Data for Prenatal exposures and Metabolite and Lipid Profiles (Study ST000523)

(Analysis AN000800)

Values for each metabolite have been scaled by dividing by the mean across all factors

Cluster analysis cannot be performed on this study (too few factors)

Metabolite
CE(16:0); [M+NH4]+	1.0616	1.0058	0.8627	1.0456	NA	0.8429	1.2580	0.9613	1.1068	1.2065
CE(16:1); [M+NH4]+	0.7177	0.5821	1.7661	0.8935	NA	1.6842	0.8120	0.8346	0.7764	0.6010
CE(17:1); [M+NH4]+	0.8167	0.9605	1.1264	1.0336	NA	1.0982	0.9425	0.7733	0.9836	0.8189
CE(18:0); [M+NH4]+	0.8626	0.7835	1.2401	0.7931	NA	1.2510	1.5799	0.8372	0.9622	1.4031
CE(18:1); [M+NH4]+	1.0569	0.9768	0.8014	1.2164	NA	0.7719	1.0126	1.0464	1.0069	0.9988
CE(18:2); [M+NH4]+	1.1511	1.2415	0.4659	1.2040	NA	0.4019	1.1190	1.1174	1.1021	1.2540
CE(18:3); [M+NH4]+	1.2690	1.2234	0.5191	1.1885	NA	0.4393	1.1037	0.9729	1.1114	1.2122
CE(20:3); [M+NH4]+	0.8683	1.0567	1.1572	0.9199	NA	1.0456	0.8715	0.8677	0.9740	0.9207
CE(20:4); [M+NH4]+	0.9770	1.1646	1.2844	0.6552	NA	1.2513	0.8185	0.7486	0.9200	0.9866
CE(20:5); [M+NH4]+	1.3447	1.5537	0.6039	0.7509	NA	0.6207	0.7668	0.7665	0.8627	1.7775
CE(22:4); [M+NH4]+	0.9164	1.0207	1.3873	0.7175	NA	1.3132	0.8330	0.8464	1.0165	0.8286
CE(22:5); [M+NH4]+	0.6391	0.8998	1.5780	0.7356	NA	1.5896	0.8130	0.7663	0.8734	0.5456
CE(22:6); [M+NH4]+	0.5880	1.1156	1.2010	0.8595	NA	1.2007	0.8900	0.8090	0.9625	0.6555
DG 28:0; [M+NH4]+	1.3464	1.0017	0.3262	1.2994	NA	0.3239	0.7435	0.9492	0.8105	2.1939
DG 30:0; [M+NH4]+	1.6009	0.7857	0.2338	1.7078	NA	0.2500	1.0326	1.0755	0.9868	1.9522
DG 30:1; [M+NH4]+	1.7025	0.8836	0.2923	1.5252	NA	0.2371	0.8587	0.9640	1.1548	2.2474
DG 32:0; [M+NH4]+	1.5491	0.5811	0.3185	1.9670	NA	0.3227	0.7620	1.0232	1.2438	1.2397
DG 32:1; [M+NH4]+	1.5852	0.6627	0.3513	1.8037	NA	0.3117	0.9214	0.9269	1.2147	1.6052
DG 32:2; [M+NH4]+	1.6935	0.8291	0.3166	1.5729	NA	0.3184	1.0271	0.9512	1.0987	1.9751
DG 32:3; [M+NH4]+	1.7178	0.8491	0.3495	1.5173	NA	0.3904	0.7549	1.0873	1.0084	1.9040
DG 33:0; [M+NH4]+	1.3617	0.7895	0.5918	1.4896	NA	0.5959	0.9821	0.9920	0.8742	1.5574
DG 33:1; [M+NH4]+	1.4959	0.7558	0.2865	1.7416	NA	0.3228	0.9111	0.8930	1.0382	1.7389
DG 33:2; [M+NH4]+	1.3786	0.8560	0.3270	1.5680	NA	0.3172	0.8440	0.8860	0.9474	1.9960
DG 34:0; [M+NH4]+	1.7627	0.7378	0.4981	1.4647	NA	0.5018	1.1281	0.9821	0.9789	1.9999
DG 34:2; [M+NH4]+	1.9466	0.6099	0.2823	1.7969	NA	0.2546	1.0537	0.8890	0.9252	2.2034
DG 34:3; [M+NH4]+	2.0098	0.6961	0.3836	1.5959	NA	0.3473	1.0633	0.8313	0.9676	2.2560
DG 34:4; [M+NH4]+	1.8656	0.8587	0.4648	1.3740	NA	0.4481	0.8402	0.9011	1.0361	2.1525
DG 35:1; [M+NH4]+	1.4483	0.8373	0.3359	1.5798	NA	0.3304	1.1011	0.7905	1.1919	1.9478
DG 35:2; [M+NH4]+	1.2346	0.8016	0.3211	1.7089	NA	0.3343	1.0389	0.8457	1.1610	1.7278
DG 35:3; [M+NH4]+	1.2958	0.8420	0.2695	1.6478	NA	0.3441	0.7145	0.7283	1.1112	1.6362
DG 36:0; [M+NH4]+	1.0100	0.9359	0.8589	1.1379	NA	0.9231	0.8930	1.0083	1.0221	1.2930
DG 36:1; [M+NH4]+	1.5903	0.7556	0.3473	1.6174	NA	0.3412	1.1846	0.9981	1.0197	1.9659
DG 36:2; [M+NH4]+	1.2266	0.8179	0.3284	1.7241	NA	0.2685	1.0774	0.8148	1.1575	1.7092
DG 36:3; [M+NH4]+	1.2009	0.7920	0.1839	1.8686	NA	0.1623	1.0893	0.9413	0.9269	1.8736
DG 36:4; [M+NH4]+	1.2780	0.9081	0.2403	1.6668	NA	0.2072	0.9645	0.9760	1.0807	1.9493
DG 36:5; [M+NH4]+	1.5424	0.8928	0.3880	1.3706	NA	0.4093	1.0602	0.8902	1.0622	2.4845
DG 38:1; [M+NH4]+	0.8181	1.1527	0.3998	1.4470	NA	0.2970	0.9663	0.9247	1.2712	1.2526
DG 38:2; [M+NH4]+	0.8769	0.7744	0.2734	1.8978	NA	0.1950	1.0368	0.9032	1.2809	1.2252
DG 38:4; [M+NH4]+	1.0616	0.7702	0.7060	1.4798	NA	0.7422	0.9014	0.8855	1.0947	1.2224
DG 38:5; [M+NH4]+	1.3073	0.8014	0.5918	1.4487	NA	0.6002	1.1394	0.8725	0.9411	1.6983
DG 38:6; [M+NH4]+	1.3239	0.8372	0.5997	1.3548	NA	0.6836	1.1003	0.9305	0.8227	1.8668
DG 40:5; [M+NH4]+	1.4591	0.7163	0.8291	1.3231	NA	0.8860	0.8104	0.6634	1.3124	1.3517
DG 40:6; [M+NH4]+	1.1499	0.7729	0.6935	1.4283	NA	0.7240	0.8377	0.9174	1.0266	1.6321
DG 40:7; [M+NH4]+	0.7562	0.7885	0.7434	1.4281	NA	0.8164	0.8338	0.8301	1.2217	1.3883
DG 40:8; [M+NH4]+	1.0234	0.7621	0.7140	1.3420	NA	0.9540	1.0187	0.7890	0.8286	1.7521
IS CE 17:0; [M+NH4]+	1.1136	1.0106	1.1043	0.7698	NA	1.2226	1.1373	0.8190	1.0690	1.2234
IS Ceramide; [M-H2O]+	1.2163	0.8820	1.2482	0.7908	NA	1.3133	1.1113	0.8970	0.8136	1.2579
IS D31-TAG	0.9204	0.8280	1.8248	0.5138	NA	1.7980	0.8514	0.4984	0.9494	0.8240
IS d5-DAG	0.5933	1.0111	1.1144	0.9406	NA	1.0748	1.0022	0.9502	1.2380	0.9239
IS DG 34:1; [M+NH4]+	1.5155	0.5939	0.3349	1.8849	NA	0.3271	0.7893	0.7194	1.4758	1.6821
IS lysoPC 17:0; [M+H]+	1.1281	0.9966	0.9974	0.9616	NA	0.9597	0.9986	0.9701	1.0920	1.2004
IS MG 17:0; [M+NH4]+	1.0793	0.9827	1.0196	0.9640	NA	1.0063	0.9858	0.9777	1.1310	1.0755
IS PC 34:0; [M+H]+	1.2421	0.9402	1.0084	0.9336	NA	1.0425	1.1092	1.0469	0.9398	1.2923
IS PE 34:0; [M+H]+	1.0744	0.9260	1.1393	0.9041	NA	1.1613	0.9513	0.9200	1.0757	1.1031
IS PS 34:0; [M+H]+	0.7380	0.9407	0.9242	1.2404	NA	1.0049	0.6868	0.7034	1.1709	0.8036
IS SM 35:1; [M+H]+	1.2260	0.9070	1.3349	0.6977	NA	1.4097	0.8988	0.9154	0.9525	1.1593
IS TG 51:0; [M+NH4]+	0.9776	0.9001	1.3574	0.7810	NA	1.3107	1.2626	0.2766	1.1901	1.1939
lysoPC 14:0; [M+H]+	1.4272	0.9647	1.0565	0.6640	NA	1.0226	0.9018	0.8661	1.0938	2.7717
lysoPC 14:0; [M+Na]+	1.2843	0.9890	1.0348	0.7539	NA	1.1438	0.5690	0.9293	0.7963	2.2782
lysoPC 15:0; [M+H]+	1.4412	1.2514	0.6915	0.7246	NA	0.6954	0.8829	0.8489	1.0853	2.7987
lysoPC 16:0; [M+H]+	2.1347	1.0110	0.7636	0.8176	NA	0.7562	0.8635	0.8571	1.0500	2.6548
lysoPC 16:0; [M+Na]+	1.5014	1.0060	0.8748	0.9899	NA	0.8213	0.9182	0.8745	1.2387	1.4326
lysoPC 16:1; [M+H]+	1.2563	0.5957	1.7865	0.4056	NA	1.7240	0.8883	0.8357	1.0270	2.5006
lysoPC 17:1; [M+H]+	1.4947	1.0061	1.0907	0.6303	NA	1.0821	0.8892	0.8590	1.1283	2.3533
lysoPC 18:0; [M+H]+	2.9335	1.0521	0.5398	0.7492	NA	0.5369	0.8384	0.7977	0.9629	3.5763
lysoPC 18:0; [M+Na]+	2.2814	1.0633	0.5832	0.9005	NA	0.5617	0.9706	0.8499	1.0465	2.7352
lysoPC 18:1; [M+H]+	1.9813	1.0362	0.9256	0.6529	NA	0.8601	0.9146	0.8537	1.0247	2.8197
lysoPC 18:1; [M+Na]+	1.6370	1.0415	0.9998	0.7359	NA	0.8882	0.9187	0.8337	1.2475	2.0847
lysoPC 18:2; [M+H]+	1.9660	1.2483	0.8399	0.4954	NA	0.7533	0.9931	0.9283	0.9830	2.9807
lysoPC 18:2; [M+Na]+	1.8047	1.2883	0.8534	0.5464	NA	0.7827	0.9608	0.8773	1.2866	2.2236
lysoPC 18:3; [M+H]+	1.6535	1.0168	1.0703	0.6082	NA	0.9601	0.9956	0.9623	0.9336	2.6378
lysoPC 18:3; [M+Na]+	1.3723	1.0535	1.0004	0.6489	NA	0.9994	0.9126	0.6700	0.9796	2.3727
lysoPC 19:0; [M+H]+	1.5692	1.0750	0.8416	0.8358	NA	0.8265	0.9557	0.9191	1.1182	2.0233
lysoPC 20:0; [M+H]+	1.9172	1.1984	0.6622	0.7608	NA	0.5687	1.0131	1.0038	1.0737	2.6282
lysoPC 20:1; [M+H]+	2.3064	1.1210	0.5917	0.8368	NA	0.5291	0.9012	0.8111	0.9862	2.9858
lysoPC 20:3; [M+Na]+	1.2951	0.8876	1.4067	0.5181	NA	1.4771	0.9667	0.8841	1.0361	1.7740
lysoPC 20:4; [M+H]+	1.1941	0.5590	2.0897	0.2869	NA	2.0044	0.9451	0.8889	1.1295	1.4992
lysoPC 20:4; [M+Na]+	1.1120	0.5954	2.0532	0.3094	NA	1.9925	0.8932	0.8429	1.4523	1.1426
lysoPC 20:5; [M+H]+	2.4133	1.1971	0.6652	0.4650	NA	0.7314	1.3161	1.1785	0.0990	3.0013
lysoPC 22:4; [M+H]+	1.8342	0.7327	1.4577	0.5280	NA	1.4343	0.9297	0.9702	1.0624	2.0261
lysoPC 22:5; [M+H]+	1.8674	0.8771	1.2510	0.5616	NA	1.2540	0.9413	0.8742	1.0599	2.1789
lysoPC 22:5; [M+Na]+	1.4620	0.9218	1.2123	0.6807	NA	1.1572	0.9826	0.8738	1.2239	1.4009
lysoPC 22:6; [M+H]+	1.2153	0.8798	1.4151	0.5203	NA	1.5369	0.9529	0.8618	1.0376	1.7169
lysoPC 22:6; [M+Na]+	1.1360	0.8813	1.5325	0.4847	NA	1.5587	0.8520	0.8020	1.3916	1.3714
lysoPC 24:0; [M+H]+	1.1556	1.1471	0.9782	0.8011	NA	0.9281	1.0523	1.0266	0.9826	1.3914
lysoPC 24:1; [M+H]+	1.3492	1.0218	1.1923	0.7738	NA	0.9989	1.0941	0.9699	1.1973	1.0450
lysoPC 26:0; [M+H]+	1.0303	0.7790	1.7002	0.4542	NA	1.8251	1.0412	0.9340	0.7171	1.1352
lysoPE 16:0; [M+H]+	1.0694	0.9305	0.9652	1.0494	NA	0.9137	0.9870	1.0633	1.1168	1.2596
lysoPE 18:0; [M+H]+	1.6426	0.9475	0.6952	1.0961	NA	0.6114	1.0035	0.9577	1.1040	2.1689
lysoPE 18:0; [M+Na]+	2.6339	0.7601	0.9927	0.8095	NA	0.9387	0.9795	0.9744	0.8728	2.3267
lysoPE 18:1; [M+H]+	1.3133	1.2388	0.6261	0.9517	NA	0.5168	1.0526	1.0146	1.0893	1.9991
lysoPE 18:2; [M+H]+	1.2664	1.2977	0.6876	0.7705	NA	0.5622	1.1870	1.1632	1.0361	2.2433
lysoPE 20:3; [M+H]+	0.9965	0.9810	1.4264	0.5671	NA	1.3009	0.9058	0.9553	1.0581	1.4732
lysoPE 20:4; [M+H]+	0.9478	0.8630	1.5018	0.6117	NA	1.4104	1.0475	1.0673	1.1707	1.1872
lysoPE 22:5; [M+H]+	1.1091	0.8521	1.3737	0.7040	NA	1.3424	0.9612	1.0995	1.0882	1.2159
lysoPE 22:6; [M+H]+	0.5161	0.7288	1.7271	0.5660	NA	1.8188	1.0452	1.0200	1.2189	0.7889
lysoPE 22:6; [M+Na]+	0.7485	0.8635	1.3894	0.8362	NA	1.4256	0.9050	0.9943	0.9813	0.6819
MG 17:0; [M+Li]+	0.9219	1.0031	1.0020	0.9854	NA	1.0118	0.8802	0.9805	1.2224	1.0242
PA 34:0; [M+Na]+	0.7265	0.9938	1.2508	0.7837	NA	1.5148	0.6815	0.4260	1.2112	0.9701
PC 28:0; [M+Na]+	0.6204	1.2166	0.4528	1.3257	NA	0.3620	0.9246	1.0719	1.3929	0.8307
PC 30:0; [M+Na]+	0.8751	0.8583	1.0498	1.0992	NA	1.0797	1.2936	0.9594	0.8980	0.8201
PC 30:1; [M+Na]+	0.5702	1.0340	0.7505	1.3546	NA	0.5957	1.0904	1.0528	1.1801	0.7051
PC 32:1; [M+Na]+	0.8931	0.8555	1.0899	1.0770	NA	0.9324	1.1708	0.9508	1.0218	0.8294
PC 32:2; [M+Na]+	0.7267	1.2034	0.4196	1.3866	NA	0.2982	1.1220	1.0052	1.5136	0.9368
PC 32:3; [M+H]+	0.4640	1.1205	0.2734	1.5651	NA	0.1962	1.1024	0.8996	1.1758	0.8161
PC 32:3; [M+Na]+	0.6508	1.1822	0.3410	1.4590	NA	0.2950	1.1482	1.1435	1.2425	0.7803
PC 33:3; [M+H]+	0.6406	1.1746	0.5556	1.3263	NA	0.5563	1.0494	1.0241	1.1206	0.8452
PC 34:2; [M+Na]+	1.1262	1.0515	0.9658	0.9499	NA	0.9248	0.9564	1.1229	1.0931	1.0576
PC 34:3; [M+Na]+	0.6527	1.2163	0.4541	1.4184	NA	0.3949	1.0237	1.3264	1.2511	0.8107
PC 34:4; [M+Na]+	0.8378	1.3277	0.3534	1.2618	NA	0.2659	1.2420	0.9981	1.3624	1.1775
PC 36:4; [M+H]+	0.5756	1.0609	0.8309	0.9351	NA	0.8993	1.4937	0.9254	1.9149	0.8742
PC 36:4; [M+Na]+	1.3017	1.1569	1.0002	0.7998	NA	0.9393	1.0673	0.8261	0.6069	1.2452
PC 36:5; [M+H]+	1.2756	1.0026	0.6573	1.3021	NA	0.3951	1.1110	0.9962	1.0788	1.0387
PC 36:5; [M+Na]+	0.9145	1.1604	0.9300	0.8859	NA	0.9701	0.8473	1.0791	1.0567	1.0937
PC 36:6; [M+H]+	0.8368	1.1861	0.5552	1.3331	NA	0.5067	1.0948	0.5113	1.6548	1.1667
PC 38:4; [M+H]+	1.3884	1.1322	0.9553	0.9109	NA	0.8844	0.6413	0.5891	1.1515	1.4506
PC 38:4; [M+Na]+	0.6921	0.7280	1.8282	0.5197	NA	1.9285	0.6296	0.7247	0.6464	0.7171
PC 38:5; [M+H]+	6.6955	0.8350	0.4866	0.5494	NA	0.4990	0.5730	0.5345	0.6741	1.2176
PC 38:6; [M+H]+	3.2708	0.9586	0.8119	0.7507	NA	0.9120	0.9005	0.8099	1.0392	1.2787
PC 38:6; [M+Na]+	1.0929	1.0406	1.0695	0.8026	NA	1.1665	1.0928	0.8864	0.9234	1.2569
PC 38:7; [M+Na]+	0.7967	1.2552	0.7759	1.0072	NA	0.6360	1.0135	0.9520	1.2131	1.2057
PC 40:10; [M+H]+	0.8024	1.2506	0.7560	1.0002	NA	0.6281	1.0507	0.9587	1.2829	1.2465
PC 40:4; [M+Na]+	1.1884	0.8796	1.1589	0.8541	NA	1.3843	0.8616	1.0094	0.8595	1.0130
PC 40:5; [M+Na]+	0.8895	0.7899	1.3944	0.8748	NA	1.4775	1.0850	0.8984	0.7052	0.8626
PC 40:6; [M+Na]+	0.6167	0.8240	1.6500	0.5893	NA	1.8994	0.8039	0.7955	0.7236	0.8133
PC 40:8; [M+Na]+	0.8917	1.0917	1.1991	0.7613	NA	1.1234	0.7951	0.8984	1.2383	0.9877
PC 42:10; [M+H]+	0.6931	1.0291	0.6403	1.3251	NA	0.6483	1.2132	1.0791	0.9564	1.0684
PC 42:11; [M+H]+	0.9144	1.0834	1.1501	0.7825	NA	1.1316	0.8311	0.8531	1.3003	0.9939
PE 32:1; [M+H]+	0.3397	0.5449	0.4900	2.1090	NA	0.3875	1.0699	1.0973	1.4436	0.4114
PE 34:1; [M+H]+	0.4112	0.7111	0.3695	1.9915	NA	0.2969	1.2187	1.2149	1.4204	0.5039
PE 34:2; [M+H]+	0.5015	0.6987	0.2507	2.0839	NA	0.1651	1.6335	1.2935	1.0093	0.6116
PE 34:3; [M+H]+	0.3441	0.6711	0.2848	2.1189	NA	0.1582	1.2230	1.2351	1.1489	0.4874
PE 35:1; [M+H]+	0.6564	0.7353	0.9911	1.4094	NA	0.6896	0.9141	1.0819	1.1752	0.6217
PE 35:2; [M+H]+	0.4485	0.8904	0.2172	1.6921	NA	0.1611	1.1467	1.2177	1.0168	0.7646
PE 36:0; [M+H]+	0.8252	1.0057	1.0978	0.8982	NA	1.1511	0.8332	0.7364	1.3261	0.9151
PE 36:2; [M+H]+	0.6463	0.9189	0.1573	1.9024	NA	0.0903	1.3887	1.2437	1.1968	0.8585
PE 36:3; [M+H]+	0.5131	0.9093	0.2125	1.8744	NA	0.1590	1.4184	1.2528	1.1922	0.8076
PE 36:4; [M+H]+	0.5304	0.7277	0.7744	1.5591	NA	0.7834	1.2379	1.0258	1.1681	0.6303
PE 36:5; [M+H]+	0.5455	0.8963	0.3763	1.8073	NA	0.3292	1.1999	1.0873	1.1223	0.6893
PE 37:6; [M+H]+	0.3242	0.9167	0.4769	1.6842	NA	0.4507	0.9195	0.8463	1.8658	0.3702
PE 38:3; [M+H]+	0.7735	0.8751	0.4596	1.7076	NA	0.3929	1.3480	0.9719	0.8922	0.9257
PE 38:4; [M+H]+	0.7228	0.8994	0.5146	1.5875	NA	0.5031	1.2121	1.1282	1.1609	0.8017
PE 38:5; [M+H]+	0.5621	0.8720	0.3962	1.7181	NA	0.4080	1.3115	1.1851	1.1585	0.8331
PE 38:6; [M+H]+	0.3537	0.8652	0.4509	1.7659	NA	0.4678	0.9850	1.1710	1.4864	0.4435
PE 39:6; [M+H]+	0.4968	1.0451	0.4475	1.4179	NA	0.4374	1.0935	1.2226	1.0937	0.5882
PE 40:6; [M+H]+	0.4723	0.9291	0.3712	1.7225	NA	0.3824	1.2784	1.1446	1.2804	0.6490
PE 40:7; [M+H]+	0.3805	0.9414	0.5111	1.6209	NA	0.5022	1.2054	1.0956	1.2432	0.6459
plasmenyl-PC 18:0; [M+Na]+	1.6370	1.0415	0.9998	0.7359	NA	0.8882	0.9187	0.8337	1.2475	2.0847
plasmenyl-PC 36:4; [M+Na]+	1.0839	0.9441	1.1413	0.8875	NA	1.0925	1.2101	1.1019	0.6985	1.1791
plasmenyl-PC 44:4; [M+Na]+	0.5669	1.2715	0.6551	1.1812	NA	0.5538	1.0458	1.0570	1.2026	0.7609
plasmenyl-PE 34:1; [M+H]+	1.2105	0.9666	0.7859	1.1636	NA	0.7559	1.2373	1.0946	0.8390	1.2309
plasmenyl-PE 34:2; [M+H]+	1.5245	1.1737	0.1583	1.4385	NA	0.1169	1.1546	1.1521	1.2153	1.5054
plasmenyl-PE 36:1; [M+H]+	1.5142	1.1336	0.3473	1.2780	NA	0.3894	1.2765	1.1090	0.9258	1.4079
plasmenyl-PE 36:2; [M+H]+	1.4200	1.1722	0.1513	1.4725	NA	0.1152	1.1179	1.1309	1.1806	1.5284
plasmenyl-PE 36:3; [M+H]+	1.7051	1.1904	0.3083	1.2461	NA	0.2733	1.1077	1.0771	1.1794	1.5427
plasmenyl-PE 36:4; [M+H]+	1.7519	1.1656	0.4593	1.1095	NA	0.4183	1.1733	1.0669	1.0046	1.7794
plasmenyl-PE 36:5; [M+H]+	1.7595	1.3323	0.3426	1.1022	NA	0.3196	0.7647	0.8360	1.1718	1.9244
plasmenyl-PE 38:2; [M+H]+	1.0357	1.1743	0.2538	1.4932	NA	0.1886	1.0496	1.0089	1.1475	1.1631
plasmenyl-PE 38:4; [M+H]+	1.7187	1.1780	0.4469	1.1064	NA	0.4396	1.1028	1.0846	1.0208	1.7668
plasmenyl-PE 38:5; [M+H]+	3.8120	0.8221	0.5460	1.0820	NA	0.6135	0.5996	0.9355	0.8654	1.4321
plasmenyl-PE 38:6; [M+H]+	0.9867	1.0478	0.6306	1.2923	NA	0.5691	1.1198	1.0875	1.0739	1.0990
plasmenyl-PE 40:4; [M+H]+	1.2586	1.0222	0.6438	1.0774	NA	0.7050	1.2765	1.1591	1.0795	1.5628
plasmenyl-PE 40:6; [M+H]+	1.1049	1.1003	0.4486	1.3266	NA	0.4354	1.3375	0.9617	0.9396	1.4706
SM 30:0; [M]+	0.7619	1.0327	0.7687	1.1933	NA	0.7494	1.0039	1.0380	1.2582	1.0284
SM 30:1; [M]+	0.6498	1.2326	0.3755	1.4091	NA	0.3380	1.0134	0.9750	1.2222	1.1448
SM 30:1; [M+Na]+	0.9316	1.1402	0.5838	1.2728	NA	0.5303	1.0009	0.8888	1.2575	1.1018
SM 31:1; [M]+	0.6535	1.2596	0.3836	1.3486	NA	0.3334	1.1538	0.9929	1.0908	1.3109
SM 32:0; [M]+	0.7310	0.9219	0.8546	1.3360	NA	0.7182	0.8365	1.0497	1.1475	0.9822
SM 32:0; [M+Na]+	0.6718	0.9995	0.8054	1.2612	NA	0.6992	0.9221	0.8663	1.4634	0.9647
SM 32:1; [M]+	0.8082	1.1433	0.3797	1.4705	NA	0.3240	1.0273	1.0003	1.1371	1.2345
SM 32:1; [M+Na]+	0.7844	1.1893	0.4187	1.3568	NA	0.3275	1.0930	1.0247	1.3998	1.1903
SM 32:2; [M]+	0.7240	1.1534	0.5939	1.2708	NA	0.5357	1.0396	1.0170	1.1944	1.0872
SM 33:1; [M+Na]+	0.8458	1.1943	0.4840	1.2738	NA	0.3707	1.1748	1.0581	1.3007	1.2580
SM 33:2; [M]+	0.7777	1.1622	0.4580	1.3661	NA	0.3850	1.0493	1.0389	1.1554	1.2830
SM 34:1; [M]+	0.9677	1.0057	0.8076	1.2099	NA	0.7105	0.9801	0.9899	1.2744	0.9349
SM 34:1; [M+Na]+	0.9493	0.7889	1.6396	0.7111	NA	1.6286	0.8022	0.7499	0.9054	0.7580
SM 34:2; [M]+	1.3683	0.8526	1.0069	1.0549	NA	1.0232	0.9731	1.0098	0.9208	1.1161
SM 34:2; [M+Na]+	0.9218	1.0313	0.8428	1.1494	NA	0.7305	1.0097	0.9811	1.2262	1.0516
SM 35:0; [M]+	1.1605	0.8727	1.4889	0.5612	NA	1.5835	0.6176	0.8591	1.0452	0.8709
SM 35:2; [M]+	0.8208	1.1385	0.5724	1.3053	NA	0.4734	1.1159	1.0031	1.0291	1.2273
SM 35:2; [M+Na]+	0.9769	1.0737	1.0038	0.9927	NA	0.7378	1.0787	0.8131	1.3061	1.1863
SM 36:1; [M]+	0.6404	1.1499	0.7095	1.3249	NA	0.6812	0.9191	1.1652	0.9665	0.5128
SM 36:1; [M+Na]+	1.0277	0.7356	1.4747	0.7734	NA	1.5869	0.7808	0.8940	0.8409	0.9091
SM 36:2; [M]+	0.8391	0.8520	1.1925	1.0294	NA	1.0590	1.0013	1.0322	1.1619	0.9062
SM 36:2; [M+Na]+	1.0566	0.6435	1.7791	0.6401	NA	1.9077	0.8854	0.7954	0.6446	0.8421
SM 37:0; [M]+	0.6778	0.7745	1.4783	0.8802	NA	1.3963	1.0033	0.9387	0.9906	0.8083
SM 37:1; [M]+	0.7808	1.0724	0.7375	1.1935	NA	0.7148	1.0443	1.0271	1.1414	1.0538
SM 37:2; [M]+	0.7643	1.0172	0.9301	1.0325	NA	0.9456	1.0966	0.9828	1.1731	1.0643
SM 38:0; [M]+	0.7355	0.7885	1.2422	1.0484	NA	1.1150	1.1075	0.9309	1.0944	1.0275
SM 38:1; [M]+	0.9175	0.9803	0.6610	1.2968	NA	0.6321	1.1887	1.0753	1.0094	1.2804
SM 38:1; [M+Na]+	0.9315	0.9841	0.9744	1.0373	NA	0.9182	1.2900	0.9626	0.9037	1.1027
SM 38:2; [M+Na]+	0.8452	0.8064	1.6796	0.6423	NA	1.6313	0.8513	0.6694	0.9156	0.6825
SM 38:4; [M]+	0.7133	1.0119	0.8881	1.2323	NA	0.7112	1.0746	0.9195	1.1994	0.8006
SM 38:5; [M]+	0.8974	1.0466	0.9162	1.1075	NA	0.7130	0.8940	0.8291	1.7852	0.9049
SM 39:0; [M]+	0.8068	1.1019	0.5875	1.2784	NA	0.5552	1.0897	0.9931	1.2084	1.2397
SM 39:1; [M]+	0.8703	1.2116	0.2905	1.4181	NA	0.2588	1.1383	1.0157	1.0479	1.5198
SM 39:1; [M+Na]+	1.0702	1.1996	0.4441	1.1559	NA	0.4940	1.1507	1.0527	1.2277	1.4562
SM 39:2; [M]+	0.8859	1.1484	0.6182	1.2104	NA	0.5839	1.1144	1.0242	1.0855	1.1363
SM 40:0; [M]+	1.9682	1.0776	0.1416	1.5085	NA	0.1196	1.1119	0.3071	0.1213	2.2627
SM 40:1; [M]+	1.1346	0.9860	1.1117	0.8796	NA	1.0540	1.2066	0.7402	0.7663	1.4772
SM 40:1; [M+Na]+	1.0803	1.0010	0.9328	1.0449	NA	0.9127	0.8967	1.0142	1.0158	1.1854
SM 40:2; [M]+	1.3187	1.1466	0.5000	1.2424	NA	0.4145	1.6603	0.8626	0.0388	1.9111
SM 40:2; [M+Na]+	0.9611	1.0249	0.9672	0.9887	NA	1.0234	0.9183	0.9840	1.0504	1.0287
SM 40:4; [M]+	0.7178	0.8324	1.4884	0.8820	NA	1.2781	0.9916	0.9739	0.9903	0.6643
SM 40:5; [M]+	0.4831	0.7707	1.3629	1.1164	NA	1.1025	1.1335	0.9786	1.1575	0.4069
SM 41:1; [M]+	0.9463	1.0989	0.2854	1.7094	NA	0.1934	1.1561	1.0895	0.9413	0.8369
SM 41:1; [M+Na]+	1.0235	1.1950	0.4638	1.2522	NA	0.4379	1.0234	1.1657	1.2468	1.1996
SM 41:2; [M]+	1.3053	1.2370	0.4019	1.1564	NA	0.3546	1.4708	1.3045	0.0370	1.7244
SM 41:2; [M+Na]+	1.0637	1.1134	0.7892	1.0305	NA	0.7780	0.9861	0.9505	1.1748	1.2747
SM 41:4; [M]+	1.0698	0.9867	0.7026	1.1469	NA	0.6740	1.2589	0.9576	0.6764	1.7474
SM 41:5; [M]+	0.3575	0.9618	1.1542	1.2481	NA	0.7688	1.1790	0.6137	0.8846	0.4641
SM 42:1; [M]+	1.1894	0.8718	0.5875	1.4336	NA	0.6035	1.2858	1.2630	0.4884	1.3920
SM 42:1; [M+Na]+	0.8485	1.0371	0.8873	1.0885	NA	0.8260	0.9923	1.0651	1.1995	0.9982
SM 42:2; [M]+	0.9855	1.0316	0.7392	1.2289	NA	0.6675	1.0191	1.0222	1.1943	0.9960
SM 42:2; [M+Na]+	1.0930	0.9469	1.1402	0.9180	NA	1.1074	0.9235	0.9922	1.0547	1.0034
SM 42:4; [M]+	0.7930	0.8490	1.3487	0.9069	NA	1.2535	1.0274	0.9901	1.0511	0.7732
SM 42:5; [M]+	0.3855	0.6975	1.2856	1.2345	NA	1.1548	1.1172	1.0650	1.0459	0.3528
SM 43:1; [M]+	0.8347	1.2219	0.6173	1.1318	NA	0.5379	0.9603	0.9994	1.3460	1.2419
SM 43:2; [M]+	0.8131	1.2044	0.6717	1.1568	NA	0.5979	1.0074	0.9453	1.2159	1.0519
SM 43:4; [M]+	0.8017	0.9855	0.9471	1.0821	NA	0.8116	1.2062	0.8935	1.2275	1.0856
SM 43:5; [M]+	0.6375	1.0089	0.8884	1.2394	NA	0.9143	0.8594	0.7949	1.4154	0.7107
SM 44:1; [M]+	1.2289	0.9046	1.0421	0.8040	NA	1.1392	1.3076	1.1012	0.9160	1.3971
SM 44:2; [M]+	0.8270	0.9002	1.2695	0.8863	NA	1.1436	1.0946	0.9981	1.1580	0.9320
SM 45:2; [M]+	8.6043	0.6139	0.1275	0.7256	NA	0.1354	0.5632	0.6520	0.6235	1.8845
TG 40:0; [M+NH4]+	0.7358	1.4933	0.0735	1.2631	NA	0.0511	1.2625	1.1883	0.9169	2.0220
TG 40:1; [M+NH4]+	0.7674	1.3402	0.0668	1.4423	NA	0.0362	1.5290	1.2984	0.8837	1.5513
TG 42:0; [M+NH4]+	0.8433	1.4794	0.0630	1.2856	NA	0.0394	1.3860	1.2259	0.9802	1.7057
TG 42:1; [M+NH4]+	0.7858	1.3480	0.0645	1.4265	NA	0.0327	1.3490	1.1793	0.9609	1.8219
TG 44:1; [M+NH4]+	0.8690	1.2675	0.1204	1.4711	NA	0.0736	1.3295	1.2451	1.0778	1.4967
TG 44:2; [M+NH4]+	0.8818	1.2348	0.0956	1.5053	NA	0.0592	1.2800	1.1815	1.0400	1.7476
TG 46:0; [M+NH4]+	1.0445	0.9812	0.2948	1.5637	NA	0.2081	1.5786	1.1999	1.2063	1.2283
TG 46:1; [M+NH4]+	0.8994	1.0571	0.2701	1.5897	NA	0.1930	1.2706	1.1973	1.1378	1.2430
TG 46:2; [M+NH4]+	0.9223	1.0657	0.2253	1.5850	NA	0.1551	1.2539	1.1371	1.1621	1.5066
TG 48:0; [M+NH4]+	0.9391	0.7785	0.5066	1.5795	NA	0.4198	1.6564	0.9440	1.3948	1.1686
TG 48:1; [M+Na]+	4.4302	0.5146	0.3156	0.6080	NA	0.2237	0.4538	0.4651	0.5357	0.8696
TG 48:1; [M+NH4]+	0.9241	0.8819	0.4487	1.6025	NA	0.3501	1.2793	1.2350	1.2167	1.0565
TG 48:2; [M+NH4]+	0.9174	0.9217	0.4369	1.6034	NA	0.3341	1.1667	1.1230	1.1437	1.1938
TG 48:3; [M+NH4]+	0.9273	1.0434	0.3336	1.5380	NA	0.2545	1.1231	1.0545	1.1736	1.4879
TG 49:0; [M+NH4]+	0.8363	0.9738	0.5061	1.3898	NA	0.5574	1.5461	0.8973	1.3279	1.0925
TG 49:1; [M+NH4]+	0.7845	1.0034	0.4177	1.5322	NA	0.3884	1.2326	1.1714	1.2296	0.9607
TG 49:2; [M+NH4]+	0.7771	1.0202	0.4611	1.5116	NA	0.4002	1.1466	1.1360	1.1662	1.0011
TG 50:0; [M+Na]+	1.1428	0.8556	0.8958	1.1700	NA	0.8476	1.4287	0.8708	0.9819	1.1615
TG 50:0; [M+NH4]+	1.1175	0.7587	0.5804	1.5124	NA	0.4886	1.5444	0.8587	1.4062	1.2724
TG 50:1; [M+Na]+	12.0390	0.4474	0.0818	0.6118	NA	0.0941	0.4074	0.4357	0.4484	1.7541
TG 50:1; [M+NH4]+	0.9644	0.7687	0.5603	1.6043	NA	0.4736	1.3321	1.2232	1.1626	0.9924
TG 50:2; [M+NH4]+	0.9614	0.8338	0.6172	1.5120	NA	0.5091	1.2183	1.1526	1.1553	1.0673
TG 50:3; [M+NH4]+	0.9064	0.9029	0.5225	1.5456	NA	0.4290	1.1409	1.0874	1.1460	1.1800
TG 50:4; [M+NH4]+	0.9199	1.0001	0.4267	1.5003	NA	0.3553	1.1462	1.0635	1.1583	1.3799
TG 50:5; [M+NH4]+	0.9732	1.0069	0.4223	1.4629	NA	0.3601	1.1292	1.0127	1.1132	1.6297
TG 51:0; [M+NH4]+	0.2285	0.9793	4.0724	0.4956	NA	0.1432	0.2304	1.5093	0.2478	0.3237
TG 51:1; [M+NH4]+	0.8680	0.8744	0.5052	1.5518	NA	0.4599	1.2887	1.1807	1.1908	1.0349
TG 51:2; [M+NH4]+	0.8478	0.9937	0.4027	1.5643	NA	0.3722	1.0835	1.0960	1.2040	1.1042
TG 51:3; [M+NH4]+	0.8347	1.1088	0.3345	1.5048	NA	0.3099	1.1066	1.0452	1.2440	1.1662
TG 51:4; [M+NH4]+	0.7908	1.1276	0.3437	1.4428	NA	0.3522	1.0100	1.0600	1.2383	1.3376
TG 52:0; [M+NH4]+	1.1656	0.8421	0.4722	1.4538	NA	0.4021	1.6166	0.9620	1.3332	1.5756
TG 52:1; [M+Na]+	1.1873	0.9644	0.8747	1.0705	NA	0.8780	1.1879	1.2103	0.8873	1.0801
TG 52:1; [M+NH4]+	1.0826	0.8682	0.4983	1.5034	NA	0.4205	1.3267	1.1920	1.1285	1.3136
TG 52:2; [M+NH4]+	1.0364	0.9745	0.4960	1.4372	NA	0.4351	1.2381	1.1430	1.1380	1.2016
TG 52:3; [M+Na]+	1.1227	1.1094	0.7996	1.0279	NA	0.7963	1.1023	1.1581	0.9548	1.0646
TG 52:3; [M+NH4]+	1.0301	1.0499	0.3922	1.4481	NA	0.3358	1.2332	1.1816	1.1481	1.2590
TG 52:4; [M+NH4]+	0.9645	1.0323	0.3569	1.5029	NA	0.3131	1.1908	1.1380	1.1504	1.3595
TG 52:5; [M+NH4]+	0.9947	1.0161	0.4280	1.4522	NA	0.3867	1.1458	1.0556	1.1378	1.4353
TG 52:6; [M+Na]+	1.0626	1.0186	0.7269	1.1768	NA	0.7115	1.0497	1.0674	1.0352	1.3141
TG 52:6; [M+NH4]+	0.9866	0.9917	0.5632	1.3283	NA	0.5520	1.1122	1.0040	1.0712	1.5858
TG 53:0; [M+NH4]+	0.9757	0.9653	0.9429	1.0022	NA	0.9142	1.3639	0.4548	1.3498	1.4352
TG 53:1; [M+NH4]+	0.9738	0.9442	0.3817	1.4357	NA	0.3572	1.1609	1.1517	1.0245	1.1985
TG 53:2; [M+NH4]+	0.8779	0.9543	0.3900	1.5817	NA	0.3634	1.1093	1.0936	1.2094	1.2500
TG 53:3; [M+NH4]+	0.8929	1.1526	0.3456	1.4299	NA	0.3227	1.0851	1.0818	1.1528	1.3032
TG 53:4; [M+NH4]+	1.0495	1.1911	0.3837	1.3016	NA	0.3838	1.1065	1.0485	1.1694	1.3944
TG 53:5; [M+NH4]+	0.9921	1.1327	0.5053	1.2177	NA	0.5640	1.0589	1.0088	1.1740	1.4767
TG 54:0; [M+NH4]+	1.0226	0.8755	0.4482	1.2944	NA	0.3531	1.5988	1.0060	1.3097	1.8537
TG 54:1; [M+Na]+	1.2199	1.0104	0.5369	1.2054	NA	0.4928	1.4081	1.5299	1.0456	1.4675
TG 54:1; [M+NH4]+	1.1036	0.9616	0.3256	1.4588	NA	0.2865	1.5112	1.3152	1.1400	1.6271
TG 54:2; [M+NH4]+	1.0617	1.0097	0.4162	1.4274	NA	0.3465	1.2626	1.2541	1.0952	1.4482
TG 54:3; [M+NH4]+	1.1002	1.1111	0.5090	1.2320	NA	0.4577	1.2141	1.1499	1.0767	1.5335
TG 54:4; [M+NH4]+	1.1079	1.1604	0.4279	1.2501	NA	0.3902	1.1848	1.1330	1.0957	1.5975
TG 54:5; [M+NH4]+	1.0605	1.1200	0.4987	1.2269	NA	0.4852	1.1387	1.0672	1.1103	1.6243
TG 54:6; [M+NH4]+	1.0013	1.0471	0.5824	1.2238	NA	0.6119	1.0901	1.0075	1.0980	1.6271
TG 54:7; [M+NH4]+	0.9293	0.9800	0.7068	1.1807	NA	0.7546	1.0400	0.9597	1.0826	1.6693
TG 54:8; [M+NH4]+	0.9156	0.9828	0.7645	1.1249	NA	0.8288	1.0508	0.9040	1.0919	1.6401
TG 56:1; [M+NH4]+	1.0410	0.9857	0.1627	1.5741	NA	0.1384	1.2556	1.0680	1.1686	2.0748
TG 56:2; [M+NH4]+	0.9099	0.9717	0.2716	1.5733	NA	0.2030	1.1276	1.1270	1.2719	1.5710
TG 56:3; [M+NH4]+	0.8589	0.9814	0.4002	1.5464	NA	0.3489	1.1006	1.1873	1.1580	1.2972
TG 56:4; [M+NH4]+	0.9375	0.9335	0.8041	1.2021	NA	0.8133	1.0844	1.0504	1.0776	1.1981
TG 56:5; [M+NH4]+	0.9872	0.9762	0.9161	1.0441	NA	0.9674	1.0226	0.9665	1.0513	1.2143
TG 56:6; [M+NH4]+	0.9757	0.9612	1.0007	0.9662	NA	1.0877	1.0337	0.9534	1.0201	1.2030
TG 56:7; [M+NH4]+	0.7978	0.8848	1.0481	1.0394	NA	1.1712	0.9833	0.8963	1.0351	1.0903
TG 56:8; [M+NH4]+	0.7823	0.9077	0.9944	1.0457	NA	1.1921	0.9579	0.8802	1.0121	1.0988
TG 56:9; [M+NH4]+	0.9064	0.9505	0.9697	0.9805	NA	1.1259	1.0034	0.9125	0.9945	1.3319
TG 58:10; [M+NH4]+	0.7942	0.8837	1.2226	0.8352	NA	1.4689	0.9714	0.9033	0.9471	1.0088
TG 58:11; [M+NH4]+	1.0235	0.8835	1.0729	0.8804	NA	1.3453	0.9893	0.8425	0.9665	1.3763
TG 58:1; [M+NH4]+	0.9957	0.9379	0.1895	1.6308	NA	0.1454	1.2138	0.9539	0.9614	2.3073
TG 58:2; [M+NH4]+	1.1324	0.9173	0.1377	1.5935	NA	0.1065	1.1016	1.2073	1.1742	2.3844
TG 58:3; [M+NH4]+	0.9655	0.8806	0.1906	1.6416	NA	0.1588	1.0741	1.0163	1.1608	2.1885
TG 58:5; [M+NH4]+	0.7286	0.7656	0.7290	1.5255	NA	0.7639	1.0569	1.0807	1.1116	0.7926
TG 58:6; [M+NH4]+	0.6484	0.8489	0.9536	1.2023	NA	1.0517	1.0673	1.0775	1.0827	0.8002
TG 58:7; [M+NH4]+	0.6738	0.8763	1.0942	1.0335	NA	1.2342	1.0218	0.9527	1.0647	0.8421
TG 58:8; [M+NH4]+	0.6424	0.8934	1.1843	0.9545	NA	1.3338	0.9274	0.8638	1.0265	0.8913
TG 58:9; [M+NH4]+	0.6971	0.9130	1.1977	0.8883	NA	1.4051	0.9694	0.8282	0.9727	0.9164
TG 60:10; [M+NH4]+	0.5654	0.7231	1.5831	0.6729	NA	1.9724	0.9093	0.8943	0.9858	0.6075
TG 60:11; [M+NH4]+	0.4531	0.6659	1.6795	0.6571	NA	2.0646	0.9190	0.8282	0.9700	0.6589
TG 60:12; [M+NH4]+	0.4967	0.6754	1.5877	0.7073	NA	2.0631	0.8276	0.8145	0.9961	0.6229
TG 60:13; [M+NH4]+	0.7823	0.7114	1.4043	0.6882	NA	1.9437	0.9024	0.8020	1.0145	1.1009
TG 60:9; [M+NH4]+	0.5972	0.8158	1.3821	0.8539	NA	1.5741	0.8534	1.0148	0.9550	0.6811
TG 62:13; [M+NH4]+	0.3638	0.5566	1.9223	0.5468	NA	2.4541	0.7790	0.8721	0.8755	0.3545
TG 62:14; [M+NH4]+	0.4537	0.5744	1.8019	0.5412	NA	2.4528	0.8991	0.8056	0.9050	0.4973

Cluster analysis cannot be performed on this study (too few factors)

Factors: