; [M]+; SM(d14:1(4E)/18:1(9Z))	0.3779	1.1644	1.0954	1.3503	0.9010	0.9969	0.9932	0.9609	1.4480	0.7254	1.2995	0.6870
SM 33:0; [M]+; SM(d15:0/18:0)	0.6140	1.5189	0.8680	0.4689	1.2730	1.1124	0.7288	1.2911	1.3860	0.6118	1.0855	1.0415
SM 33:1; [M+Na]+; SM(d15:0/18:1(9Z))	0.6426	0.5864	2.2437	0.8169	1.7686	0.8442	0.5469	0.9193	1.4309	0.6131	1.0885	0.4988
SM 34:0; [M]+; SM(d14:0/20:0)	0.7487	0.8288	1.4778	0.8273	0.9973	0.8828	1.1020	0.8254	1.4642	0.6780	1.3372	0.8304
SM 34:2; [M+Na]+; SM(d16:1(4E)/18:1(9Z))	0.9112	0.4833	1.5747	1.1085	1.1406	1.0944	1.0228	1.1554	1.0817	0.7042	0.9591	0.7641
SM 34:2; [M]+; SM(d16:1(4E)/18:1(9Z))	0.5610	1.4511	1.3354	1.1584	0.9194	1.2176	0.9170	0.7587	1.0358	0.6260	1.1982	0.8214
SM 35:1; [M]+; SM(d15:1(4E)/20:0)	0.7124	1.8894	0.5580	0.8158	0.8810	1.0785	0.5807	1.4206	1.4220	0.6317	0.8675	1.1423
SM 37:0; [M]+; SM(d15:0/22:0)	1.0787	0.8713	0.9838	1.3344	1.0925	0.9708	0.8460	0.8621	1.1247	0.7733	1.3191	0.7434
SM 38:1; [M+Na]+; SM(d14:0/24:1(15Z))	0.8353	0.4772	1.1143	1.0516	1.2610	0.8484	0.9708	1.2411	1.1412	0.7493	1.4763	0.8335
SM 38:5; [M]+; SM(d14:1(4E)/24:4(5Z,8Z,11Z,14Z))	0.5582	0.7464	2.1927	0.9217	1.1117	1.0758	0.6626	0.6755	1.6892	0.3695	1.2852	0.7114
SM 39:0; [M]+; SM(d15:0/24:0)	1.0852	1.4443	1.0196	0.8593	0.8700	0.8568	1.6931	0.7933	0.8449	0.9382	0.8505	0.7448
SM 39:1; [M+Na]+; SM(d15:0/24:1(15Z))	0.9265	0.7313	1.2822	0.8619	1.0527	0.9431	1.2122	0.8646	1.0556	0.8326	1.2481	0.9891
SM 39:2; [M]+; SM(d15:1(4E)/24:1(15Z))	0.4078	1.2327	0.7894	0.8048	0.9053	1.3471	1.2513	1.1432	1.9403	0.5098	1.1045	0.5639
SM 39:5; [M]+; SM(d15:1(4E)/24:4(5Z,8Z,11Z,14Z))	0.7706	1.9109	1.1315	1.2217	1.4549	1.3212	0.5803	0.5823	0.5095	0.8888	0.9196	0.7086
SM 40:1; [M+Na]+; SM(d14:0/26:1(17Z))	1.0368	0.8798	0.8285	1.1774	1.0538	1.2666	0.9860	0.8327	0.8320	0.9111	1.0662	1.1292
SM 40:2; [M+Na]+; SM(d14:1(4E)/26:1(17Z))	1.0974	0.6631	1.0550	1.0833	1.1574	0.7035	1.0841	1.0766	1.0139	0.8022	1.0629	1.2006
SM 41:0; [M+Na]+; SM(d15:0/26:0)	0.9975	0.9884	1.2711	0.8002	1.3762	0.9251	1.4642	1.2419	0.8987	0.6278	0.9054	0.5035
SM 41:1; [M+Na]+; SM(d15:0/26:1(17Z))	1.0732	1.3540	1.1848	1.0134	0.9511	0.9422	0.8767	0.8796	0.8364	0.9082	1.3257	0.6547
SM 41:1; [M]+; SM(d15:0/26:1(17Z))	0.8717	0.6895	1.7385	0.9732	1.0126	0.7860	1.0436	1.0335	0.9412	0.9348	1.1002	0.8750
SM 41:2; [M+Na]+; SM(d15:1(4E)/26:1(17Z))	1.2981	0.7330	1.2810	1.3111	1.2056	0.9996	1.0024	0.9825	0.8225	0.6706	0.9832	0.7104
SM 41:4; [M]+; SM(d17:0/24:4(5Z,8Z,11Z,14Z))	1.0474	1.0073	1.1526	0.9860	0.9560	1.2274	0.9777	0.8235	1.0102	0.9660	1.0050	0.8409
SM 41:5; [M]+; SM(d17:1(4E)/24:4(5Z,8Z,11Z,14Z))	0.7144	3.3294	0.4992	1.0930	0.4535	1.1757	0.4982	0.4193	0.6101	1.7333	0.7374	0.7364
SM 42:0; [M+Na]+; SM(d16:0/26:0)	0.8032	0.4935	2.2027	1.3100	0.6112	0.7931	1.3018	1.3239	0.7832	0.7063	0.8963	0.7749
SM 42:0; [M]+; SM(d16:0/26:0)	1.2361	1.7111	0.8350	0.8151	0.9492	1.0051	0.7312	0.6478	1.1600	1.0057	0.7380	1.1659
SM 42:1; [M+Na]+; SM(d16:0/26:1(17Z))	0.9713	0.5300	0.9828	0.9742	1.2591	0.9119	1.2932	1.1564	1.1035	0.6450	1.3771	0.7953
SM 42:1; [M]+; SM(d16:0/26:1(17Z))	0.9811	1.6898	1.4051	0.8147	1.0932	0.6817	1.0537	0.8271	0.9009	1.2552	0.6492	0.6484
SM 42:2; [M+Na]+; SM(d16:1(4E)/26:1(17Z))	0.8836	0.4712	1.0691	1.2805	1.2004	1.0978	0.9252	1.3657	0.9486	0.7558	1.1778	0.8244
SM 42:4; [M]+; SM(d18:0/24:4(5Z,8Z,11Z,14Z))	1.0283	0.7008	0.9374	1.1387	1.1180	1.2206	1.0385	0.8922	0.8668	0.7848	1.1772	1.0967
SM 42:5; [M]+; SM(d18:1(4E)/24:4(5Z,8Z,11Z,14Z))	1.0239	0.3274	1.5648	0.8164	1.3694	0.5413	1.3610	1.3335	1.0934	0.4726	1.2988	0.7976
SM 43:0; [M+Na]+; SM(d17:0/26:0)	0.9621	0.5015	1.2134	0.9254	1.1468	0.8412	1.0821	1.1229	1.1903	0.6796	1.3370	0.9977
SM 43:1; [M+Na]+; SM(d17:0/26:1(17Z))	1.1204	1.4103	0.6666	1.0545	0.9822	1.1656	0.9435	1.1633	0.9935	0.9078	0.7777	0.8146
SM 43:2; [M+Na]+; SM(d17:1(4E)/26:1(17Z))	1.1843	0.5333	1.5106	1.1966	1.1102	0.8628	1.0656	0.9566	1.1792	0.6038	0.9857	0.8113
SM 43:2; [M]+; SM(d17:1(4E)/26:1(17Z))	1.2828	0.5232	0.9840	1.2446	1.1235	0.8385	0.8433	1.0996	1.2416	0.6655	1.1339	1.0196
SM 43:4; [M]+; SM(d19:0/24:4(5Z,8Z,11Z,14Z))	1.3640	0.9357	0.9897	1.0715	1.1447	1.1436	0.9580	0.8197	0.7551	1.1626	0.8957	0.7596
SM 43:5; [M]+; SM(d19:1(4E)/24:4(5Z,8Z,11Z,14Z))	1.0499	0.7883	1.2569	1.3558	1.1642	1.0657	0.9597	1.0254	0.8276	0.7163	1.0344	0.7557
SM 44:0; [M]+; SM(d18:0/26:0)	1.0429	0.6686	1.2896	1.2076	1.2341	0.7468	1.3558	0.8183	1.1551	0.8561	0.8408	0.7842
SM 44:1; [M+Na]+; SM(d18:0/26:1(17Z))	1.1687	0.7498	0.9682	1.0098	1.1142	1.0429	1.0883	0.9541	1.0777	0.7956	1.0325	0.9982
SM 44:1; [M]+; SM(d18:0/26:1(17Z))	1.2697	0.5059	1.1253	1.1079	1.2487	1.0046	0.9984	0.9715	1.0024	0.7133	1.4432	0.6093
SM 44:2; [M+Na]+; SM(d18:1(4E)/26:1(17Z))	0.8940	2.3707	0.7536	0.8152	0.9150	0.7509	0.9013	0.9614	0.7401	1.2098	0.8166	0.8714
SM 44:2; [M]+; SM(d18:1(4E)/26:1(17Z))	1.2950	0.9307	0.8007	0.7632	1.1220	0.9061	1.1373	1.0024	1.1840	0.9003	0.9938	0.9645
SM 45:1; [M]+; SM(d19:0/26:1(17Z))	1.0974	1.5413	1.1308	0.7550	1.0896	0.5710	0.7636	1.1927	0.7595	1.1004	0.9696	1.0292
TG 40:0; [M+NH4]+; TG(12:0/12:0/16:0)	1.0350	0.7985	1.3177	0.9639	1.4926	0.8798	0.9070	1.1190	0.9613	0.6324	0.7409	1.1517
TG 42:0; [M+NH4]+; TG(12:0/14:0/16:0)	0.6716	1.9755	0.6479	1.0361	1.4841	0.7343	0.7443	0.7156	0.6429	1.3051	0.8714	1.1712
TG 44:1; [M+Na]+; TG(12:0/16:1/16:0)	0.9332	0.5859	1.2848	0.9767	1.0714	0.7142	1.1848	1.2121	1.2440	0.7489	1.2101	0.8340
TG 44:1; [M+NH4]+; TG(12:0/16:1/16:0)	0.1987	4.3670	0.3565	0.4506	0.4697	4.0094	0.3532	0.2635	0.3040	0.4822	0.1800	0.5654
TG 44:1; [M+NH4]+; TG(14:0/16:1/14:0)	1.1433	1.0529	1.0597	1.5352	0.7463	1.2922	0.8020	0.6311	0.9657	1.0378	1.1131	0.6208
TG 44:2; [M+NH4]+; TG(12:0/14:1/18:1)	0.1503	4.3435	0.5889	0.8952	0.5439	2.6362	0.2241	0.4920	0.2824	0.8218	0.1992	0.8225
TG 44:2; [M+NH4]+; TG(12:0/16:1/16:1)	0.9804	0.4155	1.4442	0.9248	1.5086	0.9151	1.5899	1.2080	0.8803	0.4828	0.9849	0.6655
TG 46:0; [M+Na]+; TG(14:0/16:0/16:0)	0.9654	1.0929	1.3241	0.6797	1.0472	0.6881	1.2745	1.3093	1.1821	0.7035	1.0707	0.6622
TG 46:1; [M+Na]+; TG(14:0/16:0/16:1)	1.1617	0.7045	1.1514	0.9608	1.0987	0.7472	1.4101	0.9349	1.0153	0.6284	1.4470	0.7400
TG 46:1; [M+NH4]+; TG(14:0/16:0/16:1)	0.7028	1.8686	0.8525	1.3309	0.6968	1.5951	0.6135	0.9984	0.7023	0.8856	0.9511	0.8024
TG 46:2; [M+Na]+; TG(12:0/18:1/16:1)	0.9824	0.7515	1.2471	0.9214	1.1215	0.8470	1.1294	0.9908	1.0596	0.6883	1.1084	1.1526
TG 46:2; [M+NH4]+; TG(12:0/18:1/16:1)	0.5711	1.5225	1.4885	1.2622	1.2211	1.0106	0.8960	0.8275	1.0312	0.7067	0.7080	0.7544
TG 46:3; [M+NH4]+; TG(14:1/16:1/16:1)	0.9692	0.5313	1.3400	0.9355	1.1681	0.7477	1.1633	1.1564	1.0850	0.7868	1.0508	1.0658
TG 48:0; [M+Na]+; TG(14:0/16:0/18:0)	0.9441	0.8861	1.5682	1.0339	1.2637	0.7077	1.1704	0.8457	0.9031	1.0408	0.9878	0.6486
TG 48:1; [M+Na]+; TG(14:0/16:0/18:1)	1.1663	0.6868	1.3387	0.9254	1.2580	0.5820	1.3992	1.2551	1.0509	0.6040	0.9035	0.8302
TG 48:1; [M+Na]+; TG(14:0/16:1/18:0)	1.2404	1.4282	0.8612	1.0130	0.8637	0.7091	0.9462	0.9289	0.9951	1.1225	0.8571	1.0347
TG 48:1; [M+Na]+; TG(16:0/16:0/16:1)	1.0624	0.9693	1.4041	0.9359	0.9267	1.0337	1.1817	1.1780	0.9815	0.7257	1.0944	0.5066
TG 48:1; [M+NH4]+; TG(14:0/16:0/18:1)	0.7135	1.4220	1.7959	0.6239	0.7998	1.3704	1.0139	1.2192	0.6202	0.6552	0.6942	1.0718
TG 48:1; [M+NH4]+; TG(14:0/16:1/18:0)	0.4216	1.3614	1.7229	0.9258	0.8241	1.8653	0.5174	1.3400	0.6174	0.6799	0.6646	1.0595
TG 48:1; [M+NH4]+; TG(16:0/16:0/16:1)	1.2227	1.2495	1.2604	1.0815	0.8144	1.2119	0.6323	1.2031	0.6812	0.7938	0.6119	1.2373
TG 48:2; [M+Na]+; TG(14:0/16:1/18:1)	1.1844	1.2824	0.9762	1.2285	0.8895	0.7421	0.9135	0.8215	0.9061	1.2200	0.9465	0.8893
TG 48:2; [M+Na]+; TG(16:0/16:1/16:1)	1.0436	0.5485	1.4766	1.1140	1.1675	0.7371	1.2021	1.1775	0.9822	0.6886	1.0923	0.7700
TG 48:2; [M+NH4]+; TG(14:0/16:1/18:1)	0.5375	1.1060	1.3623	0.9949	1.1402	0.7401	1.3866	0.9798	0.8404	1.0384	1.2849	0.5889
TG 48:2; [M+NH4]+; TG(16:0/16:1/16:1)	0.6902	1.1098	1.4545	1.1302	0.7676	1.0937	1.1555	0.9642	0.7073	1.1011	1.1144	0.7115
TG 48:3; [M+Na]+; TG(14:1/16:1/18:1)	1.2942	0.9579	1.2887	1.0773	1.0823	1.0429	1.0732	0.8001	0.6995	0.8309	1.2879	0.5652
TG 48:3; [M+NH4]+; TG(14:1/16:1/18:1)	1.0270	0.6143	0.9742	0.9404	1.5936	0.9706	1.3683	1.2083	0.8469	0.5668	0.7788	1.1105
TG 49:0; [M+Na]+; TG(16:0/16:0/17:0)	1.0066	0.6567	0.9071	0.8413	1.1884	0.9030	1.1813	1.2128	1.3866	0.8751	0.9844	0.8569
TG 49:1; [M+NH4]+; TG(16:0/16:0/17:1)	1.0864	0.8798	1.1348	0.9060	1.2346	0.9670	0.9208	1.1279	1.2396	1.0296	1.0201	0.4535
TG 49:1; [M+NH4]+; TG(16:0/16:1/17:0)	1.0544	0.9851	0.7871	1.2078	1.0493	1.2023	0.9258	0.9945	0.9652	0.9536	1.0265	0.8484
TG 49:2; [M+Li]+; TG(16:0/16:1/17:1)	0.8408	1.8061	0.8682	0.5930	0.7984	1.4650	1.0917	0.8582	1.0666	1.0224	0.5036	1.0862
TG 49:2; [M+Na]+; TG(16:0/16:1/17:1)	1.2078	0.4489	1.0264	1.1461	1.1496	1.1030	1.0792	0.9433	1.0788	0.6234	1.1268	1.0667
TG 49:2; [M+NH4]+; TG(16:0/16:1/17:1)	0.7103	1.4835	0.9256	0.8452	0.9391	0.9391	0.8265	0.9608	1.0041	1.0908	1.1817	1.0932
TG 49:3; [M+NH4]+; TG(16:0/16:1/17:2)	0.7684	1.1429	1.3737	1.1109	1.2359	0.8783	0.8388	0.9846	1.1427	0.6792	1.0857	0.7589
TG 49:3; [M+NH4]+; TG(16:1/16:1/17:1)	0.7906	1.7161	0.8664	0.9359	1.1457	1.3068	0.7265	1.1167	0.6197	1.1389	0.5523	1.0842
TG 49:4; [M+NH4]+; TG(16:1/16:1/17:2)	1.0792	0.7528	1.1141	0.9081	1.0285	1.0084	1.0440	1.1449	0.9954	0.7231	1.1025	1.0991
TG 50:0; [M+Na]+; TG(16:0/16:0/18:0)	0.5572	3.4313	0.8694	1.0434	0.4212	1.3285	0.4286	0.7123	0.3177	1.7376	0.6316	0.5213
TG 50:0; [M+NH4]+; TG(16:0/16:0/18:0)	1.0931	0.7863	1.0896	1.0887	1.1198	0.9925	1.0276	1.4142	1.0520	0.8813	0.8055	0.6496
TG 50:1; [M+Li]+; TG(16:0/16:1/18:0)	0.8303	0.3433	2.3985	1.3925	1.1243	0.6803	1.0270	1.3652	0.8108	0.5420	0.8500	0.6358
TG 50:1; [M+NH4]+; TG(16:0/16:0/18:1)	0.7893	1.6989	0.6506	0.7503	1.0403	1.6748	0.5638	0.7450	0.9274	1.4514	0.8891	0.8191
TG 50:1; [M+NH4]+; TG(16:0/16:1/18:0)	0.6837	3.8724	0.3121	0.6870	0.4863	1.2184	0.4150	0.3277	0.6665	2.0935	0.4233	0.8139
TG 50:2; [M+Li]+; TG(16:0/16:1/18:1)	0.9848	1.2338	1.2551	0.9408	1.2018	0.8083	1.0871	1.0310	0.8430	0.8489	0.9625	0.8030
TG 50:2; [M+Na]+; TG(16:0/16:0/18:2)	0.9354	2.5002	0.4871	1.0040	0.6326	1.2257	0.6304	0.4541	0.8587	1.4479	0.9077	0.9161
TG 50:2; [M+Na]+; TG(16:0/16:1/18:1)	0.9296	2.5899	0.4695	0.9908	0.6231	1.2172	0.6184	0.4447	0.8454	1.4695	0.8948	0.9072
TG 50:2; [M+Na]+; TG(16:1/17:0/17:1)	0.8778	3.4065	0.3412	0.9552	0.5690	1.1771	0.4979	0.3410	0.6780	1.6178	0.7111	0.8272
TG 50:2; [M+NH4]+; TG(16:0/16:0/18:2)	0.4877	1.1438	2.0463	0.9391	0.8041	0.9642	0.6180	1.6036	0.7045	1.0403	0.7335	0.9149
TG 50:2; [M+NH4]+; TG(16:0/16:1/18:1)	0.4785	2.1227	0.8780	1.1178	0.9255	1.3576	0.2756	1.2666	0.7054	1.3559	0.5634	0.9529
TG 50:2; [M+NH4]+; TG(16:0/17:1/17:1)	0.5697	1.1946	1.3839	0.9708	1.1185	1.3370	0.8758	1.3678	0.6297	0.8871	0.7000	0.9652
TG 50:3; [M+Li]+; TG(16:0/16:1/18:2)	1.1918	0.6508	1.0802	0.9080	1.0444	0.8414	1.0350	1.0594	1.1394	1.1459	1.0184	0.8853
TG 50:3; [M+Na]+; TG(16:0/16:0/18:3)	0.9824	1.6505	1.1717	0.9219	0.8741	0.8810	1.2074	1.0059	1.1024	0.5421	0.8808	0.7797
TG 50:3; [M+Na]+; TG(16:0/16:1/18:2)	0.5237	0.7153	1.7830	1.0069	1.4604	0.6912	1.1791	1.0217	1.0595	0.5444	1.1373	0.8774
TG 50:3; [M+Na]+; TG(16:1/16:1/18:1)	0.5635	1.2247	1.5439	0.8403	1.2066	0.8121	1.1966	0.9879	1.0343	0.6775	1.0805	0.8320
TG 50:3; [M+NH4]+; TG(16:0/16:0/18:3)	1.0036	0.7695	0.8971	0.9162	1.1005	0.8678	1.2164	1.0423	1.0064	1.0261	1.0943	1.0598
TG 50:3; [M+NH4]+; TG(16:0/16:1/18:2)	0.8780	0.9610	1.2353	1.0226	1.0616	1.1701	1.2614	1.0596	0.8901	0.7329	0.9703	0.7571
TG 50:3; [M+NH4]+; TG(16:1/16:1/18:1)	0.8752	0.9624	1.0441	1.0347	1.2955	1.1191	1.0731	0.9674	0.8766	0.7962	0.9012	1.0545
TG 50:4; [M+Na]+; TG(16:0/16:1/18:3)	0.9010	0.6950	1.3749	1.0960	1.1944	0.6212	1.2343	1.2706	0.9635	0.7524	0.9874	0.9093
TG 50:4; [M+Na]+; TG(16:1/16:1/18:2)	0.8699	1.2966	1.0048	0.7214	1.1390	1.3461	0.6684	0.8783	1.0764	1.0875	1.0128	0.8988
TG 50:4; [M+NH4]+; TG(16:0/16:1/18:3)	1.3772	0.8528	0.9048	0.8237	1.1576	1.0976	1.2646	0.8505	0.9024	1.0416	0.8351	0.8921
TG 50:4; [M+NH4]+; TG(16:1/16:1/18:2)	1.1160	0.9529	0.9119	0.8179	1.1035	0.9442	1.1457	0.9883	1.1243	0.9054	1.0824	0.9073
TG 50:5; [M+Na]+; TG(16:1/16:1/18:3)	1.4811	2.1326	0.7195	0.9218	0.9360	1.1058	0.8770	0.8117	0.6193	0.9786	0.7394	0.6772
TG 50:5; [M+NH4]+; TG(16:1/16:1/18:3)	0.3823	3.6943	0.4939	1.0818	0.3649	1.2249	0.5735	0.4671	0.6472	1.8817	0.4880	0.7005
TG 51:0; [M+Li]+; TG(16:0/16:0/19:0)	0.6729	1.4712	0.7932	1.3297	0.9776	1.3644	0.7108	1.1190	0.5752	1.4818	0.6639	0.8404
TG 51:0; [M+Na]+; TG(16:0/17:0/18:0)	0.6646	0.4038	1.6094	1.0179	1.2553	0.9954	0.5083	2.1073	0.9029	0.6554	0.9054	0.9744
TG 51:0; [M+NH4]+; TG(16:0/16:0/19:0)	0.1962	0.4627	1.8286	1.9566	0.7231	1.6043	0.1174	2.1312	0.3227	1.1477	0.4055	1.1041
TG 51:1; [M+Li]+; TG(16:0/16:1/19:0)	0.8960	0.9180	0.7164	1.2194	0.8603	1.9541	1.0628	0.9484	0.7868	0.8548	0.8911	0.8918
TG 51:1; [M+Li]+; TG(16:0/17:0/18:1)	0.9937	2.5317	1.0218	0.9528	0.9390	0.8259	0.6167	0.5517	0.7111	0.9974	0.9874	0.8708
TG 51:1; [M+Na]+; TG(16:0/17:0/18:1)	0.3980	0.3854	1.7443	1.3391	1.3436	1.1372	0.2466	2.2138	0.5063	0.7658	0.6765	1.2433
TG 51:1; [M+Na]+; TG(16:0/17:1/18:0)	0.3935	0.3694	1.8163	1.3172	1.2875	1.1236	0.2599	2.2228	0.5247	0.7814	0.6927	1.2108
TG 51:1; [M+NH4]+; TG(16:0/16:1/19:0)	0.3106	0.4753	2.0017	2.3080	0.4687	1.5917	0.4167	1.4946	0.3300	1.2971	0.4067	0.8990
TG 51:2; [M+Na]+; TG(17:0/17:1/17:1)	0.2781	1.0535	1.1464	1.9741	0.8035	1.6282	0.1552	1.8267	0.4080	1.2146	0.4479	1.0637
TG 51:2; [M+NH4]+; TG(16:0/17:0/18:2)	0.3945	0.8270	3.0113	2.0125	0.4338	1.0751	0.3026	1.4662	0.3714	0.7665	0.6343	0.7048
TG 51:2; [M+NH4]+; TG(16:0/17:1/18:1)	0.3181	0.2774	3.2701	2.4123	0.5136	1.1246	0.2268	1.7446	0.3225	0.7638	0.4067	0.6196
TG 51:2; [M+NH4]+; TG(16:1/17:0/18:1)	0.2934	5.4366	0.6685	1.3066	0.3165	1.8244	0.2059	0.4876	0.1710	0.6360	0.3232	0.3303
TG 51:3; [M+Li]+; TG(16:0/17:1/18:2)	0.9386	0.9267	0.9620	0.6870	1.2894	0.9760	0.7527	0.9743	1.1750	0.8432	1.2587	1.2166
TG 51:3; [M+Li]+; TG(16:1/17:0/18:2)	0.9895	0.7069	1.4517	1.1407	1.1133	0.6642	1.2781	1.3317	0.8726	0.6382	0.9496	0.8634
TG 51:3; [M+Na]+; TG(16:0/17:0/18:3)	1.1657	0.6350	0.9740	0.9847	1.2399	0.9379	1.1170	0.9586	1.2125	0.7245	1.0678	0.9825
TG 51:3; [M+Na]+; TG(16:0/17:1/18:2)	1.0805	0.5146	1.0603	0.9358	1.1435	1.1090	1.3231	1.0481	1.1268	0.6963	1.0584	0.9036
TG 51:3; [M+Na]+; TG(16:0/17:2/18:1)	1.2038	0.6241	0.9270	1.0210	1.2378	0.9171	1.1217	0.9457	1.2071	0.7294	1.0740	0.9912
TG 51:3; [M+Na]+; TG(16:1/17:0/18:2)	1.0662	0.5632	1.2317	0.9493	1.2461	0.9603	1.0070	1.1205	1.2208	0.6261	1.1520	0.8567
TG 51:3; [M+Na]+; TG(16:1/17:1/18:1)	1.1840	0.6490	0.9962	0.9758	1.1626	0.9570	1.1196	0.9635	1.2106	0.7206	1.0670	0.9941
TG 51:3; [M+Na]+; TG(17:0/17:1/17:2)	1.0472	0.5802	1.0347	1.0108	1.3113	0.9188	1.1237	1.0234	1.1682	0.7046	1.1132	0.9639
TG 51:3; [M+NH4]+; TG(16:0/17:1/18:2)	0.9337	1.3949	0.7571	0.8692	1.0924	0.8154	0.8665	1.3472	0.7805	1.0993	0.9192	1.1247
TG 51:3; [M+NH4]+; TG(16:0/17:2/18:1)	0.3940	3.4866	1.2067	1.2257	0.6410	1.4743	0.6655	0.5908	0.6398	0.6210	0.5749	0.4797
TG 51:3; [M+NH4]+; TG(16:1/17:0/18:2)	1.1519	1.3501	1.0611	1.0164	0.9685	0.9045	1.2415	1.0382	0.7459	0.8766	0.8368	0.8086
TG 51:3; [M+NH4]+; TG(16:1/17:1/18:1)	0.4013	3.3736	1.3740	1.2331	0.6411	1.2305	0.6400	0.5440	0.6715	0.5740	0.7786	0.5382
TG 51:3; [M+NH4]+; TG(17:0/17:1/17:2)	0.9128	1.6637	1.0063	1.0103	1.0214	0.8710	1.2065	1.1006	0.8830	0.9381	0.6996	0.6867
TG 51:4; [M+Li]+; TG(16:1/17:0/18:3)	0.5513	1.4601	1.2498	0.9445	0.8736	1.3556	0.6676	1.4554	0.7127	1.1270	0.6411	0.9612
TG 51:4; [M+Li]+; TG(16:1/17:1/18:2)	0.5923	1.2630	1.2742	0.9736	0.9498	1.3970	0.6651	1.5201	0.6622	0.9984	0.6629	1.0415
TG 51:4; [M+Na]+; TG(16:0/17:2/18:2)	1.0024	0.6134	0.8722	1.0540	1.4191	0.6855	1.1414	0.8899	1.2326	0.7498	1.2331	1.1067
TG 51:4; [M+NH4]+; TG(16:0/17:1/18:3)	0.6596	2.4159	0.8929	1.2213	0.7015	1.0252	1.0986	1.0809	0.5827	0.8946	0.7994	0.6275
TG 51:4; [M+NH4]+; TG(16:0/17:2/18:2)	0.6845	2.3526	0.8661	1.1889	0.6822	0.9904	1.3557	1.0564	0.5639	0.8687	0.7754	0.6152
TG 51:4; [M+NH4]+; TG(16:1/17:1/18:2)	0.6704	0.7469	1.1912	1.1255	1.0895	1.0491	0.6237	1.8586	0.8671	0.8809	0.9933	0.9039
TG 51:4; [M+NH4]+; TG(16:1/17:2/18:1)	1.1887	1.9936	0.7307	1.0734	0.7464	0.7304	0.9312	0.7351	0.9167	1.2759	0.7927	0.8852
TG 51:4; [M+NH4]+; TG(17:0/17:2/17:2)	0.8739	1.1160	1.4332	1.0644	0.9915	0.8765	0.9183	1.2201	0.7362	1.0629	0.8879	0.8189
TG 51:4; [M+NH4]+; TG(17:1/17:1/17:2)	0.9853	0.8945	0.7926	1.1873	0.9303	1.1470	1.0303	1.1079	1.1628	0.9021	1.0869	0.7730
TG 51:5; [M+NH4]+; TG(16:0/17:2/18:3)	0.9677	0.9534	0.8292	1.2082	1.0541	1.0036	0.9333	0.8920	1.1439	0.8839	1.1876	0.9431
TG 51:5; [M+NH4]+; TG(16:1/17:1/18:3)	0.9968	1.1372	0.8187	1.0318	0.9017	0.9636	0.9788	0.8877	1.1539	0.8025	1.3082	1.0191
TG 51:5; [M+NH4]+; TG(16:1/17:2/18:2)	0.9208	1.0956	0.8266	1.0523	0.9392	1.0760	0.9574	0.9003	1.1324	0.8993	1.2318	0.9682
TG 51:6; [M+NH4]+; TG(16:1/17:2/18:3)	0.9393	2.4240	0.4651	0.9986	0.6419	1.2063	0.6882	0.5161	0.9099	1.4397	0.8695	0.9014
TG 52:0; [M+Na]+; TG(16:0/16:0/20:0)	0.4067	1.8166	0.8535	2.0159	0.5709	2.1012	0.3226	1.7300	0.2697	0.8821	0.4442	0.5866
TG 52:0; [M+NH4]+; TG(16:0/16:0/20:0)	0.8742	1.7506	0.9486	1.0674	0.7230	1.1471	0.8081	0.6154	0.9270	1.2683	0.8579	1.0124
TG 52:0; [M+NH4]+; TG(16:0/17:0/19:0)	0.9720	0.5610	1.3753	0.8401	1.0216	0.7632	1.3723	1.1035	1.1742	0.7475	1.2595	0.8098
TG 52:1; [M+Li]+; TG(16:0/17:1/19:0)	0.1959	0.3305	2.3347	1.7682	0.7544	1.4271	0.1428	2.4708	0.3358	0.7969	0.4391	1.0036
TG 52:1; [M+Li]+; TG(16:1/17:0/19:0)	0.1840	0.3364	2.1720	1.7870	0.8161	1.4048	0.1192	2.4964	0.3338	0.8988	0.4350	1.0165
TG 52:1; [M+Li]+; TG(17:0/17:1/18:0)	0.3379	0.4297	1.7947	1.4961	1.0549	1.2270	0.2234	2.4678	0.4924	0.7688	0.6064	1.1008
TG 52:1; [M+NH4]+; TG(16:0/16:0/20:1)	1.3939	1.6521	0.7543	0.8578	0.7301	1.0474	1.3386	0.8918	0.8324	0.9684	0.6792	0.8540
TG 52:1; [M+NH4]+; TG(16:0/18:0/18:1)	1.3175	0.5379	1.1855	0.9286	1.1269	0.7315	1.2793	1.0984	1.1994	0.6640	1.2198	0.7111
TG 52:2; [M+Na]+; TG(16:0/18:0/18:2)	1.8619	1.2527	0.4805	0.5802	0.8759	0.5816	1.4949	0.2878	1.5160	0.8656	1.5084	0.6944
TG 52:2; [M+Na]+; TG(16:1/18:0/18:1)	1.5421	2.4991	0.4901	0.6423	0.6266	0.9173	1.0344	0.6800	0.8200	1.1053	1.1744	0.4684
TG 52:2; [M+NH4]+; TG(14:0/18:1/20:1)	1.0280	0.9792	0.9027	0.6128	1.3235	1.2520	0.6967	1.1131	1.0030	1.1231	1.2353	0.7305
TG 52:2; [M+NH4]+; TG(16:0/18:0/18:2)	1.1614	0.7503	0.9093	0.7302	1.2750	1.0228	0.9945	1.2531	1.2070	0.6411	1.1061	0.9491
TG 52:2; [M+NH4]+; TG(16:0/18:1/18:1)	1.0637	0.7870	0.8961	0.6691	1.3574	1.0215	0.9290	1.4251	1.2214	0.6540	1.0285	0.9474
TG 52:2; [M+NH4]+; TG(16:1/18:0/18:1)	1.0759	0.9719	0.8888	0.6934	1.3847	1.0290	0.9177	1.2483	1.1855	0.6493	1.0001	0.9552
TG 52:3; [M+Na]+; TG(16:0/18:0/18:3)	0.6910	2.3764	0.4656	1.4788	0.6139	1.5376	0.3425	0.6288	0.5160	1.4533	0.5068	1.3893
TG 52:3; [M+Na]+; TG(16:0/18:1/18:2)	0.9365	1.9062	0.7227	1.1820	0.5554	1.2310	0.7535	1.1115	1.0077	0.9669	0.8192	0.8075
TG 52:3; [M+Na]+; TG(16:1/18:1/18:1)	0.7085	1.4060	0.3807	1.5240	0.6814	1.1461	1.0437	1.0213	1.0474	1.1857	0.9092	0.9460
TG 52:3; [M+NH4]+; TG(16:0/16:1/20:2)	0.6399	0.9690	1.2339	0.9257	1.1972	1.0931	0.7152	1.6301	0.8250	0.9169	0.8349	1.0191
TG 52:3; [M+NH4]+; TG(16:0/18:0/18:3)	0.5460	3.2461	0.2931	1.2322	0.4552	1.1851	0.2991	0.4212	0.5727	2.3203	0.4774	0.9516
TG 52:3; [M+NH4]+; TG(17:1/17:1/18:1)	0.6784	1.7854	0.7584	1.1199	0.8063	1.3331	0.3856	1.0570	0.6749	1.7650	0.6192	1.0170
TG 52:4; [M+Na]+; TG(16:0/16:0/20:4)	0.6969	1.9039	1.2475	0.8316	1.2434	1.1344	0.9493	0.6687	0.8182	0.6194	1.2786	0.6081
TG 52:4; [M+Na]+; TG(16:0/18:1/18:3)	0.5495	2.0155	1.1222	0.7699	1.1415	1.0718	0.7926	0.6241	0.9334	0.6497	1.6207	0.7090
TG 52:4; [M+Na]+; TG(16:0/18:2/18:2)	1.2054	1.5515	0.5720	1.3057	0.7582	1.1924	0.7353	0.6067	1.0057	1.3195	0.9095	0.8381
TG 52:4; [M+Na]+; TG(16:1/18:1/18:2)	0.7673	1.4226	0.8244	1.5779	1.2351	0.6686	1.0226	1.0861	0.7436	0.9214	0.9804	0.7500
TG 52:4; [M+NH4]+; TG(16:0/18:1/18:3)	0.8561	1.0272	0.8134	1.2278	0.9789	1.2172	0.6104	0.9856	0.9464	1.2346	0.9509	1.1516
TG 52:4; [M+NH4]+; TG(16:0/18:2/18:2)	0.9032	0.4188	1.4313	0.8775	1.1598	0.8620	1.2903	1.5390	0.7435	0.6898	1.2389	0.8459
TG 52:4; [M+NH4]+; TG(16:1/18:1/18:2)	0.8791	1.1077	1.3456	0.9785	1.2636	0.7179	1.4277	0.7023	1.1770	0.7713	0.8216	0.8076
TG 52:5; [M+NH4]+; TG(16:0/16:0/20:5)	1.1830	1.3742	0.6238	0.9091	0.9316	1.1090	0.8075	0.8720	0.9800	1.2511	0.9187	1.0401
TG 52:5; [M+NH4]+; TG(16:0/16:1/20:4)	0.4516	0.8563	0.9481	1.5065	1.0815	1.5097	0.2453	1.5148	0.5956	1.3600	0.6329	1.2977
TG 52:5; [M+NH4]+; TG(16:0/18:2/18:3)	0.9987	1.5655	0.7762	0.8853	1.0940	0.8744	0.9707	0.9095	1.0109	0.8854	1.1022	0.9272
TG 52:5; [M+NH4]+; TG(16:1/18:1/18:3)	1.3003	1.2658	0.7952	0.9121	1.1463	0.7203	1.1147	0.8702	1.1676	0.8156	1.0090	0.8828
TG 52:5; [M+NH4]+; TG(16:1/18:2/18:2)	1.0469	1.2277	0.9657	0.9434	1.0956	0.6609	1.2680	0.9330	1.2359	0.7875	1.1013	0.7339
TG 52:6; [M+Li]+; TG(16:0/18:3/18:3)	0.6663	1.5189	1.1929	1.3377	0.8019	0.6664	1.3546	0.9382	0.9271	0.7243	0.8578	1.0138
TG 52:6; [M+NH4]+; TG(16:0/16:1/20:5)	1.2153	1.1487	0.6436	0.8417	1.0869	0.7286	1.1774	0.8958	1.3270	0.8568	1.0252	1.0530
TG 52:6; [M+NH4]+; TG(16:0/18:3/18:3)	1.2387	1.1690	0.6427	0.8198	1.0642	0.7375	1.1784	0.8660	1.3648	0.8539	1.0144	1.0507
TG 52:6; [M+NH4]+; TG(16:1/16:1/20:4)	1.1230	0.9692	0.7811	0.9687	0.9656	0.7672	1.2959	0.9101	1.3967	0.8408	1.0246	0.9572
TG 52:6; [M+NH4]+; TG(16:1/18:2/18:3)	1.2320	1.2148	0.6563	0.8133	1.0435	0.7726	1.1225	0.8695	1.3554	0.8781	0.9934	1.0486
TG 52:7; [M+Na]+; TG(16:1/16:1/20:5)	1.0421	1.4029	1.0725	0.9405	0.8496	0.7961	0.9138	1.4054	1.0215	0.8949	0.9316	0.7291
TG 52:7; [M+NH4]+; TG(16:1/16:1/20:5)	0.9444	0.8572	0.5623	0.6483	1.2764	0.8610	1.2949	1.0100	1.3276	1.0708	1.2078	0.9394
TG 52:7; [M+NH4]+; TG(16:1/18:3/18:3)	0.9682	0.9264	0.4925	0.8776	1.2617	0.8868	1.2207	0.9578	1.2850	1.1710	1.1427	0.8097
TG 53:0; [M+Li]+; TG(17:0/18:0/18:0)	0.7022	2.2644	0.6743	1.1732	0.7316	1.3154	0.4325	0.7965	0.6655	1.5177	0.6469	1.0798
TG 53:0; [M+NH4]+; TG(16:0/16:0/21:0)	0.2191	0.7395	1.3923	1.9801	0.7489	1.6613	0.1346	1.8582	0.4596	1.0637	0.7776	0.9651
TG 53:0; [M+NH4]+; TG(16:0/17:0/20:0)	0.5196	0.5534	1.4144	1.0172	1.1543	1.0886	0.4805	1.9814	0.9389	0.7034	1.0787	1.0696
TG 53:0; [M+NH4]+; TG(16:0/18:0/19:0)	0.3795	0.3725	1.9030	1.1233	1.1937	1.0706	0.3158	2.1063	0.8289	0.5215	1.0951	1.0896
TG 53:0; [M+NH4]+; TG(17:0/17:0/19:0)	0.2026	0.2337	2.0448	1.9246	0.8255	1.3674	0.1477	2.4505	0.3624	0.7108	0.6661	1.0640
TG 53:1; [M+Li]+; TG(16:0/18:1/19:0)	1.0593	0.4568	1.2820	0.7894	1.3294	0.9464	0.9211	1.3016	1.1395	0.7953	1.1400	0.8391
TG 53:1; [M+Na]+; TG(16:0/18:1/19:0)	0.5962	0.3701	1.8664	1.0121	1.2334	0.8466	0.9550	1.6305	0.9940	0.4693	1.2208	0.8055
TG 53:1; [M+Na]+; TG(17:0/18:0/18:1)	0.6811	0.3125	2.0817	0.9758	1.2547	0.8395	0.4346	1.9722	0.8414	0.5737	1.2762	0.7566
TG 53:1; [M+NH4]+; TG(16:0/17:1/20:0)	0.2291	0.2895	2.0446	1.7802	0.8636	1.2848	0.1727	2.5216	0.3919	0.6908	0.7125	1.0186
TG 53:1; [M+NH4]+; TG(16:0/18:1/19:0)	0.1730	0.4054	1.4569	2.3278	0.7328	1.6752	0.1139	1.9682	0.3596	1.0706	0.5947	1.1219
TG 53:1; [M+NH4]+; TG(17:0/17:1/19:0)	0.2820	1.4843	0.8348	1.9995	0.6812	2.3317	0.3946	1.1069	0.4041	1.0952	0.6198	0.7659
TG 53:2; [M+Na]+; TG(17:0/18:0/18:2)	0.9248	1.2409	1.0477	1.3628	0.9746	0.9266	1.3089	0.8209	1.0056	0.6941	0.9357	0.7575
TG 53:2; [M+Na]+; TG(17:0/18:1/18:1)	0.3205	0.3513	1.7313	1.5019	0.9354	1.2699	0.1707	2.5063	0.5466	0.7889	0.8817	0.9954
TG 53:2; [M+NH4]+; TG(16:0/18:2/19:0)	0.1576	1.6618	1.9491	1.5820	0.6059	1.4335	0.0930	2.0824	0.2901	0.8053	0.4911	0.8482
TG 53:2; [M+NH4]+; TG(16:1/18:1/19:0)	0.4692	1.4019	0.5868	1.5993	0.9370	1.9303	0.3108	1.1919	0.2812	1.3750	0.9612	0.9554
TG 53:2; [M+NH4]+; TG(17:0/17:2/19:0)	0.3092	2.5324	0.7064	1.8389	0.4912	1.9409	0.1515	1.2638	0.3485	1.0186	0.5454	0.8532
TG 53:2; [M+NH4]+; TG(17:0/18:0/18:2)	0.2305	1.6113	1.3385	1.4616	0.6250	2.3658	0.2231	1.5949	0.3317	1.0808	0.4656	0.6712
TG 53:2; [M+NH4]+; TG(17:0/18:1/18:1)	0.3135	1.4555	0.5574	1.7143	0.6693	1.9592	0.3552	1.4590	0.4578	1.1070	1.1079	0.8438
TG 53:3; [M+Li]+; TG(16:0/18:3/19:0)	0.4350	2.9501	0.6365	1.0344	0.7008	1.1682	0.5674	0.6104	0.5468	1.9433	0.5157	0.8914
TG 53:3; [M+Na]+; TG(17:0/18:1/18:2)	0.8745	1.7977	0.6012	0.9743	0.9245	1.1512	0.7442	0.7052	0.9132	1.6004	0.7014	1.0121
TG 53:3; [M+NH4]+; TG(16:1/18:2/19:0)	0.3516	1.6242	0.7100	1.9757	0.6519	2.1384	0.2194	1.8254	0.2674	0.8247	0.6988	0.7125
TG 53:3; [M+NH4]+; TG(17:0/18:1/18:2)	0.3134	3.2437	1.0049	1.5619	0.2961	1.7122	0.2252	1.3104	0.3035	1.1806	0.3573	0.4908
TG 53:3; [M+NH4]+; TG(17:1/18:1/18:1)	0.2609	2.3488	0.4401	1.8313	0.5253	2.3579	0.2511	1.0592	0.3918	1.4712	0.4565	0.6059
TG 53:4; [M+Na]+; TG(17:0/18:2/18:2)	0.7224	2.2745	0.9070	0.6436	1.0473	0.7247	0.9582	0.8900	0.9994	0.6710	1.2710	0.8910
TG 53:4; [M+Na]+; TG(17:1/18:1/18:2)	1.0153	1.3118	0.7973	0.7220	1.0578	0.8385	1.0402	0.9230	1.1403	0.7800	1.4232	0.9507
TG 53:4; [M+NH4]+; TG(16:0/17:0/20:4)	0.5505	2.7284	0.5898	1.3928	0.5267	1.2481	0.2912	0.7939	0.6138	1.6494	0.5432	1.0723
TG 53:4; [M+NH4]+; TG(17:0/18:1/18:3)	0.3526	2.6548	1.1290	1.6204	0.7982	1.4780	0.6056	1.1875	0.4111	0.6940	0.6312	0.4377
TG 53:4; [M+NH4]+; TG(17:0/18:2/18:2)	0.4991	2.6889	1.1189	1.6837	0.6278	1.4782	0.4186	1.1888	0.4996	0.7183	0.6430	0.4351
TG 53:4; [M+NH4]+; TG(17:1/18:1/18:2)	0.4665	1.4540	2.1322	2.2513	0.5643	0.6298	0.4764	0.8986	0.6615	1.0666	0.3732	1.0255
TG 53:5; [M+NH4]+; TG(17:1/18:1/18:3)	0.4644	2.2510	0.6684	1.5969	0.4837	1.8927	0.8898	0.9294	0.6201	0.8700	0.4017	0.9321
TG 53:5; [M+NH4]+; TG(17:1/18:2/18:2)	0.8416	1.6317	0.9854	0.9461	0.8240	0.8061	1.0559	1.2693	0.6915	1.2494	0.8752	0.8240
TG 53:5; [M+NH4]+; TG(17:2/18:1/18:2)	0.6718	1.7731	1.0995	1.2360	0.5080	1.4194	1.1934	0.9668	0.6791	1.0103	0.6057	0.8368
TG 53:6; [M+Li]+; TG(17:1/18:2/18:3)	0.5481	1.3660	1.4472	1.2055	0.7855	1.3277	0.4790	1.8405	0.4852	1.0202	0.4923	1.0027
TG 53:6; [M+NH4]+; TG(16:0/17:2/20:4)	1.1676	1.2371	0.6306	1.0192	0.7152	0.8769	1.2318	1.0317	0.8124	1.4668	0.8625	0.9482
TG 53:6; [M+NH4]+; TG(17:1/18:2/18:3)	1.5433	1.8192	0.5910	1.3840	0.6316	1.2007	0.8991	0.6760	0.6898	1.0485	0.9136	0.6032
TG 53:6; [M+NH4]+; TG(17:2/18:1/18:3)	1.1456	1.3928	0.8661	0.9974	0.8011	0.6196	1.1414	1.1229	0.7526	1.3335	0.8740	0.9528
TG 53:7; [M+NH4]+; TG(16:1/17:2/20:4)	0.6239	2.5202	0.6960	1.1660	0.8395	1.2437	1.0713	0.8285	0.7277	0.6907	0.9004	0.6920
TG 53:7; [M+NH4]+; TG(17:1/18:3/18:3)	0.8784	2.9650	0.7241	1.1272	0.6399	0.9832	0.9065	0.7792	0.6680	0.6715	1.1654	0.4917
TG 53:7; [M+NH4]+; TG(17:2/18:2/18:3)	0.9361	0.9915	0.9932	1.0850	0.9733	0.4553	1.5160	0.9792	1.0235	1.5390	0.6456	0.8623
TG 53:8; [M+NH4]+; TG(17:2/18:3/18:3)	1.4380	1.0065	1.0580	1.0466	1.2495	0.5528	1.0214	0.6541	1.3232	1.2895	0.8150	0.5453
TG 54:0; [M+Li]+; TG(16:0/18:0/20:0)	0.4213	0.3807	2.0856	1.0759	1.1504	0.9955	0.4592	2.2005	0.6982	0.4771	1.3291	0.7263
TG 54:0; [M+Li]+; TG(16:0/19:0/19:0)	0.4966	0.3296	2.2495	1.0423	1.2802	0.7572	0.4102	2.1673	0.7962	0.3591	1.3435	0.7684
TG 54:0; [M+Na]+; TG(16:0/16:0/22:0)	0.2462	1.9646	0.7972	2.0637	0.6949	1.7995	0.2154	0.9964	0.2279	0.9475	1.3511	0.6955
TG 54:0; [M+Na]+; TG(16:0/18:0/20:0)	1.0708	0.6295	1.1766	0.8383	1.2532	0.8435	1.2399	1.1823	1.1291	0.7029	1.0144	0.9195
TG 54:0; [M+Na]+; TG(16:0/19:0/19:0)	0.9228	1.0384	0.8285	0.9179	1.0253	1.1240	0.8912	0.9192	1.0227	1.2999	0.9647	1.0454
TG 54:0; [M+NH4]+; TG(16:0/16:0/22:0)	0.9050	0.4827	1.6633	0.7022	1.1985	0.8013	1.4569	0.9769	1.1283	0.6983	1.0882	0.8983
TG 54:0; [M+NH4]+; TG(16:0/18:0/20:0)	1.1545	0.5642	1.2620	0.7987	1.2970	0.9406	1.2419	0.9649	1.1638	0.7277	1.0243	0.8604
TG 54:1; [M+Na]+; TG(16:0/18:1/20:0)	0.5589	1.7363	0.8181	1.4480	0.8268	1.0845	0.1404	1.6589	0.4096	1.4531	1.0905	0.7750
TG 54:1; [M+NH4]+; TG(16:0/18:1/20:0)	1.1419	1.5444	0.8837	0.9211	0.7007	1.1789	0.8288	0.7661	0.9007	1.2466	0.9507	0.9364
TG 54:1; [M+NH4]+; TG(16:1/18:0/20:0)	0.9883	1.4536	0.9783	0.9042	0.7369	1.0958	0.8509	0.8090	0.9664	1.3241	1.0236	0.8690
TG 54:1; [M+NH4]+; TG(18:0/18:0/18:1)	1.0588	0.5640	1.5288	0.8372	1.1314	0.7959	1.0255	1.2310	1.1832	0.6959	1.1973	0.7511
TG 54:2; [M+Na]+; TG(16:0/18:1/20:1)	0.3601	0.8946	1.4077	1.8978	0.4564	1.7370	0.3209	2.3607	0.3499	0.8099	0.8395	0.5655
TG 54:2; [M+Na]+; TG(16:0/18:2/20:0)	0.3600	0.7483	1.3139	2.0145	0.5719	1.6983	0.3290	2.4202	0.3657	0.7100	0.9387	0.5294
TG 54:2; [M+Na]+; TG(18:0/18:0/18:2)	0.4541	2.1419	0.6548	1.3900	0.7182	1.5197	0.1672	0.6927	0.6021	2.1200	0.4259	1.1134
TG 54:2; [M+NH4]+; TG(16:0/18:0/20:2)	0.5198	3.5544	0.3070	1.4553	0.3484	1.4604	0.2008	0.2977	0.3517	1.7564	0.3795	1.3685
TG 54:2; [M+NH4]+; TG(16:0/18:1/20:1)	0.8251	0.8628	0.9372	1.3931	1.0428	1.2380	1.2540	1.0323	0.9532	0.9184	0.7190	0.8243
TG 54:2; [M+NH4]+; TG(16:0/18:2/20:0)	1.0539	0.8207	1.4381	0.8662	0.8677	0.6830	1.0268	1.2177	1.1053	0.6799	1.4495	0.7910
TG 54:2; [M+NH4]+; TG(16:1/18:0/20:1)	1.0330	0.7984	1.5770	0.7263	1.0064	0.7469	1.1470	1.1847	1.0735	0.5203	1.4018	0.7847
TG 54:2; [M+NH4]+; TG(16:1/18:1/20:0)	1.0544	1.0682	1.0058	1.1543	0.8786	0.8048	0.8725	0.8936	1.0451	1.0777	1.1695	0.9756
TG 54:2; [M+NH4]+; TG(18:0/18:1/18:1)	0.9537	0.7930	1.4493	1.5178	0.8135	0.8406	0.9548	1.1117	1.0336	0.5527	1.2853	0.6939
TG 54:3; [M+Li]+; TG(17:1/18:2/19:0)	0.3436	0.4571	2.1287	1.8947	0.6688	1.4846	0.2526	2.3481	0.3057	0.7288	0.4329	0.9544
TG 54:3; [M+Li]+; TG(18:0/18:1/18:2)	0.3224	0.3979	2.1159	1.9386	0.6867	1.4829	0.2304	2.4323	0.2843	0.7097	0.4531	0.9459
TG 54:3; [M+Na]+; TG(16:0/18:0/20:3)	0.3720	0.6726	1.5400	2.0414	0.4949	1.4270	0.2721	2.5826	0.3165	0.9098	0.7842	0.5867
TG 54:3; [M+NH4]+; TG(16:0/16:0/22:3)	0.5143	2.9458	0.5309	1.2095	0.5085	1.5905	0.4190	0.6074	0.5516	1.3861	0.5278	1.2086
TG 54:3; [M+NH4]+; TG(16:0/18:0/20:3)	0.8230	0.6195	1.0095	1.3756	0.9920	0.8570	0.9283	2.1030	0.9846	0.4172	1.2219	0.6683
TG 54:3; [M+NH4]+; TG(16:0/18:1/20:2)	0.9444	0.5688	1.0960	1.0751	1.1117	0.9704	1.1531	1.7840	0.8823	0.4893	1.3149	0.6099
TG 54:3; [M+NH4]+; TG(16:0/18:2/20:1)	0.5828	2.5449	0.5225	1.2927	0.5358	1.5310	0.4184	0.5841	0.6940	1.5982	0.5513	1.1443
TG 54:3; [M+NH4]+; TG(16:0/18:3/20:0)	0.8423	0.6175	0.9830	1.3388	0.9936	0.9350	0.9387	2.2178	0.7906	0.4220	1.2396	0.6810
TG 54:3; [M+NH4]+; TG(16:1/18:0/20:2)	0.9478	1.2047	0.9210	1.0664	0.8012	1.0328	0.8356	0.8951	1.0310	0.9673	1.4370	0.8601
TG 54:3; [M+NH4]+; TG(17:1/18:2/19:0)	0.5729	2.5382	0.5978	1.2864	0.5190	1.5180	0.4112	0.5646	0.6994	1.6186	0.5382	1.1358
TG 54:3; [M+NH4]+; TG(18:0/18:1/18:2)	0.9595	0.4043	1.2673	1.0927	1.1512	0.8522	1.1352	1.6407	0.9253	0.5755	1.3664	0.6298
TG 54:4; [M+Na]+; TG(18:0/18:2/18:2)	0.6597	0.5443	1.5549	2.2751	0.5566	1.4115	0.4487	1.3410	0.7901	0.9457	0.7312	0.7411
TG 54:4; [M+NH4]+; TG(16:0/18:1/20:3)	0.7858	0.5482	1.6112	0.9157	1.0728	1.0619	0.6219	1.6150	0.9404	0.6727	1.3174	0.8370
TG 54:4; [M+NH4]+; TG(16:1/18:0/20:3)	0.5874	1.2481	0.8233	1.2537	0.8884	1.3784	0.4001	1.0472	0.9302	1.5065	1.0230	0.9136
TG 54:4; [M+NH4]+; TG(16:1/18:1/20:2)	0.7347	0.7011	1.1646	0.9830	1.1001	1.3465	0.5174	1.2300	0.9934	1.1563	1.1871	0.8858
TG 54:4; [M+NH4]+; TG(16:1/18:2/20:1)	0.9468	1.4851	0.9694	1.1508	0.7436	0.6632	0.5401	0.8356	0.7548	2.0202	1.1152	0.7752
TG 54:4; [M+NH4]+; TG(17:1/18:3/19:0)	0.5317	2.2227	0.5924	1.3048	0.6143	1.5166	0.4107	0.7357	0.6197	1.5964	0.7867	1.0683
TG 54:4; [M+NH4]+; TG(18:0/18:1/18:3)	0.7648	0.4989	1.6243	0.9388	1.0647	1.0384	0.5884	1.5424	0.9808	0.7859	1.3204	0.8521
TG 54:5; [M+Na]+; TG(16:0/18:0/20:5)	0.4684	3.6857	0.3500	1.1301	0.5190	1.3131	0.4441	0.3684	0.3926	1.7317	0.4092	1.1879
TG 54:5; [M+Na]+; TG(16:0/18:1/20:4)	0.4603	3.2003	0.5362	0.9973	0.3601	1.7114	0.4566	0.8273	0.4163	1.5788	0.5297	0.9257
TG 54:5; [M+NH4]+; TG(16:0/18:2/20:3)	0.4183	0.5788	1.6361	1.1039	0.9605	1.1308	0.4890	2.4116	0.6122	0.8466	0.8490	0.9633
TG 54:5; [M+NH4]+; TG(16:1/18:1/20:3)	0.3853	0.5985	1.6782	1.0924	0.9684	1.1542	0.4936	2.4390	0.5791	0.8467	0.7924	0.9722
TG 54:5; [M+NH4]+; TG(17:2/18:3/19:0)	0.5454	3.3981	0.3033	1.1793	0.4765	1.1290	0.1542	0.4164	0.4960	2.3158	0.6802	0.9059
TG 54:5; [M+NH4]+; TG(18:1/18:2/18:2)	0.8860	0.2926	1.8079	0.9257	1.3727	0.8668	0.8631	1.4761	0.9958	0.5202	1.1002	0.8930
TG 54:6; [M+Li]+; TG(16:0/18:3/20:3)	0.7495	0.7203	1.2661	1.2001	1.0454	0.9875	0.6070	1.7770	0.8315	0.7732	1.0024	1.0399
TG 54:6; [M+Li]+; TG(18:0/18:3/18:3)	0.4722	3.3596	0.5798	0.9388	0.4770	1.4627	0.3305	0.6876	0.4163	1.7195	0.4181	1.1379
TG 54:6; [M+Na]+; TG(16:0/18:2/20:4)	0.8616	0.5474	1.2068	0.9981	1.0898	0.8496	1.0771	1.2870	1.1752	0.4678	1.4649	0.9748
TG 54:6; [M+NH4]+; TG(16:0/18:2/20:4)	1.0003	1.0428	0.9634	1.0952	0.9928	0.8595	1.3523	0.8750	1.0914	0.7458	1.0590	0.9223
TG 54:6; [M+NH4]+; TG(16:1/18:2/20:3)	0.8958	1.2346	1.1648	0.8102	1.0206	0.8117	1.3299	0.8573	1.2059	0.7075	1.0850	0.8766
TG 54:6; [M+NH4]+; TG(18:1/18:2/18:3)	1.2923	1.5291	0.6319	1.0143	0.7612	0.9937	0.8342	0.7711	0.8994	1.1339	0.8461	1.2928
TG 54:7; [M+Li]+; TG(16:0/18:3/20:4)	0.8979	0.7222	1.3117	0.9578	1.1877	1.0423	1.0345	1.2445	1.0005	0.8024	0.9210	0.8775
TG 54:7; [M+Na]+; TG(18:1/18:3/18:3)	1.0075	1.5637	0.9588	0.7314	1.5941	0.6234	0.7958	0.9287	0.7836	1.2204	0.9981	0.7946
TG 54:7; [M+Na]+; TG(18:2/18:2/18:3)	0.7057	1.5299	1.3677	1.3728	0.7096	0.9195	0.9680	0.5670	1.1328	1.3663	0.6801	0.6807
TG 54:7; [M+NH4]+; TG(16:1/18:2/20:4)	1.2587	1.1391	0.7912	1.1816	1.0029	0.8212	1.1313	0.6611	1.2765	0.8321	1.0658	0.8385
TG 54:7; [M+NH4]+; TG(18:2/18:2/18:3)	1.4173	0.9489	0.8844	1.0290	1.1408	0.7658	1.2581	0.6920	1.0310	0.8229	1.1097	0.9001
TG 54:8; [M+Li]+; TG(16:0/18:3/20:5)	1.0674	0.5755	1.0757	0.7965	1.1895	0.9264	1.1240	1.2106	1.1348	0.8731	1.1108	0.9157
TG 54:8; [M+Li]+; TG(16:1/18:3/20:4)	0.3858	1.9423	0.8979	0.8048	0.6319	1.2126	1.1553	1.1101	0.7441	1.0664	1.2280	0.8208
TG 54:8; [M+NH4]+; TG(16:0/18:3/20:5)	1.1003	0.9944	0.8635	0.8723	1.0917	0.9957	1.1647	0.7535	1.2104	1.0392	0.8453	1.0690
TG 54:8; [M+NH4]+; TG(16:1/16:1/22:6)	1.1372	1.0168	0.8352	0.9137	1.1601	1.0148	0.9990	0.8006	1.1822	1.0762	0.8621	1.0020
TG 54:8; [M+NH4]+; TG(16:1/18:2/20:5)	1.0753	0.8240	0.8853	0.8520	1.1037	0.8856	1.0106	1.0591	1.2112	1.0310	1.0216	1.0407
TG 54:8; [M+NH4]+; TG(16:1/18:3/20:4)	1.1372	1.0178	0.8335	0.9129	1.1585	1.0174	0.9967	0.7996	1.1842	1.0790	0.8606	1.0025
TG 54:8; [M+NH4]+; TG(18:2/18:3/18:3)	1.1288	1.0133	0.9069	0.8710	1.0836	1.0066	1.0464	0.7380	1.2210	1.0370	0.8561	1.0912
TG 54:9; [M+Li]+; TG(16:1/18:3/20:5)	0.8528	3.0672	0.3655	1.0747	0.4982	1.0664	0.5361	0.4213	0.7599	1.8891	0.6007	0.8682
TG 54:9; [M+Na]+; TG(16:1/18:3/20:5)	0.6033	0.5725	1.3519	1.8569	0.7474	0.9418	0.5252	1.2812	0.7409	1.8223	0.6906	0.8660
TG 54:9; [M+NH4]+; TG(16:1/18:3/20:5)	0.9036	1.5330	0.5979	0.8280	1.0566	0.9247	1.1996	0.7352	0.8570	1.6376	0.7084	1.0185
TG 55:0; [M+Li]+; TG(16:0/19:0/20:0)	0.2951	1.5178	1.0060	1.4587	0.5123	1.9422	0.1536	1.5817	0.3626	1.4337	1.0166	0.7197
TG 55:0; [M+Na]+; TG(16:0/18:0/21:0)	0.9660	0.4443	1.5271	1.4408	0.9764	1.1113	0.8813	1.2463	1.0243	0.8315	0.7870	0.7637
TG 55:0; [M+Na]+; TG(16:0/19:0/20:0)	0.8403	0.9313	1.4394	0.8166	1.2489	1.1905	0.9250	1.1058	1.2426	0.5070	0.7228	1.0299
TG 55:0; [M+NH4]+; TG(16:0/18:0/21:0)	0.5705	0.2307	1.7333	1.3164	1.2640	0.8255	0.8467	1.7593	0.8436	0.5458	0.9851	1.0790
TG 55:0; [M+NH4]+; TG(16:0/19:0/20:0)	0.4956	0.2678	1.3787	1.7170	1.0676	0.9679	0.7918	1.7603	0.7741	0.6316	0.8935	1.2541
TG 55:0; [M+NH4]+; TG(17:0/18:0/20:0)	0.5559	0.2470	1.6134	1.3935	1.2039	0.8435	0.9417	1.7845	0.8463	0.5560	0.9118	1.1027
TG 55:0; [M+NH4]+; TG(17:0/19:0/19:0)	0.5197	0.6418	0.8520	1.8445	0.8301	1.6940	0.2763	0.7288	0.6937	1.6903	0.6771	1.5515
TG 55:0; [M+NH4]+; TG(18:0/18:0/19:0)	0.7750	0.4124	1.6305	1.3380	0.6802	0.7028	0.7684	1.8363	0.6892	0.7340	1.0684	1.3648
TG 55:1; [M+Na]+; TG(16:0/18:1/21:0)	0.9928	0.4050	0.9152	0.9873	1.5406	1.0780	0.8866	1.1573	1.0114	0.7614	1.2616	1.0029
TG 55:1; [M+Na]+; TG(16:0/19:0/20:1)	0.4693	1.8664	0.5465	1.4738	0.5748	1.7851	0.5689	0.6471	0.5708	1.8053	0.6227	1.0693
TG 55:1; [M+NH4]+; TG(16:0/18:1/21:0)	0.4619	0.4005	0.8482	2.1198	0.8314	1.6930	0.2519	0.8037	0.6264	1.6271	0.6657	1.6703
TG 55:1; [M+NH4]+; TG(16:1/18:0/21:0)	0.4378	0.3142	1.0043	2.1266	0.9127	1.6594	0.2514	0.9255	0.6360	1.3896	0.6747	1.6679
TG 55:1; [M+NH4]+; TG(17:0/17:1/21:0)	0.4911	0.2371	1.7174	1.5997	1.2053	1.1435	0.4046	1.4538	0.8763	0.7086	0.8937	1.2689
TG 55:1; [M+NH4]+; TG(17:0/18:1/20:0)	0.5651	0.3398	1.7400	1.1132	1.2330	1.1657	0.6635	1.7462	0.7819	0.6444	0.8263	1.1808
TG 55:1; [M+NH4]+; TG(18:0/18:1/19:0)	0.4887	0.1948	1.8079	1.4637	1.2500	1.1313	0.4124	1.5527	0.8361	0.6489	0.9009	1.3126
TG 55:2; [M+Li]+; TG(18:0/18:2/19:0)	0.9311	1.3881	0.7503	0.9803	0.8059	1.2706	0.9322	0.7125	0.9321	1.2301	0.9851	1.0817
TG 55:2; [M+Na]+; TG(16:0/18:2/21:0)	0.4923	1.1111	1.3033	1.4387	1.0400	1.1570	0.5122	1.3253	0.8107	0.8038	0.7892	1.2164
TG 55:2; [M+Na]+; TG(17:0/18:1/20:1)	0.5415	0.2152	1.6175	1.2489	1.1062	0.7831	0.8146	1.5775	0.9763	0.5157	1.2314	1.3721
TG 55:2; [M+Na]+; TG(18:0/18:2/19:0)	0.5880	0.3328	1.8025	1.2553	1.1647	0.8275	0.8642	1.7286	0.8349	0.5405	1.0077	1.0534
TG 55:2; [M+Na]+; TG(18:1/18:1/19:0)	0.8042	0.2765	1.7446	1.8852	1.1030	0.7411	0.5913	1.5501	0.8127	0.6141	0.9148	0.9623
TG 55:2; [M+NH4]+; TG(16:0/18:2/21:0)	0.3303	0.3905	1.7530	1.6524	1.0662	1.3279	0.2249	2.0297	0.6095	0.6740	0.6423	1.2994
TG 55:2; [M+NH4]+; TG(16:1/18:1/21:0)	0.2918	0.3103	1.0744	2.5738	0.8246	1.8028	0.1570	1.3432	0.5089	1.1297	0.4708	1.5128
TG 55:2; [M+NH4]+; TG(17:0/18:2/20:0)	0.3369	0.6945	1.4707	1.3324	0.9639	1.4662	0.2666	2.0321	0.6064	0.6817	0.9249	1.2237
TG 55:2; [M+NH4]+; TG(17:1/18:1/20:0)	0.2923	0.3618	1.0059	2.6351	0.7826	1.8544	0.1506	1.2362	0.4949	1.2317	0.4631	1.4911
TG 55:2; [M+NH4]+; TG(18:0/18:2/19:0)	0.3170	0.2513	1.7876	1.7380	1.0981	1.3306	0.2204	2.0599	0.5965	0.6731	0.6370	1.2905
TG 55:3; [M+Li]+; TG(16:0/19:0/20:3)	0.7954	1.5985	1.2479	0.7887	0.8561	1.1092	0.8980	1.2375	0.8728	0.7924	1.0663	0.7373
TG 55:3; [M+Li]+; TG(18:1/18:2/19:0)	0.8916	1.4875	0.9211	1.0540	0.6908	1.0833	0.8380	1.0509	1.0620	1.2111	0.8423	0.8675
TG 55:3; [M+Na]+; TG(17:1/18:1/20:1)	0.5501	0.2360	1.8554	1.3014	1.2842	1.1463	0.4701	1.5057	0.8183	0.7027	0.8202	1.3098
TG 55:3; [M+Na]+; TG(18:1/18:2/19:0)	0.6109	0.3084	1.9545	1.3498	0.7381	1.1032	0.6257	1.6651	1.1888	0.6728	0.8197	0.9630
TG 55:3; [M+NH4]+; TG(16:0/19:0/20:3)	0.7310	1.4492	0.6222	1.1209	0.9311	1.0938	0.7940	0.7947	0.9362	1.4985	0.8564	1.1723
TG 55:3; [M+NH4]+; TG(17:0/18:0/20:3)	0.7496	1.3464	0.6558	1.0704	0.9473	1.1137	0.7700	0.8139	0.9549	1.5179	0.8695	1.1906
TG 55:3; [M+NH4]+; TG(17:0/18:1/20:2)	0.1810	0.2117	1.7663	2.3633	0.7785	1.5725	0.1090	2.2000	0.4028	0.7831	0.4351	1.1966
TG 55:3; [M+NH4]+; TG(17:0/18:2/20:1)	0.3828	1.3608	0.9968	1.2554	0.7703	1.6429	0.3362	1.6498	0.4127	1.0072	1.2222	0.9630
TG 55:3; [M+NH4]+; TG(17:1/18:2/20:0)	0.1859	0.6710	1.7966	1.9182	0.8366	1.4643	0.1656	2.1461	0.4200	0.6443	0.5958	1.1555
TG 55:3; [M+NH4]+; TG(17:2/18:1/20:0)	0.7080	1.3996	0.5849	1.3233	0.8768	1.2583	0.7221	0.8323	0.8845	1.4382	0.8000	1.1720
TG 55:3; [M+NH4]+; TG(18:1/18:2/19:0)	0.2057	0.3053	1.2586	2.6110	0.6593	1.9661	0.0983	1.6517	0.3632	1.1832	0.3902	1.3073
TG 55:4; [M+Li]+; TG(16:0/19:0/20:4)	0.9761	0.8471	1.2270	0.7514	1.1419	0.9699	0.9571	0.9073	1.0927	0.8055	1.2902	1.0338
TG 55:4; [M+Li]+; TG(18:1/18:3/19:0)	0.4702	3.6815	0.3480	1.1322	0.5189	1.3086	0.4423	0.3696	0.3918	1.7281	0.4083	1.2004
TG 55:4; [M+NH4]+; TG(16:0/19:0/20:4)	0.8078	1.7406	0.7850	0.9611	0.5997	1.0767	0.6089	1.5962	0.7697	1.3972	0.7177	0.9395
TG 55:4; [M+NH4]+; TG(17:0/18:0/20:4)	0.8382	1.0490	1.1687	1.1881	0.9273	0.8738	0.9472	1.3063	0.9092	0.8893	0.8977	1.0051
TG 55:4; [M+NH4]+; TG(17:0/18:1/20:3)	0.2680	2.3924	1.2674	1.7443	0.6090	1.7416	0.1885	1.4022	0.2876	0.9837	0.5350	0.5803
TG 55:4; [M+NH4]+; TG(17:0/18:2/20:2)	0.1783	0.5574	2.1995	2.5519	0.6871	1.4573	0.1632	1.6436	0.3134	0.7832	0.4170	1.0481
TG 55:4; [M+NH4]+; TG(18:1/18:3/19:0)	0.6916	0.9003	1.4599	1.3549	0.8604	0.9271	0.8293	1.6099	0.7944	0.7321	0.8500	0.9901
TG 55:4; [M+NH4]+; TG(18:2/18:2/19:0)	0.2145	1.8606	1.4075	1.8589	0.5830	1.7662	0.2795	1.6282	0.2368	0.9202	0.4912	0.7535
TG 55:5; [M+Li]+; TG(16:0/19:0/20:5)	0.9374	0.5933	1.3951	0.6784	1.0153	0.9352	1.3056	1.2097	0.9324	0.6087	1.5606	0.8281
TG 55:5; [M+Li]+; TG(16:1/19:0/20:4)	0.9939	1.0195	0.9879	0.9107	1.1213	0.7591	0.6886	1.1927	1.0249	0.9789	1.4039	0.9184
TG 55:5; [M+NH4]+; TG(17:0/18:1/20:4)	0.9996	0.6564	1.3372	1.0259	1.1186	1.1391	0.6672	1.4317	1.0705	0.7322	0.9031	0.9185
TG 55:5; [M+NH4]+; TG(17:0/18:2/20:3)	0.2611	2.2283	0.9784	1.9064	0.4206	1.8751	0.2254	1.2815	0.3999	1.4014	0.6320	0.3900
TG 55:5; [M+NH4]+; TG(17:1/18:1/20:3)	0.4976	0.5020	1.8529	1.0620	1.0503	0.6639	1.3104	1.4326	1.1304	0.5658	0.8751	1.0570
TG 55:5; [M+NH4]+; TG(18:2/18:3/19:0)	0.9348	1.2391	0.8666	1.2347	1.0333	1.0520	0.5415	1.0018	0.8306	1.2728	0.8979	1.0948
TG 55:6; [M+Li]+; TG(16:1/19:0/20:5)	0.7472	0.5008	1.4294	1.0001	1.1410	1.1093	0.6050	1.5027	0.9868	0.7932	1.2594	0.9251
TG 55:6; [M+NH4]+; TG(16:0/17:0/22:6)	0.1041	1.6047	0.7731	2.4708	0.6205	1.9083	0.1629	2.0279	0.2655	0.6062	1.0340	0.4220
TG 55:6; [M+NH4]+; TG(16:0/17:1/22:5)	0.5295	1.3395	1.1559	1.2880	0.9692	1.3765	0.2635	1.0534	0.6209	1.5429	0.6744	1.1864
TG 55:6; [M+NH4]+; TG(17:0/18:2/20:4)	0.2472	1.0582	1.1206	2.8551	0.4743	1.7039	0.2559	1.1912	0.2358	1.0629	0.9888	0.8062
TG 55:6; [M+NH4]+; TG(17:1/18:1/20:4)	1.0493	0.2775	1.5546	0.4944	2.0679	0.5465	1.6802	1.0274	1.1327	0.2926	1.1224	0.7545
TG 55:6; [M+NH4]+; TG(17:1/18:2/20:3)	0.2973	1.4495	1.2943	1.8901	0.6251	1.2693	0.2658	1.9228	0.3608	0.9260	1.1247	0.5743
TG 55:7; [M+Li]+; TG(17:0/18:3/20:4)	0.4166	0.7533	1.6656	1.2391	1.0401	1.2293	0.2659	1.8668	0.6400	0.6040	1.3233	0.9561
TG 55:7; [M+NH4]+; TG(16:0/17:1/22:6)	0.2501	0.8062	0.8686	1.8855	0.7632	1.9905	0.3640	2.1186	0.4077	1.1067	0.7816	0.6573
TG 55:7; [M+NH4]+; TG(17:0/18:2/20:5)	0.2859	0.8781	0.9031	1.9795	0.6712	1.9887	0.3413	1.8565	0.4519	1.1101	0.8574	0.6762
TG 55:7; [M+NH4]+; TG(17:1/18:2/20:4)	0.4676	1.5094	0.6320	2.9016	0.5927	1.5441	0.4364	1.6216	0.4254	0.6277	0.6700	0.5717
TG 55:7; [M+NH4]+; TG(17:2/18:2/20:3)	0.2566	0.7824	0.8512	1.9016	0.8080	2.1458	0.3599	2.0772	0.3837	1.0159	0.7588	0.6589
TG 55:8; [M+Li]+; TG(17:0/18:3/20:5)	0.3787	1.4526	0.7844	2.0249	0.6646	1.4717	0.1380	1.0419	0.4960	1.8973	0.6934	0.9565
TG 55:8; [M+Li]+; TG(17:1/18:3/20:4)	0.4163	0.2750	1.8734	1.2429	1.0831	1.1145	0.3219	2.2539	0.7104	0.6991	0.9747	1.0348
TG 55:8; [M+Li]+; TG(17:2/18:2/20:4)	0.3651	0.2452	1.8799	1.2771	1.0474	1.1361	0.2673	2.4014	0.6383	0.7226	0.9783	1.0414
TG 55:8; [M+NH4]+; TG(17:1/18:2/20:5)	0.5112	1.6670	1.1185	0.7749	1.0146	0.9594	0.9116	0.9134	0.7218	1.0827	0.7749	1.5501
TG 56:10; [M+NH4]+; TG(16:1/18:3/22:6)	0.8688	1.3326	0.7516	1.0711	0.9885	1.0335	0.7940	1.0456	1.3344	0.8645	1.0402	0.8752
TG 56:10; [M+NH4]+; TG(18:2/18:3/20:5)	0.7100	1.3966	0.5870	1.1049	1.0930	1.1535	0.8978	0.9071	1.3220	1.0474	1.0321	0.7487
TG 56:1; [M+Li]+; TG(17:0/18:1/21:0)	0.5647	0.3381	1.7932	1.9646	1.1240	0.7720	0.6112	1.5831	0.8273	0.4818	0.9319	1.0081
TG 56:1; [M+Li]+; TG(18:0/18:1/20:0)	0.5264	0.3761	1.2191	1.8531	0.9497	1.1937	0.7536	1.2978	0.7135	0.8424	0.8518	1.4229
TG 56:1; [M+Li]+; TG(18:1/19:0/19:0)	0.7819	0.3171	1.6724	1.4698	1.0677	0.9880	0.5736	1.5307	1.0138	0.5806	1.0681	0.9362
TG 56:1; [M+Na]+; TG(16:0/18:0/22:1)	0.7448	0.4094	1.8151	0.8353	1.2270	0.7677	0.8311	1.7411	0.9697	0.6135	1.2311	0.8142
TG 56:1; [M+Na]+; TG(16:0/18:1/22:0)	0.2652	1.2210	0.5137	2.5856	0.8370	2.1307	0.2039	1.7299	0.2694	0.9357	0.3317	0.9762
TG 56:1; [M+Na]+; TG(16:0/20:0/20:1)	1.2295	0.2693	1.3015	0.8869	1.5269	1.0191	0.9598	1.0307	0.6932	0.7420	1.0239	1.3171
TG 56:1; [M+Na]+; TG(17:0/19:0/20:1)	0.7441	1.5900	0.7706	1.0626	0.8671	1.2752	0.5979	0.9326	0.8877	1.2979	0.9311	1.0433
TG 56:1; [M+Na]+; TG(18:0/18:1/20:0)	0.6140	2.2702	1.1677	1.2181	0.5134	1.0577	0.5635	0.8543	0.5852	1.4909	0.6211	1.0439
TG 56:1; [M+NH4]+; TG(18:0/18:1/20:0)	0.7718	0.5805	1.2930	1.2974	1.1713	0.9914	0.8694	1.5831	0.8298	0.7064	0.9338	0.9722
TG 56:2; [M+Li]+; TG(18:2/19:0/19:0)	0.4841	0.2408	1.7089	1.6424	1.2038	1.1499	0.3972	1.4328	0.8665	0.7170	0.8888	1.2679
TG 56:2; [M+Na]+; TG(16:0/18:1/22:1)	0.9914	1.1028	0.9961	1.0210	1.0536	0.9750	0.6844	1.0581	0.9745	1.0538	1.3632	0.7261
TG 56:2; [M+Na]+; TG(16:0/18:2/22:0)	0.1845	0.5386	0.9229	2.0222	0.5743	2.9957	0.1673	1.9549	0.2271	0.9280	0.4638	1.0208
TG 56:2; [M+Na]+; TG(16:1/18:1/22:0)	0.3097	0.9436	0.8486	2.4227	0.3931	2.3666	0.2495	1.7816	0.3817	1.1399	0.4032	0.7597
TG 56:2; [M+Na]+; TG(18:0/18:1/20:1)	0.6573	0.5868	1.5050	1.0499	1.0313	0.7754	1.0643	1.3262	1.0691	0.7056	1.3744	0.8547
TG 56:2; [M+NH4]+; TG(16:0/18:1/22:1)	0.8890	1.0363	1.0344	0.8064	1.0083	1.2596	0.7976	1.0991	0.9995	1.2049	0.8423	1.0227
TG 56:2; [M+NH4]+; TG(16:0/20:1/20:1)	1.0493	0.3353	1.6422	0.6769	1.4097	0.9841	0.9335	1.6571	0.9288	0.6830	0.9958	0.7045
TG 56:2; [M+NH4]+; TG(17:0/18:2/21:0)	0.9305	0.6127	1.3210	0.6912	1.4943	0.8927	0.9899	1.7750	0.9003	0.6880	0.9734	0.7311
TG 56:2; [M+NH4]+; TG(18:0/18:2/20:0)	0.9143	0.5865	1.6104	0.6639	1.3264	0.8870	0.9305	1.6513	0.9921	0.7432	0.9438	0.7505
TG 56:2; [M+NH4]+; TG(18:2/19:0/19:0)	0.9282	0.6128	1.3241	0.6889	1.4245	0.9026	0.9969	1.7835	0.9050	0.6943	0.9774	0.7618
TG 56:3; [M+Li]+; TG(18:1/18:2/20:0)	0.2838	0.1808	1.5303	1.9931	1.0107	1.5524	0.2018	1.8427	0.5704	0.7339	0.5494	1.5506
TG 56:3; [M+Na]+; TG(16:0/18:1/22:2)	0.2514	0.8210	1.0672	2.7178	0.5146	2.5078	0.1961	1.6815	0.4077	0.9337	0.5240	0.3774
TG 56:3; [M+Na]+; TG(16:0/18:2/22:1)	0.2767	0.3061	1.4644	2.6577	0.4534	2.1466	0.2511	2.3035	0.2538	0.6925	0.6310	0.5632
TG 56:3; [M+Na]+; TG(16:0/20:0/20:3)	0.5137	1.8743	0.6837	1.6464	0.7553	1.2190	0.2347	0.7030	0.5979	1.9953	0.6749	1.1017
TG 56:3; [M+Na]+; TG(18:0/18:0/20:3)	0.4419	1.5621	0.7283	1.3259	0.8188	1.4450	0.2563	0.9736	0.6553	1.8789	0.7934	1.1204
TG 56:3; [M+Na]+; TG(18:0/18:2/20:1)	0.4404	1.7123	0.7646	1.4106	0.8464	1.3592	0.2422	0.8892	0.6265	1.8058	0.8212	1.0818
TG 56:3; [M+Na]+; TG(18:1/18:2/20:0)	0.3404	0.3584	1.3992	2.6963	0.4879	2.3265	0.2231	1.9931	0.2702	0.6495	0.7704	0.4849
TG 56:3; [M+NH4]+; TG(16:0/18:0/22:3)	0.6601	0.9503	0.7952	1.5264	0.8754	2.3417	0.6809	1.5880	0.6972	0.7240	0.6738	0.4871
TG 56:3; [M+NH4]+; TG(16:0/18:2/22:1)	0.8027	1.2128	1.0324	1.3596	0.7768	1.4622	0.9194	1.7335	0.7405	0.6326	0.8507	0.4767
TG 56:3; [M+NH4]+; TG(16:1/18:1/22:1)	0.9909	0.8915	0.8501	0.9154	1.0210	0.9810	0.9714	0.9275	1.2528	1.3150	1.0009	0.8824
TG 56:3; [M+NH4]+; TG(18:0/18:1/20:2)	1.0133	0.9098	1.2198	0.9117	1.0790	0.8845	1.2356	1.1561	1.1313	0.6745	1.0289	0.7553
TG 56:3; [M+NH4]+; TG(18:1/18:2/20:0)	1.0389	0.8956	0.8385	0.9200	1.0152	0.9874	0.9617	0.9221	1.2334	1.3126	0.9997	0.8748
TG 56:4; [M+Li]+; TG(17:0/19:0/20:4)	0.1890	0.2572	1.8422	2.3505	0.7280	1.6047	0.1128	2.1935	0.3576	0.7001	0.4507	1.2137
TG 56:4; [M+Na]+; TG(16:0/18:0/22:4)	0.2369	0.6921	1.0386	2.3719	0.6126	1.6506	0.2151	2.7745	0.3099	0.7678	0.7948	0.5352
TG 56:4; [M+Na]+; TG(16:0/18:1/22:3)	0.2137	0.5790	1.9067	1.8822	1.0570	1.8286	0.1885	2.3015	0.3545	0.4987	0.7085	0.4811
TG 56:4; [M+Na]+; TG(16:0/18:2/22:2)	0.2615	0.6153	1.5928	2.3124	0.6099	1.3210	0.2187	2.2802	0.3826	0.7780	1.0694	0.5582
TG 56:4; [M+Na]+; TG(16:0/20:1/20:3)	0.1737	1.7076	1.1347	1.5966	0.3506	1.3999	0.1631	2.1962	0.2754	1.7392	0.6202	0.6427
TG 56:4; [M+Na]+; TG(18:1/18:1/20:2)	0.6574	0.4980	1.4935	1.2006	1.1569	1.0029	0.5994	1.8540	1.0022	0.6588	0.9217	0.9547
TG 56:4; [M+Na]+; TG(18:1/18:2/20:1)	0.2122	1.8233	0.7622	1.7813	0.4485	1.5702	0.1512	1.6170	0.2739	2.0312	0.5459	0.7831
TG 56:4; [M+Na]+; TG(18:1/18:3/20:0)	0.3425	1.3354	0.7266	2.2872	0.6357	1.6678	0.1585	1.0178	0.5518	1.7018	0.5115	1.0633
TG 56:4; [M+Na]+; TG(18:2/18:2/20:0)	0.1943	0.6118	2.0484	1.6975	0.4689	1.4571	0.1949	2.7674	0.2930	0.6242	1.1411	0.5014
TG 56:4; [M+NH4]+; TG(16:0/18:0/22:4)	1.0641	0.4242	1.1751	1.8985	0.7545	0.8375	0.9985	1.2960	0.8015	0.6811	0.8271	1.2418
TG 56:4; [M+NH4]+; TG(16:0/18:1/22:3)	1.0663	0.4370	1.1961	1.8795	0.7588	1.0453	1.0270	1.3339	0.8507	0.7024	0.8275	0.8756
TG 56:4; [M+NH4]+; TG(16:0/18:2/22:2)	0.8655	0.7023	1.1272	2.1541	1.0445	1.1542	0.8130	0.8934	0.8715	0.5027	0.9054	0.9662
TG 56:4; [M+NH4]+; TG(16:0/20:1/20:3)	0.8884	0.8219	0.9485	1.7813	0.8679	1.5443	0.8232	1.0259	0.9424	0.8729	0.9008	0.5827
TG 56:4; [M+NH4]+; TG(18:1/18:2/20:1)	1.1854	0.7172	1.5061	1.1929	0.8860	1.1720	1.1580	1.1304	0.8773	0.6046	0.7304	0.8396
TG 56:4; [M+NH4]+; TG(18:2/18:2/20:0)	0.9939	0.7117	1.6741	1.0958	0.9149	0.8078	1.1735	1.1726	0.9039	0.6035	1.0586	0.8898
TG 56:5; [M+Li]+; TG(18:0/18:1/20:4)	0.4844	1.8828	0.5916	1.3037	0.5581	1.3438	0.3452	1.6596	0.4461	1.4065	1.1034	0.8748
TG 56:5; [M+Na]+; TG(16:0/18:1/22:4)	0.5327	0.8389	1.4350	1.1317	1.0749	1.2593	0.7735	1.7280	0.8081	1.0461	0.6888	0.6832
TG 56:5; [M+Na]+; TG(18:0/18:2/20:3)	0.7688	0.5932	1.5924	0.7278	1.3036	0.9288	0.7500	1.7385	0.9905	0.8409	0.9660	0.7995
TG 56:5; [M+Na]+; TG(18:1/18:1/20:3)	0.7216	0.4230	1.4279	0.7347	1.2461	1.0253	1.0024	1.8926	0.9578	0.6814	1.0360	0.8512
TG 56:5; [M+NH4]+; TG(16:0/18:1/22:4)	0.9937	0.4300	1.2263	0.8402	1.3822	0.8965	1.0275	1.1080	1.1163	0.7605	1.3003	0.9185
TG 56:5; [M+NH4]+; TG(16:0/18:2/22:3)	0.9549	0.3737	1.2353	0.8560	1.3358	0.8939	1.0440	1.2931	1.1817	0.6968	1.2306	0.9041
TG 56:5; [M+NH4]+; TG(16:0/20:1/20:4)	1.1617	0.7557	1.4497	0.7269	1.3640	1.1494	0.8409	1.0044	1.0640	0.9946	0.7077	0.7810
TG 56:5; [M+NH4]+; TG(18:0/18:1/20:4)	0.8993	0.5423	1.2713	0.8919	1.2444	0.9295	0.9941	1.4272	1.1014	0.6702	1.1506	0.8780
TG 56:5; [M+NH4]+; TG(18:1/18:3/20:1)	0.9169	0.4508	1.3101	0.8824	1.3250	0.9130	1.0380	1.4539	1.2229	0.6648	1.1083	0.7140
TG 56:5; [M+NH4]+; TG(18:2/18:2/20:1)	1.3170	0.7040	0.8470	1.2622	1.2220	1.5955	0.4332	0.4591	0.9843	0.9745	0.9111	1.2901
TG 56:5; [M+NH4]+; TG(18:2/18:3/20:0)	0.9861	0.5024	1.1335	1.0767	1.3319	0.9415	0.9394	1.1130	1.2449	0.7616	1.1907	0.7783
TG 56:6; [M+Li]+; TG(16:0/18:0/22:6)	0.9442	0.6075	1.1437	0.8452	1.4175	0.7709	1.1805	1.1798	1.1279	0.7434	1.1626	0.8768
TG 56:6; [M+Li]+; TG(16:0/20:3/20:3)	0.8129	1.8553	0.5344	0.9945	0.7605	1.1773	0.5358	0.9262	0.7276	1.8310	0.9081	0.9365
TG 56:6; [M+Li]+; TG(18:0/18:3/20:3)	0.9813	0.4027	1.4628	0.9299	1.4109	0.9118	0.9419	1.5515	0.8811	0.6501	1.0029	0.8730
TG 56:6; [M+Na]+; TG(16:0/20:3/20:3)	0.6399	1.0869	0.8953	1.6224	0.7145	1.8997	0.8479	1.5277	0.6584	0.7612	0.8153	0.5308
TG 56:6; [M+Na]+; TG(18:1/18:1/20:4)	0.8921	1.0323	1.3626	0.7341	1.1175	0.9526	1.1992	1.1642	1.1272	0.7557	0.9668	0.6957
TG 56:6; [M+NH4]+; TG(16:0/18:0/22:6)	0.5939	1.1630	1.0579	1.3963	0.7980	0.9104	0.4081	1.2939	0.7377	2.0285	0.6564	0.9559
TG 56:6; [M+NH4]+; TG(16:0/18:1/22:5)	0.6453	0.2463	1.5961	1.4246	1.1695	1.0712	0.4742	1.5069	0.9315	0.8912	0.8665	1.1766
TG 56:6; [M+NH4]+; TG(16:0/18:2/22:4)	0.6545	0.3262	1.4646	1.2594	1.2666	1.1148	0.4532	1.4846	0.9608	0.8731	0.9273	1.2150
TG 56:6; [M+NH4]+; TG(16:0/20:2/20:4)	0.4987	2.5124	0.3997	1.4837	0.6018	1.9091	0.3881	0.3602	0.6814	1.5558	0.5594	1.0497
TG 56:6; [M+NH4]+; TG(16:1/18:1/22:4)	0.5495	0.6459	1.0041	1.7537	0.9967	1.4769	0.4432	1.2806	0.7492	1.1712	0.7293	1.1997
TG 56:6; [M+NH4]+; TG(17:1/17:2/22:3)	0.5921	0.9581	0.7995	1.6480	0.8720	1.3334	0.6123	0.7119	0.7542	1.6615	0.7046	1.3524
TG 56:6; [M+NH4]+; TG(18:0/18:2/20:4)	0.5859	1.2688	1.0825	0.9496	0.7756	0.9347	0.4047	1.3166	0.7648	2.2098	0.6944	1.0126
TG 56:6; [M+NH4]+; TG(18:1/18:1/20:4)	0.4678	0.3297	1.3974	1.5544	1.1470	1.1294	0.5339	1.9235	0.7567	0.7706	0.7951	1.1945
TG 56:6; [M+NH4]+; TG(18:2/18:2/20:2)	0.6521	0.3331	1.4597	1.2508	1.2804	1.1209	0.4476	1.4800	0.9518	0.8706	0.9345	1.2184
TG 56:6; [M+NH4]+; TG(18:2/18:3/20:1)	0.4810	1.5311	0.4901	1.5390	0.6151	1.8432	0.3614	0.6429	0.6296	2.1682	0.5355	1.1628
TG 56:7; [M+Li]+; TG(16:0/18:3/22:4)	0.2291	1.0866	1.0394	1.7720	0.7851	1.9676	0.2748	1.9033	0.3649	0.9228	1.0411	0.6133
TG 56:7; [M+Li]+; TG(16:0/20:3/20:4)	0.9080	1.8379	0.5734	1.1849	0.9334	1.1689	0.4027	0.7179	0.7623	1.6728	0.6998	1.1381
TG 56:7; [M+Li]+; TG(18:0/18:3/20:4)	0.5471	1.5012	0.7015	2.2473	0.7951	1.8565	0.4021	0.9084	0.7272	0.8195	0.7637	0.7302
TG 56:7; [M+Li]+; TG(18:1/18:3/20:3)	0.9631	0.6155	1.2221	1.1462	1.1662	0.8659	0.7200	1.2857	1.0346	1.0050	0.9807	0.9950
TG 56:7; [M+Na]+; TG(16:0/18:1/22:6)	0.6186	1.3062	1.2125	1.3409	0.6744	1.2416	0.8937	1.6921	0.4730	0.7144	0.8722	0.9605
TG 56:7; [M+NH4]+; TG(16:0/18:1/22:6)	0.4955	0.6695	1.5567	1.2417	0.7954	1.1948	0.4664	2.2882	0.6946	1.0263	0.5805	0.9905
TG 56:7; [M+NH4]+; TG(16:0/18:2/22:5)	0.3255	0.3287	0.9625	2.0194	0.6968	1.8563	0.1342	1.5248	0.5702	1.6615	0.4201	1.5002
TG 56:7; [M+NH4]+; TG(16:0/20:3/20:4)	1.2263	1.5796	0.4984	1.1715	1.0718	1.0966	0.9600	0.7333	0.7292	1.3937	0.4216	1.1181
TG 56:7; [M+NH4]+; TG(16:1/18:1/22:5)	0.9788	2.2877	0.4334	0.9769	0.7969	0.8929	0.6363	0.4953	0.8435	2.1074	0.4846	1.0663
TG 56:7; [M+NH4]+; TG(16:1/18:2/22:4)	1.3360	2.3468	0.6786	0.9439	0.9178	0.8753	0.6490	0.8308	0.8616	0.8912	0.8509	0.8181
TG 56:7; [M+NH4]+; TG(17:0/17:2/22:5)	0.5197	0.6379	0.8556	1.8459	0.8313	1.6928	0.2764	0.7313	0.6944	1.6862	0.6773	1.5512
TG 56:7; [M+NH4]+; TG(17:2/19:0/20:5)	0.4846	0.2405	1.7103	1.6367	1.2042	1.1496	0.3980	1.4346	0.8675	0.7164	0.8896	1.2679
TG 56:7; [M+NH4]+; TG(18:1/18:2/20:4)	0.3740	0.3128	1.1525	1.7779	0.8097	1.7203	0.3802	1.7320	0.5903	1.2584	0.5255	1.3665
TG 56:7; [M+NH4]+; TG(18:2/18:2/20:3)	0.3629	0.3389	1.4263	1.6221	0.9505	1.5233	0.2572	2.3593	0.5511	0.7985	0.5152	1.2948
TG 56:8; [M+Li]+; TG(18:0/18:3/20:5)	0.3460	0.9566	1.3951	1.8723	0.4536	1.7240	0.3154	2.3256	0.3581	0.8297	0.8236	0.6000
TG 56:8; [M+Na]+; TG(16:1/18:2/22:5)	0.8281	0.3811	1.1687	1.1133	1.3451	1.1180	0.9045	0.9390	1.2230	0.7921	1.2104	0.9768
TG 56:8; [M+NH4]+; TG(16:1/18:1/22:6)	0.9040	1.2718	1.3834	0.8014	1.0364	1.0114	1.4428	0.6436	1.0973	0.6979	0.8515	0.8584
TG 56:8; [M+NH4]+; TG(16:1/18:2/22:5)	1.1401	1.6816	0.6565	1.1093	0.9287	0.8798	0.7163	0.5787	0.8966	1.3855	0.6369	1.3900
TG 56:8; [M+NH4]+; TG(16:1/20:3/20:4)	1.0419	0.9088	0.7064	0.8722	1.3364	0.8223	1.2408	0.7264	1.0029	1.1297	1.0134	1.1989
TG 56:8; [M+NH4]+; TG(18:0/18:3/20:5)	0.4736	0.1918	1.6865	1.7491	1.1940	1.1668	0.3787	1.3935	0.8537	0.7396	0.8684	1.3041
TG 56:8; [M+NH4]+; TG(18:1/18:2/20:5)	0.8631	2.5016	0.4506	1.0615	0.6823	0.9284	0.5211	0.5883	0.9569	1.5961	0.6524	1.1977
TG 56:8; [M+NH4]+; TG(18:1/18:3/20:4)	0.5380	1.1880	0.4110	2.1926	0.4505	1.9088	0.2308	0.5428	0.5599	2.5533	0.5540	0.8703
TG 56:8; [M+NH4]+; TG(18:2/18:2/20:4)	0.8767	2.5366	0.4520	1.0533	0.6656	0.9369	0.5159	0.5671	0.9143	1.6283	0.6586	1.1948
TG 56:8; [M+NH4]+; TG(18:2/18:3/20:3)	1.2021	1.3389	0.4802	0.9022	1.1066	1.1867	0.9484	0.6316	0.8499	1.2074	0.9850	1.1610
TG 56:9; [M+Li]+; TG(18:1/18:3/20:5)	0.6699	0.8701	1.0062	2.0794	1.0023	1.3708	1.0367	0.6710	0.8836	0.9054	0.6052	0.8995
TG 56:9; [M+NH4]+; TG(16:0/18:3/22:6)	1.0787	1.7015	0.9511	0.8636	1.1373	0.9042	1.1758	0.7919	0.9271	0.7960	0.7877	0.8850
TG 56:9; [M+NH4]+; TG(16:0/20:4/20:5)	0.8243	2.3871	0.6235	0.6965	0.8482	1.0078	0.7490	0.9870	0.7156	1.7731	0.4933	0.8946
TG 56:9; [M+NH4]+; TG(16:1/18:2/22:6)	0.7728	1.3222	0.8463	1.2677	0.6819	1.0444	1.2824	0.8932	0.8843	1.5398	0.8446	0.6204
TG 56:9; [M+NH4]+; TG(18:2/18:2/20:5)	1.3116	1.0778	1.0292	0.5693	0.9074	1.0058	1.1600	0.8858	1.0662	0.8346	1.2052	0.9472
TG 56:9; [M+NH4]+; TG(18:2/18:3/20:4)	0.5750	2.9590	0.4915	1.2352	0.5925	1.2685	0.5775	0.6032	0.5640	1.5237	0.6513	0.9583
TG 57:0; [M+Li]+; TG(16:0/19:0/22:0)	0.8450	0.3823	1.7365	1.0544	1.2363	0.6686	0.9549	1.8102	0.9658	0.4852	1.1367	0.7242
TG 57:0; [M+Li]+; TG(18:0/19:0/20:0)	0.8090	1.7200	0.6395	1.0721	0.9444	1.3039	0.5150	0.7835	0.6835	1.4027	1.0330	1.0933
TG 57:0; [M+NH4]+; TG(16:0/19:0/22:0)	0.5177	0.2139	2.2390	1.3453	1.1545	1.0166	0.7729	1.5225	0.8071	0.6518	0.7095	1.0493
TG 57:10; [M+Li]+; TG(17:1/20:4/20:5)	0.3382	0.2056	1.6520	1.7214	1.0503	1.4888	0.2420	1.9658	0.5573	0.6361	0.6412	1.5013
TG 57:1; [M+NH4]+; TG(16:0/20:1/21:0)	0.5600	0.2254	2.4109	1.5411	1.1136	0.7359	0.6031	1.3072	0.7934	0.5921	0.8472	1.2701
TG 57:1; [M+NH4]+; TG(17:0/18:1/22:0)	0.5390	0.3000	1.9904	1.4577	1.1614	0.8971	0.5823	1.5740	0.8034	0.4992	0.9467	1.2488
TG 57:1; [M+NH4]+; TG(18:1/19:0/20:0)	0.5418	0.1984	2.3293	1.4083	1.3109	0.8708	0.5688	1.5654	0.7867	0.5148	0.7678	1.1369
TG 57:2; [M+NH4]+; TG(16:0/19:0/22:2)	0.4769	0.1696	2.3477	1.2176	1.2658	0.9634	0.4817	1.5920	0.8715	0.5067	1.0209	1.0862
TG 57:2; [M+NH4]+; TG(16:0/20:2/21:0)	0.4832	0.1592	2.1682	1.5986	1.3106	0.7273	0.4763	1.6988	0.7528	0.5329	0.9051	1.1869
TG 57:2; [M+NH4]+; TG(17:0/18:1/22:1)	0.4723	0.1529	2.1262	1.5675	1.2812	0.8766	0.4657	1.6575	0.8343	0.5224	0.8845	1.1588
TG 57:2; [M+NH4]+; TG(17:0/18:2/22:0)	0.4398	0.1845	1.9889	1.4356	1.2270	0.8477	0.4751	1.8818	0.7794	0.5870	0.9791	1.1741

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

Factors:

F1	ZT_time:ZT0 | Genotype:KO
F2	ZT_time:ZT0 | Genotype:WT
F3	ZT_time:ZT12 | Genotype:KO
F4	ZT_time:ZT12 | Genotype:WT
F5	ZT_time:ZT16 | Genotype:KO
F6	ZT_time:ZT16 | Genotype:WT
F7	ZT_time:ZT20 | Genotype:KO
F8	ZT_time:ZT20 | Genotype:WT
F9	ZT_time:ZT4 | Genotype:KO
F10	ZT_time:ZT4 | Genotype:WT
F11	ZT_time:ZT8 | Genotype:KO
F12	ZT_time:ZT8 | Genotype:WT