Propertites of Heterotachy Phylogeny of SLC25A32 proteins
Natural logarithm of 'Amino acids -' over 'Residue solvent accessibilities -' based tree branch lengths ratios;
100 iteration of random 50%-alignment jackknife

Inner branch by (daughter) node	Median of branch length from		Mean of logarithmic ratios	Median of logarithmic ratios	Q1 or 25% quantile of logarithmic ratios	Q3 or 75% quantile of logarithmic ratios	Comparing of branch ratios to general population of logarithmic ratios for Inner tree branches
	Amino acids - based tree	Residue solvent accessabilities - based tree					Difference, U-test	Cliff's delta	Normalized p-value, U-test (Holm correction for multiple tests)
N27	1e-06	0.03818	10.60542	10.82335	10.38326	11.09215	Greater	0.97871	2.486e-14
N72	2e-06	0.025346	8.21736	9.39379	8.63133	9.71776	Greater	0.86596	2.486e-14
N17	0.014869	1.672907	4.59511	4.55275	4.10425	5.08665	Greater	0.79512	2.486e-14
N11	1e-06	0.007592	6.86777	9.41001	0.69315	10.08560	Greater	0.76462	2.486e-14
N90	0.033129	0.583493	3.02059	2.94247	2.63651	3.34787	Greater	0.75503	2.486e-14
N19	0.025968	0.262092	2.36188	2.28873	1.92384	2.71971	Greater	0.70280	2.486e-14
N16	0.146842	1.398055	2.38729	2.45099	1.99338	2.86547	Greater	0.69548	2.486e-14
N14	1e-06	2e-06	6.33671	9.62549	0.69315	10.33062	Greater	0.67828	2.486e-14
N91	0.004194	0.025764	4.21254	2.32401	1.39775	9.85498	Greater	0.62109	2.486e-14
N67	0.006208	0.034091	1.69728	1.71303	1.31470	2.14501	Greater	0.61283	2.486e-14
N98	0.026351	0.111421	1.74569	1.68475	1.19211	2.20862	Greater	0.60517	2.486e-14
N23	0.005408	0.024087	3.40281	1.78148	0.93993	8.20303	Greater	0.59631	2.486e-14
N75	1e-06	2e-06	4.52867	0.69315	0.69315	9.44153	Greater	0.58492	2.486e-14
N64	2e-06	0.011822	4.21125	2.09273	0.93938	9.11377	Greater	0.57584	2.486e-14
N25	1e-06	0.01725	4.55374	2.26731	0.69315	9.94213	Greater	0.55247	2.486e-14
N40	0.044753	0.136612	1.42296	1.21005	0.64110	2.11577	Greater	0.50148	2.486e-14
N31	0.006333	0.035389	2.95650	1.65165	0.48821	9.06215	Greater	0.48609	2.486e-14
N26	0.019703	0.045063	1.23553	1.15099	0.61864	1.73619	Greater	0.47133	2.486e-14
N4	0.008359	0.022242	2.89541	1.49768	0.24996	8.04195	Greater	0.45781	2.486e-14
N5	0.034929	0.074491	1.16874	1.06152	0.38036	1.86899	Greater	0.42169	2.486e-14
N3	0.030874	0.075243	0.90463	0.90897	0.49113	1.32241	Greater	0.41987	2.486e-14
N20	0.002774	0.025491	1.76797	1.27724	0.21211	3.00032	Greater	0.40885	2.486e-14
N21	0.004082	0.011794	2.34673	1.31809	0.36288	8.59684	Greater	0.38810	2.486e-14
N61	0.010604	0.037373	0.93407	0.96906	0.28701	1.63838	Greater	0.38763	2.486e-14
N79	0.030294	0.054751	0.79308	0.86426	0.40724	1.30140	Greater	0.37186	2.486e-14
N108	0.018301	0.040574	0.86608	0.77411	0.27720	1.36462	Greater	0.36467	2.486e-14
N70	0.005701	0.008008	2.08450	1.22732	0.00000	8.75668	Greater	0.34924	2.486e-14
N28	3e-06	3e-06	2.54475	0.40547	0.00000	7.81211	Greater	0.34507	2.486e-14
N18	0.024281	0.044971	0.69108	0.72646	0.09940	1.33665	Greater	0.31566	2.486e-14
N77	0.008211	0.008315	1.07675	0.74200	0.00000	1.46211	Greater	0.31067	2.486e-14
N83	3e-06	0.005349	2.45706	0.42985	0.00000	7.86864	Greater	0.30780	2.486e-14
N63	0.004203	0.014222	2.28212	0.62996	0.00000	8.30086	Greater	0.30578	2.486e-14
N65	0.007865	0.020639	0.52769	0.66966	0.00000	1.21130	Greater	0.27269	2.486e-14
N71	0.033578	0.045305	0.46385	0.46617	0.06395	0.84435	Greater	0.26696	2.486e-14
N86	0.004125	0.026571	1.67023	0.73720	-0.40547	7.84189	Greater	0.25976	2.486e-14
N81	0.000442	0.009518	0.94016	0.89023	-3.68888	3.94031	Greater	0.20763	2.486e-14
N24	2e-06	0.002772	1.52600	0.00000	-0.21753	7.87816	Greater	0.20564	2.486e-14
N105	0.149715	0.172797	0.26662	0.26023	-0.01453	0.53717	Greater	0.19823	2.486e-14
N45	0.040881	0.052487	0.32419	0.31994	-0.18287	0.84742	Greater	0.19462	2.486e-14
N15	0.005383	3e-06	0.79440	0.69315	-1.42367	7.72533	Greater	0.18756	2.486e-14
N112	0.024039	0.019472	0.33791	0.31691	-0.42445	1.09408	Greater	0.16954	2.486e-14
N46	0.041925	0.033575	0.19240	0.24412	-0.36186	0.79189	Greater	0.13824	4.9084e-14
N102	0.060743	0.07562	0.19039	0.11878	-0.40644	0.67883	Greater	0.11879	1.5834e-11
N80	0.077831	0.071778	0.07975	0.13561	-0.19418	0.42898	Greater	0.11243	1.84149e-10
N6	0.0094	0.018138	-0.14014	0.41800	-3.06217	2.10166	Greater	0.10091	1.3328e-08
N42	0.023689	0.021285	0.08170	0.12301	-0.42003	0.67309	Greater	0.09879	5.7708e-07
N13	0.004626	0.00731	0.11638	0.00000	-7.53048	1.51793	Greater	0.08865	8.0563e-07
N99	0.009069	2e-06	0.59229	0.00000	-1.45036	7.80690	Greater	0.08699	1.36816e-06
N59	0.033097	0.033683	0.05597	0.02267	-0.58569	0.67420	Greater	0.07359	8.3594e-05
N101	0.043909	0.050194	-0.12519	0.08474	-0.57690	0.63133	Greater	0.06011	0.005815
N106	0.02895	0.014362	-0.24731	0.00000	-0.77420	0.72173	Greater	0.03923	0.1528
N73	1e-06	1e-06	-0.64525	0.00000	-8.01648	0.69315	Greater	0.03607	0.13455
N69	0.022054	0.013109	-0.07387	-0.10123	-0.67173	0.46317	Greater	0.02321	0.66451
N8	0.069797	0.06722	-0.08141	-0.11984	-0.54945	0.33276	Greater	0.01840	0.8586
N34	0.011936	0.00634	-0.65478	0.00000	-0.89097	0.72394	Greater	0.01261	1
N68	0.033064	0.028211	-0.13250	-0.09813	-0.63266	0.36733	Greater	0.00947	1
N104	0.084668	0.064093	-0.14807	-0.12596	-0.61878	0.36244	Greater	0.00358	1
N85	3e-06	3e-06	-0.54243	0.00000	-7.35904	0.40547	Lesser	-0.00014	1
N92	0.005867	0.007164	-0.31558	0.00000	-5.50246	0.74003	Lesser	-0.01191	1
N38	0.049164	0.020416	-0.30436	-0.38929	-1.21271	0.58918	Lesser	-0.05980	0.0046827
N44	0.018733	0.009269	-0.72283	-0.28598	-0.94222	0.36557	Lesser	-0.06605	0.0026028
N113	0.049306	0.029823	-0.38508	-0.32172	-1.01473	0.33901	Lesser	-0.07035	0.00077779
N107	0.076479	0.038938	-0.32358	-0.32377	-0.82325	0.13429	Lesser	-0.07962	1.2879e-05
N82	0.013603	0.010927	-0.42423	-0.40364	-0.96691	0.16279	Lesser	-0.10338	4.5125e-07
N52	1.033965	0.696513	-0.36227	-0.35388	-0.57832	-0.13656	Lesser	-0.11279	1.34904e-10
N2	0.090994	0.050799	-0.40618	-0.36992	-0.71088	-0.04161	Lesser	-0.11761	3.1272e-11
N94	0.117114	0.072545	-0.45473	-0.33570	-0.74477	0.01500	Lesser	-0.11910	2.035e-11
N43	0.079092	0.056816	-0.41551	-0.39349	-0.82659	-0.01124	Lesser	-0.12044	6.2046e-12
N103	0.026254	0.026188	-0.72977	-0.49722	-1.41544	0.29779	Lesser	-0.12938	7.8936e-11
N58	0.049943	0.0202	-0.47698	-0.47145	-0.97801	0.03765	Lesser	-0.13654	2.486e-14
N50	0.592472	0.340272	-0.43943	-0.46447	-0.72946	-0.19116	Lesser	-0.14510	2.486e-14
N66	0.023937	0.012672	-0.56669	-0.46488	-1.07167	0.02751	Lesser	-0.15178	2.486e-14
N110	0.041819	0.014366	-1.12361	-0.67219	-1.42324	0.07229	Lesser	-0.19245	2.486e-14
N60	0.129964	0.059555	-0.70454	-0.56153	-1.09505	-0.18178	Lesser	-0.22056	2.486e-14
N51	0.644556	0.310009	-0.61469	-0.61922	-0.85276	-0.38332	Lesser	-0.22806	2.486e-14
N88	0.007826	3e-06	-2.76691	-1.03741	-8.02911	0.40547	Lesser	-0.24566	2.486e-14
N36	0.108612	0.04425	-0.74770	-0.68660	-1.14354	-0.27437	Lesser	-0.24580	2.486e-14
N49	0.072043	0.018242	-0.87614	-0.87479	-1.60349	-0.15443	Lesser	-0.24970	2.486e-14
N111	0.038299	0.012609	-0.81612	-0.77673	-1.37706	-0.20787	Lesser	-0.25378	2.486e-14
N10	0.129972	0.033555	-0.84861	-0.73279	-1.29689	-0.28446	Lesser	-0.25920	2.486e-14
N41	0.048983	0.016915	-0.79036	-0.77531	-1.32387	-0.26845	Lesser	-0.26203	2.486e-14
N84	1e-06	1e-06	-3.74700	-0.69315	-8.58989	0.69315	Lesser	-0.27313	2.486e-14
N74	0.008401	3e-06	-2.84836	-0.80078	-8.46115	0.00000	Lesser	-0.27412	2.486e-14
N87	0.024873	0.005547	-0.85588	-0.88077	-1.38082	-0.36964	Lesser	-0.28101	2.486e-14
N53	0.15663	0.067684	-0.94563	-0.87248	-1.48670	-0.33768	Lesser	-0.30435	2.486e-14
N109	0.046771	0.014978	-2.35629	-0.88382	-3.56664	-0.08857	Lesser	-0.30643	2.486e-14
N97	0.12566	0.037635	-0.99894	-0.91185	-1.41068	-0.48873	Lesser	-0.33743	2.486e-14
N89	0.054164	0.013899	-3.13243	-1.28069	-9.48311	0.00000	Lesser	-0.35700	2.486e-14
N55	0.038456	0.019234	-2.85042	-1.48501	-8.22568	-0.13929	Lesser	-0.37705	2.486e-14
N96	0.007541	3e-06	-4.11292	-6.38463	-8.38800	0.00000	Lesser	-0.38600	2.486e-14
N1	0.428495	0.138607	-1.10679	-1.08913	-1.33883	-0.83597	Lesser	-0.41351	2.486e-14
N100	0.041808	0.005748	-3.45794	-1.62004	-9.77173	-0.23729	Lesser	-0.41460	2.486e-14
N12	0.035097	0.00538	-4.23025	-2.19099	-9.45802	-0.09869	Lesser	-0.44236	2.486e-14
N56	1.037869	0.289754	-1.23312	-1.23641	-1.45711	-1.01433	Lesser	-0.45753	2.486e-14
N78	0.008437	2e-06	-4.76863	-8.39174	-8.87270	0.00000	Lesser	-0.45907	2.486e-14
N30	0.021083	3e-06	-4.00076	-1.56186	-9.00794	-0.61834	Lesser	-0.47820	2.486e-14
N37	0.084167	0.008503	-1.58803	-1.56129	-2.05412	-1.03729	Lesser	-0.48765	2.486e-14
N7	0.159788	0.037276	-1.52124	-1.49786	-1.99557	-1.01116	Lesser	-0.50008	2.486e-14
N57	0.251231	0.02228	-1.72903	-1.58385	-2.35788	-1.01952	Lesser	-0.50371	2.486e-14
N62	0.029289	0.001061	-3.85917	-2.00343	-8.98403	-0.94865	Lesser	-0.50630	2.486e-14
N32	0.052469	0.002725	-5.36633	-6.52503	-10.15222	-0.18809	Lesser	-0.51202	2.486e-14
N39	0.211537	0.047785	-1.66413	-1.51770	-2.10439	-1.09772	Lesser	-0.52008	2.486e-14
N114	0.22718	0.030778	-1.81766	-1.67680	-2.27074	-1.28866	Lesser	-0.56535	2.486e-14
N48	0.181597	0.015765	-1.96305	-1.87672	-2.52114	-1.38043	Lesser	-0.58533	2.486e-14
N93	0.044044	0.013357	-4.09977	-2.15949	-9.42508	-1.26136	Lesser	-0.59701	2.486e-14
N9	0.088342	0.00766	-4.00618	-2.31022	-9.30660	-1.39000	Lesser	-0.60910	2.486e-14
N54	0.379286	0.020452	-2.55945	-2.19614	-3.12601	-1.54893	Lesser	-0.61449	2.486e-14
N29	0.024291	3e-06	-6.79399	-8.84544	-9.31845	-2.27074	Lesser	-0.69273	2.486e-14
N76	0.046692	0.005453	-4.53967	-2.35097	-9.60162	-1.59015	Lesser	-0.69795	2.486e-14
N95	0.238916	0.007997	-4.98281	-2.52893	-11.19732	-1.63389	Lesser	-0.72239	2.486e-14
N47	0.134979	0.000536	-6.30378	-3.97109	-11.11865	-1.75090	Lesser	-0.77828	2.486e-14
N35	0.086754	2e-06	-7.73705	-10.48554	-10.79961	-2.58440	Lesser	-0.85553	2.486e-14
N33	0.058489	2e-06	-10.11791	-10.17216	-10.59207	-9.81490	Lesser	-0.94626	2.486e-14