Data for Untargeted metabolomics and lipidomics of scleroderma PAH discovery cohort (Study ST000763)

(Analysis AN001203)

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	F13	F14	F15	F16	F17	F18	F19	F20
CerP 32:1; [M-H]-@5.07	1.1745	1.1900	1.0300	0.7898	1.0639	0.8596	1.0600	0.3801	0.7668	1.0406	1.0600	0.9240	1.0442	0.9053	1.0193	0.9649	0.8615	0.5554	0.9656	0.6749
CerP 34:1; [M-H]-@5.79	1.0118	1.1708	0.9711	1.1605	0.9100	0.9758	0.9265	0.7479	1.0285	1.2049	0.9940	0.9989	1.0268	1.0767	1.0122	0.8656	0.9961	0.7643	1.0160	1.0743
CerP 34:2; [M-H]-@5.25	1.1445	0.8392	0.9818	0.9569	0.9801	0.5499	0.9654	0.2514	0.9098	0.9687	1.0251	0.9457	1.0390	1.1810	1.1159	0.7792	0.9411	0.4519	1.0125	0.7861
CL 66:1; [M-2H](2-)@6.20	0.8121	0.3006	1.1824	0.5572	1.2573	0.9796	1.0889	0.5317	0.7949	1.1741	0.8260	0.3482	1.1783	0.5509	1.2925	0.8748	0.8132	0.8481	0.6700	1.3149
CL 74:7; [M-2H](2-)@6.21	0.9252	0.5260	1.1285	0.6446	1.2521	0.9113	1.0668	0.3575	0.8665	0.6747	0.9310	0.5287	1.1179	0.6398	1.2086	0.9480	0.9673	0.7553	0.7335	0.6816
FFA(16:0)	1.1534	1.0619	0.9151	1.0139	0.9927	0.8825	1.0690	0.9087	1.0790	1.1524	1.0597	1.0564	0.9187	0.9836	0.9296	0.8850	1.0372	1.0280	1.0293	1.0637
FFA(18:0)	1.0647	1.0063	0.9790	1.0492	1.0054	0.9028	0.9844	0.9848	1.0279	1.0909	1.0138	1.0275	0.9787	0.9931	0.9676	0.8985	1.0145	1.0270	0.9826	1.0541
FFA(18:1)	1.5316	1.1917	0.6521	0.9205	0.9139	0.8241	1.4200	0.7882	1.4624	1.4609	1.2087	1.1537	0.6315	0.8914	0.7393	0.7227	1.1250	1.0779	1.2091	1.2421
FFA(18:2)	1.5884	1.2171	0.6338	0.8912	0.9211	0.7250	1.4576	0.6978	1.4119	1.2737	1.2290	1.1705	0.6443	0.9345	0.7270	0.6750	1.1598	0.9943	1.2295	1.1221
FFA(20:0)	1.0977	0.9926	0.9596	1.1222	1.0314	0.8711	0.9151	0.9278	0.9682	1.1099	1.0301	1.0670	1.0028	1.1318	0.9609	0.8925	1.0156	1.0880	0.9536	0.9619
FFA(20:1)	1.7224	1.2761	0.5887	0.9050	0.8901	0.8223	1.5625	0.7960	1.5615	1.7478	1.2445	1.1476	0.5595	0.7970	0.6601	0.6941	1.1221	1.0624	1.1439	1.2061
FFA(20:2)	1.7380	1.4104	0.6145	0.8551	0.9014	0.7234	1.6483	0.7607	1.5003	1.4833	1.2445	1.2491	0.5493	0.7692	0.6747	0.6524	1.1715	1.0766	1.1186	1.0697
FFA(20:4) Arachidonic acid	1.4475	1.2991	0.7493	0.9823	1.0171	0.6808	1.3452	0.4478	1.2122	1.3709	1.1770	1.2645	0.7250	0.9864	0.8357	0.7134	1.0591	0.7071	1.0590	1.0999
FFA(22:0)	1.1136	0.9401	0.9560	1.1012	1.0999	1.0080	0.8812	0.8719	0.8658	0.9519	1.0298	0.9468	1.0489	1.1350	1.0382	1.1173	0.9281	1.0873	0.8934	0.8064
FFA(22:1)	1.2427	1.0782	0.8557	1.1029	1.0086	0.7650	1.1699	1.0029	1.0630	1.3066	1.0980	1.2932	0.8776	0.8589	0.9167	0.8869	1.0030	1.3764	0.9927	1.0255
FFA(22:2)	1.4771	1.0388	0.6993	1.0005	0.9245	0.8816	1.4629	0.7544	1.3123	1.6132	1.2534	1.3169	0.6214	0.8297	0.8114	0.6597	1.2001	1.1613	1.1012	1.1758
FFA(22:3)	1.5780	1.1496	0.7339	0.8467	0.9077	0.8712	1.4173	0.7045	1.3095	1.6888	1.1893	1.0187	0.6583	0.9891	0.7871	0.8452	1.1087	0.9665	1.0668	1.1115
FFA(24:0)	0.9407	0.8302	1.0966	1.1004	1.0786	1.3378	0.8299	0.4764	0.8369	0.8847	0.9178	1.0116	1.1040	1.1833	1.1103	1.3245	0.8913	0.6713	0.8439	0.6624
FFA(24:1)	1.1930	1.0801	0.7981	0.7944	1.0002	0.9771	1.1711	0.6364	1.1880	1.3958	1.1111	1.1510	0.8009	0.8602	0.9972	0.9832	1.1423	1.2195	1.0802	1.1049
FFA(24:2)	1.3677	1.1095	0.7113	0.7759	0.9696	0.7963	1.2071	0.6923	1.2925	1.3342	1.2218	1.1078	0.7176	0.8711	0.9378	0.8994	1.1901	1.1808	1.1390	0.9825
FFA(24:3)	1.0955	1.5169	0.8530	0.9310	0.9983	1.0281	1.0406	0.4283	1.1716	0.8290	1.0471	1.3675	0.8588	1.0143	1.1257	0.9357	1.0799	0.7192	1.0080	0.7819
lysoPE 16:0; [M-H]-@1.64	0.9853	0.5517	1.0608	0.9749	1.1959	0.7588	0.7178	0.4950	0.8294	0.7387	1.0806	0.7424	1.0721	1.0413	1.1839	0.8521	0.8619	0.7666	0.9416	0.5815
lysoPE 18:0; [M-H]-@2.39	1.0524	0.6722	0.9904	0.9464	1.1625	0.7187	0.8201	0.3289	0.8899	0.8229	1.1073	0.7082	1.0404	1.1357	1.1259	0.8344	0.9792	0.6309	0.9353	0.6616
lysoPE 18:1; [M-H]-@1.80	1.0183	1.1663	1.0664	1.0022	1.2300	0.9540	0.6821	0.3156	0.7805	0.8103	0.9776	1.0501	1.0745	1.1555	1.1938	1.1403	0.7592	0.7606	0.7614	0.7704
lysoPE 18:2; [M-H]-@1.34	0.9046	0.9125	1.1280	1.0491	1.2129	0.9011	0.7092	0.3902	0.7973	0.9510	0.9519	1.0894	1.0809	1.1478	1.1787	1.0954	0.8010	0.7552	0.7826	0.7295
lysoPE 20:3; [M-H]-@1.61	1.0937	0.8440	1.0162	0.8679	1.0437	0.7531	0.7203	0.2901	0.9227	0.9917	1.1973	0.9805	1.0630	1.1690	0.9898	0.7773	0.8733	0.8834	0.9723	0.6783
lysoPE 20:4; [M-H]-@1.31	1.0864	1.0285	0.9622	0.9809	1.0844	1.1197	0.8481	0.5344	0.8831	1.1076	1.0701	1.2670	0.9716	1.2781	1.0630	1.1425	0.9064	0.7328	0.9293	0.8802
lysoPE 22:4; [M-H]-@1.92	1.3149	1.1253	0.8344	0.8916	1.2447	1.2708	1.0184	0.2621	0.9185	1.2177	1.1085	1.0356	0.9350	0.9724	1.0168	1.0616	0.8765	0.3132	0.8562	0.8038
lysoPE 22:5; [M-H]-@1.56	1.1620	1.0189	0.9539	0.8258	1.1149	0.8660	0.8104	0.2678	0.8930	1.1286	1.2272	1.0756	0.9647	1.1226	1.0182	0.9135	1.0366	0.6645	0.8550	0.8122
lysoPE 22:6; [M-H]-@1.27	1.2508	0.6923	0.8849	1.0026	1.0816	0.8214	0.9726	0.4237	0.9762	0.6633	1.1877	0.9279	0.9268	1.2975	0.9679	0.8016	1.0914	1.0748	1.0327	0.6256
PA 34:2; [M-H]-@6.19	0.9436	0.7299	0.9872	0.8382	0.8483	1.0943	2.1970	1.5109	1.0281	0.9377	0.7695	1.0629	1.0198	1.2883	0.8602	0.6333	1.3593	0.9135	0.7606	1.0982
PC 28:0; [M-Ac-H]-@5.20	0.7369	0.5377	1.3646	0.7011	1.2568	0.7631	0.6446	0.3441	0.6921	0.7183	0.7043	0.5727	1.3338	0.7730	1.2088	0.8344	0.7725	0.5589	0.8187	0.4726
PC 30:0; [M-Ac-H]-@5.92	0.9340	0.5851	1.1528	0.7576	1.3456	0.6750	0.8384	0.8356	0.7811	0.8068	0.8937	0.6581	1.1462	0.8571	1.1653	0.7748	0.8174	0.9786	0.7643	0.6821
PC 30:1; [M-Ac-H]-@5.38	0.8354	0.4255	1.1765	0.7042	1.2976	0.7381	0.6803	0.4609	0.6814	0.8930	0.7611	0.6606	1.3125	0.7662	1.3057	0.7715	0.7287	0.6030	0.8364	0.7822
PC 32:1; [M-Ac-H]-@6.04	0.9525	0.5434	1.1049	0.7623	1.1169	0.7785	0.7320	0.6256	0.8110	1.4978	0.9118	0.5329	1.1842	0.9488	1.2102	0.8480	0.7705	0.8304	0.7736	1.3903
PC 32:2; [M-Ac-H]-@5.54	0.9041	0.5988	1.1593	0.8740	1.1879	0.7591	0.8098	0.4251	0.8238	0.7204	0.8302	0.6510	1.2128	0.9879	1.2199	0.7662	0.8127	0.5966	0.8255	0.6417
PC 33:1; [M-Ac-H]-@6.39	0.9778	0.7171	1.0940	0.9674	0.9581	0.9140	0.9984	0.8988	0.9618	1.2535	1.0091	0.5741	1.0292	0.9395	1.0996	0.8611	0.8525	0.7809	0.9595	1.0408
PC 33:2; [M-Ac-H]-@5.92	0.9498	0.7959	1.0447	0.9814	1.0746	0.8280	0.9876	0.5386	0.9210	1.0810	0.9302	0.8899	1.0490	1.2282	1.0930	1.0140	0.9821	0.7978	0.8786	0.9980
PC 34:2; [M-Ac-H]-@6.18	0.9811	0.7026	1.0323	0.9471	1.0916	0.8121	1.0016	0.5099	0.8918	0.8959	0.9745	0.7910	1.0780	1.1253	1.1017	0.8584	1.0083	0.6588	0.9051	0.8336
PC 34:3; [M-Ac-H]-@5.74	1.0045	0.6762	1.0548	0.8640	1.1047	0.7406	0.9032	0.5117	0.8790	0.7086	0.9942	0.7021	1.1170	0.9293	1.1805	0.7368	0.9106	0.7217	0.8841	0.8323
PC 34:4; [M-Ac-H]-@5.48	0.9735	0.6660	1.1463	0.7953	1.3128	0.8294	0.8071	0.1561	0.8005	0.6197	0.8204	0.7689	1.1888	0.9088	1.2295	0.7176	0.7211	0.4712	0.8231	0.4654
PC 35:1; [M-Ac-H]-@6.99	1.0419	0.7167	1.0883	0.8610	1.0154	0.6990	0.8919	0.5769	0.9259	0.9635	1.0885	0.6458	1.0900	0.8709	0.9849	0.6563	1.0093	0.8420	0.9793	0.7291
PC 35:2; [M-Ac-H]-@6.50	1.0605	0.7845	1.0117	0.8816	1.0685	0.7125	1.0360	0.6012	0.8978	0.8315	1.0600	0.8276	1.0277	1.0569	1.0666	0.7791	1.0239	0.8523	0.9378	0.8119
PC 36:5; [M-Ac-H]-@5.62	0.9752	0.5577	1.1528	0.9233	1.0929	0.7250	0.7281	0.4824	0.9171	0.7283	0.9424	0.6447	1.1840	1.0324	1.0968	0.7284	0.7490	0.5169	0.9351	0.7154
PC 37:2; [M-Ac-H]-@7.12	1.0331	0.8230	1.0987	0.8616	1.0117	0.4467	0.9103	0.5788	0.8095	0.7165	1.0131	0.9181	1.1088	1.2943	1.0451	0.7608	0.9406	0.8397	0.9386	0.9525
PC 37:3; [M-Ac-H]-@6.69	1.2181	0.8846	0.9981	0.8582	0.9591	0.9238	1.0126	0.3070	0.8509	0.9092	1.1302	0.8915	1.0343	0.9250	1.0808	0.9421	0.9924	0.5927	0.8131	1.1123
PC 37:5; [M-Ac-H]-@5.98	1.0294	0.6275	1.0765	0.7960	0.9802	0.5670	0.9860	0.1109	0.8720	1.1243	0.9521	0.7038	1.1455	0.9924	1.1125	0.9551	0.8916	0.3287	0.9704	0.9578
PC 38:2; [M-Ac-H]-@7.37	0.9995	0.8018	1.0345	0.9281	1.0905	0.7073	0.8877	0.5245	0.9101	1.0662	0.9611	0.9322	1.0778	1.1137	1.1233	0.8328	0.9166	0.8894	0.9008	0.8148
PC 39:6; [M-Ac-H]-@6.36	0.9596	0.7075	0.9694	0.9772	0.9934	0.6930	1.0416	1.3569	1.2636	0.5501	1.0643	0.9149	0.9638	0.8647	1.0959	0.7017	1.0054	0.7113	1.0145	0.7069
PC 40:3; [M-Ac-H]-@7.54	1.0505	0.8743	1.0704	0.8866	0.9596	0.7097	0.9039	0.3170	0.8372	1.0787	0.9704	1.1052	1.0676	1.0822	1.0843	0.8751	1.0925	0.8414	0.9160	0.9574
PC 40:4; [M-Ac-H]-@7.26	1.0742	1.0753	0.9323	0.7773	1.1732	0.8129	0.9018	0.4155	0.8557	1.0322	1.0254	1.0855	1.0278	0.9745	1.2026	0.8175	0.9158	0.5401	0.9167	0.8500
PC 40:5; [M-Ac-H]-@7.00	1.0790	0.7741	0.9561	0.7314	1.1030	0.9083	0.9481	0.6090	0.9152	0.7835	1.0059	1.0264	1.0382	0.8195	1.1895	0.8486	0.9970	0.7101	0.9694	0.8065
PC 40:7; [M-Ac-H]-@6.17	1.0540	0.8498	1.0451	0.8824	1.0312	0.5607	0.9461	0.6843	0.9706	0.7805	0.9819	0.7749	1.0036	1.1746	1.0908	0.7359	0.9569	0.8789	1.0476	0.7888
PC 40:8; [M-Ac-H]-@5.76	1.0024	0.6137	1.0263	0.9231	1.0734	0.7953	1.6542	0.1495	0.9109	1.0247	0.8251	0.7987	0.8978	1.1970	1.0764	0.9240	1.2180	0.3434	1.0143	0.7806
PE 32:1; [M-H]-@6.19	0.8146	0.2587	1.1882	0.6387	1.2469	0.8786	1.1196	0.5251	0.7025	1.5259	0.8677	0.2095	1.1294	0.4647	1.4212	0.8825	0.8244	0.6425	0.6425	1.2384
PE 33:1; [M-H]-@6.49	0.9759	0.6196	1.0346	0.2537	1.1314	1.2605	1.0678	0.8092	0.7638	0.9969	1.0422	0.5123	1.1181	0.9143	1.3901	0.6590	0.9108	0.7375	0.7469	0.5891
PE 33:2; [M-H]-@6.02	0.8865	0.4204	1.0335	0.7666	1.2519	0.9047	0.9347	0.3465	0.8060	0.8810	0.8942	0.5079	1.1381	0.8477	1.4794	0.8200	0.9309	0.8888	0.7180	0.6083
PE 34:1; [M-H]-@6.80	0.9391	0.5086	1.0371	0.5905	1.1382	0.8649	1.7216	0.3960	0.7969	0.9114	0.8854	0.6351	1.0288	0.7124	1.2030	0.8229	1.1965	0.4439	0.8085	0.8776
PE 34:2; [M-H]-@6.35	0.9330	0.5606	1.0925	0.4918	1.1665	0.9665	1.0523	0.5774	0.8837	0.9698	0.9360	0.3876	1.0519	0.7701	1.2846	1.1454	0.9615	0.9134	0.8206	0.8661
PE 34:3; [M-H]-@5.95	0.8531	0.3575	1.2475	0.3767	1.2851	0.9664	0.8738	0.4443	0.8380	0.6595	0.7814	0.3943	1.1735	0.5567	1.4015	0.9467	0.8122	0.5213	0.7531	0.4922
PE 35:1; [M-H]-@7.06	1.0196	0.8161	1.0732	0.5189	1.1744	0.6533	1.3505	0.5036	0.7079	0.9872	0.8878	1.0321	1.0913	0.8082	1.2550	0.4977	0.9844	0.4145	0.7071	0.9859
PE 35:2; [M-H]-@6.63	0.9465	0.3698	1.0818	0.6278	1.2068	0.7807	1.1233	0.4271	0.8481	0.8694	0.9978	0.4591	1.0543	0.7284	1.2852	0.7198	1.0866	0.8477	0.7585	0.7311
PE 35:4; [M-H]-@6.01	0.9336	0.5367	1.0795	0.7558	1.2877	0.7417	1.0642	0.3357	0.8065	0.6308	0.8759	0.6235	1.1269	0.6907	1.3034	0.6525	1.0004	0.7753	0.7972	0.4956
PE 36:0; [M-H]-@7.80	1.0009	0.8097	0.9938	0.9274	0.9916	1.3596	1.0572	0.9640	0.8944	0.9833	1.0220	1.0519	0.9903	0.9065	1.0608	0.9757	1.0284	1.1724	1.0123	1.0754
PE 36:1; [M-H]-@7.39	0.8719	0.7231	1.0902	0.7598	1.2497	0.9702	1.1328	0.5156	0.7035	0.6866	0.8583	0.7847	1.1534	0.8204	1.3418	1.0013	0.8807	0.5983	0.7307	0.6619
PE 36:2; [M-H]-@6.92	0.8595	0.6131	1.1009	0.7338	1.2184	0.9414	0.9237	0.5048	0.7817	0.7677	0.8723	0.6133	1.1427	0.8797	1.3277	1.1113	0.9142	0.6343	0.7981	0.7943
PE 36:3; [M-H]-@6.49	0.8469	0.5218	1.1388	0.6581	1.2178	0.8839	0.9650	0.4435	0.7679	0.8532	0.8604	0.5205	1.1602	0.8771	1.2961	1.0669	0.9039	0.7003	0.7961	0.8120
PE 36:4; [M-H]-@6.16	0.9318	0.6219	1.0641	0.6245	1.1507	0.9650	1.1415	0.3941	0.8895	0.7334	0.9833	0.5240	1.0554	0.6297	1.3238	1.1780	0.9653	0.6734	0.7880	0.7283
PE 36:5; [M-H]-@5.93	0.8998	0.2590	1.3413	0.5744	1.0975	0.6763	0.7124	0.5946	0.7933	0.8759	0.8467	0.2225	1.3489	0.6085	1.1663	0.6943	0.6952	0.6613	0.7652	0.6925
PE 37:4; [M-H]-@6.61	1.0251	0.5864	1.0046	0.6498	1.1709	0.7563	1.0448	0.4409	0.7605	0.8324	1.1265	0.7261	1.1087	0.6830	1.2438	0.6053	1.0092	0.6787	0.8172	0.6517
PE 38:2; [M-H]-@6.77	0.9318	0.6929	1.0179	0.9404	1.0727	0.8842	0.9250	0.8506	0.8963	0.6818	1.1031	1.1174	1.0427	1.2561	1.0926	0.8937	0.8786	0.6561	0.9513	1.0015
PE 38:3; [M-H]-@7.19	0.9653	0.5644	1.0169	0.4859	1.0711	0.7342	1.1205	0.4510	0.8803	0.6047	1.0938	0.6825	1.1094	0.6700	1.2194	0.6544	0.9889	0.7674	0.9495	0.8637
PE 38:4; [M-H]-@6.89	1.0082	0.5751	0.9774	0.6863	1.1304	0.8553	1.0650	0.5363	0.9016	0.7245	1.0199	0.7444	1.0754	0.8195	1.1659	0.8145	1.0617	0.6737	0.9394	0.8534
PE 38:5; [M-H]-@6.47	1.0294	0.4257	1.0492	0.5984	1.1908	0.6668	0.9752	0.4240	0.8396	0.9875	1.0339	0.4502	1.1047	0.7333	1.2097	0.7977	0.9562	0.5502	0.8570	0.8133
PE 38:6; [M-H]-@6.08	1.0511	0.4537	1.0127	0.6018	1.2017	0.5539	1.1707	0.5669	0.8890	0.5270	1.0726	0.4963	1.0332	0.7702	1.1580	0.6471	1.0926	0.6863	0.9409	0.6318
PE 38:7; [M-H]-@5.99	1.0292	0.3394	0.9977	0.6437	1.1591	0.9202	1.0270	0.4409	0.9780	0.6581	0.8922	0.4730	1.0986	0.6778	1.2888	0.5557	1.1143	0.9000	0.8899	0.6807
PE 39:6; [M-H]-@6.52	1.1565	0.3710	1.1507	0.4670	1.1234	0.4441	0.9377	0.4027	0.8347	0.6178	1.1577	0.1839	1.1097	0.7008	1.1688	0.7725	0.9549	0.4927	0.7992	0.3923
PE 40:4; [M-H]-@7.37	0.9907	0.5197	0.9162	0.7099	1.1672	0.8365	1.0633	0.3848	0.7231	0.9726	1.0946	0.6669	1.1167	0.8705	1.2845	1.0855	1.1003	0.4668	0.8394	0.8319
PE 40:5; [M-H]-@7.06	1.0810	0.4961	0.9834	0.6242	1.1858	0.8156	1.0754	0.4588	0.8290	0.6210	1.0650	0.5698	1.0447	0.7905	1.2690	0.6435	1.0758	0.5222	0.8677	0.7550
PE 40:6; [M-H]-@6.87	1.1019	0.5895	1.0369	0.6076	1.2320	0.5322	1.0680	0.5352	0.8997	0.4723	1.0633	0.6113	1.0015	0.7162	1.1753	0.5768	1.0971	0.5890	0.9072	0.5224
PE 40:7; [M-H]-@6.32	1.0277	0.5124	1.0654	0.6332	1.1289	0.5778	1.2276	0.4328	0.8887	0.6273	1.0816	0.4635	1.0600	0.6990	1.2144	0.6129	0.9470	0.7140	0.8433	0.6779
PE 40:8; [M-H]-@5.89	1.0366	0.3425	1.0230	0.7629	1.2368	0.7153	1.0352	0.3829	0.7088	0.6532	1.0646	0.3256	1.1548	0.9939	1.2705	0.7203	0.9237	0.8347	0.7974	0.4800
PG 34:1; [M-H]-@5.89	0.9014	0.8631	1.0326	1.0092	1.1634	1.0299	1.1750	0.3197	0.9288	0.8118	0.8548	0.7777	0.9788	1.0909	1.2273	0.8477	1.1033	0.6755	0.8648	0.8084
PG 34:2; [M-H]-@5.48	1.0718	0.5773	1.0614	0.9801	1.2100	0.7482	1.0238	0.4200	0.6672	0.9172	1.0843	0.9582	0.9510	1.0106	1.2451	0.8102	0.8728	0.5581	0.8658	0.9544
PG 36:0; [M-H]-@6.91	0.9523	1.0025	0.9949	1.2187	0.9977	1.2485	1.0439	1.0456	1.0241	1.0716	0.9610	1.0341	1.0002	1.0315	0.9010	0.9237	1.1076	0.8271	0.9961	1.1634
PG 36:2; [M-H]-@5.89	1.0164	0.7621	1.0218	0.8420	1.1613	1.0097	1.1686	0.6010	0.8177	1.0234	0.8638	0.6520	1.0002	1.1240	1.2309	0.9958	1.1636	0.7265	0.7831	0.8105
PI 34:1; [M-H]-@5.71	0.8716	0.6607	0.8611	0.8902	0.9729	0.6148	4.3156	0.4098	0.7122	1.2158	0.7465	0.7695	0.8628	0.9630	0.8875	0.7058	1.2059	0.1501	0.7544	1.0356
PI 34:2; [M-H]-@5.28	1.0208	0.5250	0.9693	0.7991	1.0321	0.7286	1.7806	0.4401	0.9343	0.8829	0.9612	0.7437	0.9030	1.0163	0.9318	0.9525	1.4587	0.4793	1.0559	0.7953
PI 36:1; [M-H]-@6.33	0.7411	0.5665	1.0921	1.2783	1.0787	0.9824	1.6898	0.5131	0.7583	1.1564	0.7222	0.5769	1.0849	1.2781	0.9632	0.9752	1.2408	0.2528	0.8571	1.6848
PI 36:2; [M-H]-@5.93	1.0169	0.8393	0.9250	1.0039	1.0225	0.7281	1.5141	0.5477	1.0140	0.9019	0.8938	0.9400	0.9883	1.0831	0.9806	0.6022	1.3871	0.6272	0.9531	0.8454
PI 36:3; [M-H]-@5.43	1.0141	0.6438	0.9711	0.9364	1.0264	0.7813	1.4609	0.6167	0.8519	0.9210	0.9222	0.7959	0.9919	1.1445	1.0108	0.8940	1.3639	0.7086	0.9639	1.0590
PI 36:4; [M-H]-@5.27	1.0545	0.6403	1.0139	0.7910	1.1225	0.8493	1.5263	0.4167	0.8703	0.9185	0.9353	0.7563	0.9579	0.9483	1.0124	0.8596	1.2144	0.2715	0.9538	0.8792
PI 38:3; [M-H]-@6.12	0.8885	0.8483	0.9177	0.9387	0.9818	0.9018	2.2469	0.4390	0.9224	0.9492	0.8005	0.8893	1.0087	0.9960	0.9616	0.7438	1.4095	0.4429	0.9203	0.9312
PI 38:4; [M-H]-@5.89	0.9347	0.9406	0.9709	1.0302	1.0136	0.9838	1.4274	0.3707	1.0194	0.9486	0.8382	0.9878	1.0169	1.0344	1.0193	0.7642	1.1902	0.5264	0.9964	0.9057
PI 38:5; [M-H]-@5.41	1.0396	0.5377	0.9550	0.7801	1.1412	0.7398	1.4923	0.5558	0.8625	1.0950	0.9209	0.7447	0.9544	0.9627	1.0116	0.7416	1.2999	0.4672	1.0272	1.1182
PI 38:6; [M-H]-@5.16	1.0462	0.5573	1.0156	0.8311	1.0750	0.7763	1.2226	0.4075	0.9343	0.7699	0.9082	0.5747	1.0514	1.2582	0.9626	0.6886	1.3861	0.8220	0.9522	0.6627
PI 40:5; [M-H]-@5.97	1.0426	0.6604	0.9687	0.9479	1.0334	0.9156	1.3728	0.5102	0.8675	1.1998	0.9101	0.8529	1.0231	1.4099	0.9342	0.8356	1.2711	0.4713	0.9102	1.1747
PI 40:6; [M-H]-@5.80	1.1941	0.3211	0.9813	0.8512	0.9480	0.5990	1.4266	0.7457	1.0110	1.0820	0.9111	0.5465	0.9618	1.0810	0.9195	0.5583	1.2521	0.6845	1.1694	0.8239
plasmenyl-PE 32:0; [M-H]-@7.05	1.0261	0.8741	0.9613	0.7989	1.2053	0.6511	0.8346	0.3379	0.9701	0.8314	1.0193	1.0393	1.0006	1.1062	1.1965	0.7009	0.8232	0.4915	1.0056	0.8397
plasmenyl-PE 32:1; [M-H]-@6.53	0.8993	0.5487	1.0988	0.6940	1.0344	1.0406	0.8067	0.4745	0.8469	1.4850	1.0003	0.7171	1.0752	0.9644	1.2976	0.9708	0.9320	0.5677	0.8133	1.0772
plasmenyl-PE 34:0; [M-H]-@7.15	0.9575	0.9505	1.0239	0.8169	1.1672	0.9579	1.0917	0.4191	0.8445	0.7998	0.9726	0.7865	1.0981	1.2479	1.1078	1.0750	0.8352	0.4335	0.8590	0.7865
plasmenyl-PE 34:1; [M-H]-@7.13	0.9545	0.8922	0.9851	0.9169	1.0747	0.9576	1.2061	0.3955	0.8490	0.9451	0.9919	1.0590	1.0597	1.0685	1.1269	1.0217	0.9438	0.5089	0.9106	0.8409
plasmenyl-PE 34:2; [M-H]-@6.66	1.0335	0.8604	0.9716	0.9664	1.1116	1.0023	0.9388	0.6178	0.8978	0.9362	1.0155	1.0176	1.0159	1.1733	1.1298	1.0023	0.9187	0.8137	0.8991	0.9308
plasmenyl-PE 34:3; [M-H]-@6.30	1.0056	0.8327	1.1185	0.9664	1.0856	1.0503	0.7907	0.3494	0.7903	0.7426	0.9494	0.7894	1.2217	1.2012	1.1042	1.1308	0.7609	0.8733	0.7506	0.5930
plasmenyl-PE 36:1; [M-H]-@7.67	1.0174	0.9086	0.9644	0.8593	1.1079	1.1071	1.2644	0.3648	0.8146	0.7489	0.9600	1.1135	1.0212	1.0779	1.1839	1.2076	0.9665	0.5356	0.8682	0.8358
plasmenyl-PE 36:2; [M-H]-@7.24	0.9985	0.9365	1.0269	1.1082	1.0752	0.8598	0.8681	0.3183	0.9057	0.8905	0.9670	1.0283	1.0615	1.2429	1.1483	1.1528	0.8310	0.5738	0.8991	0.7239
plasmenyl-PE 36:3; [M-H]-@6.88	0.9903	0.9904	1.0072	1.0410	1.1132	1.1856	0.9034	0.4379	0.8774	0.8079	0.9633	1.1173	1.0331	1.2006	1.1451	1.2451	0.8683	0.5780	0.9006	0.7933
plasmenyl-PE 36:4; [M-H]-@6.60	1.0611	0.9070	0.9265	0.9496	1.1624	1.2282	0.9084	0.3759	0.8380	0.8238	1.0575	1.0261	1.0171	1.0719	1.1958	1.3459	0.8804	0.6407	0.8846	0.8092
plasmenyl-PE 36:5; [M-H]-@6.25	1.0536	0.6794	1.0568	1.0602	1.0739	1.0176	0.8384	0.4119	0.9379	0.5114	0.9974	0.6510	1.1309	1.2158	1.1139	1.1063	0.6795	0.5417	0.9631	0.4156
plasmenyl-PE 38:1; [M-H]-@8.18	0.8406	0.8327	1.1446	0.8117	1.0491	0.9111	1.1191	0.4136	0.7872	1.0902	0.8748	0.7662	1.1633	1.3127	1.1004	1.1181	0.9381	0.7277	0.8011	0.7652
plasmenyl-PE 38:2; [M-H]-@7.81	0.8838	0.6922	1.1642	1.1167	1.0434	0.9230	0.9380	0.3929	0.7700	0.8146	0.8787	0.6342	1.1915	1.3539	1.1186	0.8873	0.7718	0.6298	0.9249	0.6662
plasmenyl-PE 38:3; [M-H]-@7.49	1.0314	0.7354	0.9449	0.8860	1.1285	1.2029	1.0857	0.2679	0.8649	0.7593	1.0098	1.0003	1.0241	1.1327	1.1638	1.3692	0.8856	0.4185	0.9687	0.6904
plasmenyl-PE 38:4; [M-H]-@7.16	1.0329	0.9758	0.9070	0.9595	1.1259	1.2427	1.0157	0.3531	0.8420	0.8357	1.0706	1.1293	0.9926	1.1254	1.1433	1.4388	0.9674	0.4833	0.9534	0.7471
plasmenyl-PE 38:5; [M-H]-@6.70	1.0275	0.9654	0.9774	0.9711	1.1041	1.2115	0.8987	0.4707	0.8916	0.8220	0.9976	1.0945	1.0314	1.1293	1.1074	1.1923	0.9048	0.5938	0.9483	0.8311
plasmenyl-PE 38:6; [M-H]-@6.49	1.0568	0.8336	0.9605	0.9408	1.0991	0.9354	0.9768	0.4619	0.9288	0.8462	1.0129	0.8828	1.0252	1.1041	1.1064	1.0134	0.9881	0.6880	0.9681	0.7324
plasmenyl-PE 40:2; [M-H]-@8.22	0.8697	0.6444	1.0631	0.9983	1.1097	0.8658	1.0692	0.4434	0.7470	0.8959	0.9376	0.6006	1.1865	1.2655	1.1421	1.0227	0.9439	0.8146	0.8253	0.8291
plasmenyl-PE 40:4; [M-H]-@7.70	0.9532	0.5339	1.0085	0.9171	1.0987	1.2987	1.1784	0.2369	0.7519	0.7306	1.0073	0.6697	1.1138	1.0503	1.1794	1.5224	1.0240	0.2842	0.8024	0.8800
plasmenyl-PE 40:5; [M-H]-@7.38	1.0103	0.7663	0.9643	0.8618	1.0950	1.0891	1.1228	0.2847	0.8702	0.8839	0.9897	0.8576	1.0725	1.0594	1.1342	1.1849	0.9723	0.4083	0.9149	0.7920
plasmenyl-PE 40:6; [M-H]-@7.13	1.0185	0.9658	0.9195	1.0489	1.0790	1.0977	1.0523	0.4711	0.9413	0.6303	1.0881	1.0629	1.0116	1.1232	1.0494	0.9412	1.0051	0.5810	1.0215	0.7176
plasmenyl-PE 42:4; [M-H]-@8.13	0.9686	0.5879	1.0555	0.9827	1.1610	1.1625	0.9823	0.5715	0.7348	0.7712	0.9391	0.4926	1.1785	1.1198	1.0709	1.0711	0.9815	0.6559	0.8745	0.7859
plasmenyl-PE 42:5; [M-H]-@7.83	0.9495	0.4712	1.0490	0.7683	1.1327	1.0117	0.9824	0.4205	0.7749	0.8788	0.9995	0.7374	1.1550	1.0585	1.1477	1.3038	0.8645	0.5346	0.8759	0.8293
plasmenyl-PE 42:6; [M-H]-@7.71	1.1120	0.7375	1.0604	0.7446	1.1333	0.8204	0.7424	0.6894	0.8072	0.7551	0.9331	0.6685	1.1901	1.1310	1.0965	1.0235	0.9312	0.9389	0.8131	0.6806
PS 36:1; [M-H]-@6.45	0.9468	0.5819	0.9153	0.8956	1.1354	0.9906	1.9014	0.3519	0.7497	0.8612	0.9544	0.5837	0.9814	0.8794	1.0477	0.8238	1.3994	0.2952	1.0125	0.8097
PS 38:4; [M-H]-@6.05	0.6851	0.7075	0.6274	0.8383	0.8373	0.8242	6.3242	0.1513	0.5672	0.6506	0.6415	0.7372	0.6479	0.8544	0.6681	0.8036	2.9594	0.0531	0.7006	0.5684
PS 38:5; [M-H]-@5.57	0.9568	0.5104	0.8095	0.8706	1.0449	1.0669	2.6143	0.7433	0.7631	0.6858	0.9379	0.8123	0.9236	1.0425	0.9894	0.9346	1.6067	0.2012	0.8882	1.0362
PS 40:4; [M-H]-@6.44	0.6970	0.9155	0.6788	0.6832	0.9902	0.7753	5.3912	0.3614	0.6454	0.9157	0.7831	0.9257	0.7689	0.7978	0.9940	0.7275	1.4307	0.2010	0.7722	0.7281

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

Factors:

F1	Exercise:No | Group:Borderline Pressures | Sex:Female | Type:Cath
F2	Exercise:No | Group:Borderline Pressures | Sex:Male | Type:Cath
F3	Exercise:No | Group:Healthy | Sex:Female | Type:Non-invasive
F4	Exercise:No | Group:Healthy | Sex:Male | Type:Non-invasive
F5	Exercise:No | Group:LowRisk | Sex:Female | Type:Non-invasive
F6	Exercise:No | Group:LowRisk | Sex:Male | Type:Non-invasive
F7	Exercise:No | Group:Normal Pressures | Sex:Female | Type:Cath
F8	Exercise:No | Group:Normal Pressures | Sex:Male | Type:Cath
F9	Exercise:No | Group:PAH | Sex:Female | Type:Cath
F10	Exercise:No | Group:PAH | Sex:Male | Type:Cath
F11	Exercise:Yes | Group:Borderline Pressures | Sex:Female | Type:Cath
F12	Exercise:Yes | Group:Borderline Pressures | Sex:Male | Type:Cath
F13	Exercise:Yes | Group:Healthy | Sex:Female | Type:Non-invasive
F14	Exercise:Yes | Group:Healthy | Sex:Male | Type:Non-invasive
F15	Exercise:Yes | Group:LowRisk | Sex:Female | Type:Non-invasive
F16	Exercise:Yes | Group:LowRisk | Sex:Male | Type:Non-invasive
F17	Exercise:Yes | Group:Normal Pressures | Sex:Female | Type:Cath
F18	Exercise:Yes | Group:Normal Pressures | Sex:Male | Type:Cath
F19	Exercise:Yes | Group:PAH | Sex:Female | Type:Cath
F20	Exercise:Yes | Group:PAH | Sex:Male | Type:Cath