Propertites of Heterotachy Phylogeny of AMT 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)
N4	3e-06	0.092366	6.32768	4.50891	2.57529	10.49194	Greater	0.87835	1.254e-14
N34	0.005152	0.119574	6.25622	3.90339	2.51518	10.93663	Greater	0.87661	1.254e-14
N52	0.062775	2.784905	4.06459	3.94246	3.64866	4.32080	Greater	0.87292	1.254e-14
N47	0.10904	3.611171	3.71845	3.69561	3.46921	3.95347	Greater	0.85697	1.254e-14
N59	0.001253	0.039059	5.91619	8.44096	1.28867	10.60611	Greater	0.70394	1.254e-14
N39	0.004718	0.017103	2.57200	2.32700	1.69901	2.90257	Greater	0.69182	1.254e-14
N30	0.010306	0.031089	1.30727	1.07499	0.60909	1.53490	Greater	0.52980	1.254e-14
N2	0.009494	0.02507	1.16682	1.18494	0.58154	1.75338	Greater	0.52622	1.254e-14
N42	2e-06	2e-06	3.64146	0.40547	0.00000	10.34985	Greater	0.47675	1.254e-14
N57	0.010749	0.037448	0.90867	1.02427	0.22471	1.63475	Greater	0.45526	1.254e-14
N38	0.029609	0.07069	0.76515	0.94486	0.38870	1.36536	Greater	0.44430	1.254e-14
N7	0.111897	0.157667	0.69541	0.76245	0.35474	1.15377	Greater	0.43407	1.254e-14
N22	0.027079	0.048661	0.53186	0.54662	0.07891	1.09142	Greater	0.36618	1.254e-14
N25	0.028191	0.034933	0.50544	0.66403	0.04876	1.11588	Greater	0.36466	1.254e-14
N16	0.020713	0.02556	0.46214	0.63251	-0.04230	1.19431	Greater	0.35559	1.254e-14
N10	0.033785	0.03878	0.46976	0.60723	0.05795	1.05887	Greater	0.35443	1.254e-14
N35	3e-06	2e-06	2.59598	0.00000	-0.40547	7.63844	Greater	0.34954	1.254e-14
N20	0.071723	0.079614	0.30912	0.32180	0.06788	0.55597	Greater	0.30042	1.254e-14
N18	0.047332	0.055475	0.29496	0.40537	-0.04830	0.75882	Greater	0.29579	1.254e-14
N13	2e-06	3e-06	0.27096	0.40547	0.00000	0.40547	Greater	0.28837	1.254e-14
N31	0.01152	0.025004	-0.88302	0.78583	-6.94569	1.57867	Greater	0.25613	1.254e-14
N8	0.079149	0.067969	-0.19846	0.07031	-0.78140	0.68095	Greater	0.16581	1.254e-14
N58	0.152236	0.119122	0.04229	-0.09425	-0.45708	0.35660	Greater	0.16146	1.254e-14
N3	0.012928	0.016038	-0.50167	-0.04812	-0.95948	0.63061	Greater	0.13429	1.091e-12
N40	0.03526	0.038972	-2.18587	0.41894	-8.92501	1.24189	Greater	0.09667	2.2253e-08
N56	0.487135	0.38092	-0.40511	-0.18515	-1.13463	0.19003	Greater	0.04733	0.011175
N33	0.005803	2e-06	-2.10946	0.00000	-8.02699	1.07680	Greater	0.03761	0.04744
N28	0.003227	2e-06	-1.84926	0.00000	-7.65728	0.01704	Greater	0.02698	0.15618
N1	0.066145	0.013617	-0.80812	-0.79421	-1.80059	0.30421	Lesser	-0.00535	0.453
N15	0.060678	0.022015	-0.62712	-0.48783	-0.97661	-0.06976	Lesser	-0.01416	0.453
N11	0.027192	0.010175	-2.82719	-0.41618	-9.06045	0.44886	Lesser	-0.08225	2.3352e-06
N54	0.243528	0.080885	-0.86953	-0.90567	-1.37069	-0.39654	Lesser	-0.11482	2.124e-11
N6	0.093273	0.04745	-0.82544	-0.81916	-1.19309	-0.45738	Lesser	-0.11718	8.7147e-12
N29	0.004563	3e-06	-3.94311	-6.81344	-7.95507	0.40547	Lesser	-0.13075	2.0944e-14
N50	0.216027	0.094461	-3.04388	-0.17590	-10.71745	0.24740	Lesser	-0.13148	1.7016e-14
N19	0.002394	2e-06	-3.17081	-0.40547	-8.03641	-0.40547	Lesser	-0.16673	1.254e-14
N27	0.028341	0.015156	-4.13566	-2.06164	-9.07326	0.07362	Lesser	-0.23294	1.254e-14
N49	0.030712	3e-06	-5.07229	-8.76192	-9.63454	1.38293	Lesser	-0.23470	1.254e-14
N12	0.004833	2e-06	-4.89028	-7.79688	-8.18772	0.00000	Lesser	-0.27060	1.254e-14
N53	0.04651	3e-06	-3.89252	-1.73944	-9.35275	-0.30795	Lesser	-0.27721	1.254e-14
N55	0.343649	0.046603	-1.82993	-1.80687	-2.26247	-1.38620	Lesser	-0.28157	1.254e-14
N21	0.004494	2e-06	-4.74081	-7.78156	-8.54081	-0.40547	Lesser	-0.28198	1.254e-14
N5	0.032339	0.003302	-4.43610	-2.34305	-9.18608	-0.64191	Lesser	-0.33019	1.254e-14
N48	0.185947	3e-06	-5.57222	-3.70246	-11.29476	0.37266	Lesser	-0.36653	1.254e-14
N41	0.24576	0.069384	-3.71909	-1.15326	-10.96861	-0.64859	Lesser	-0.36697	1.254e-14
N43	0.081606	3e-06	-5.39800	-3.88376	-10.51663	-0.39373	Lesser	-0.42446	1.254e-14
N36	0.020749	2e-06	-5.59150	-8.49597	-9.36786	-1.16262	Lesser	-0.46189	1.254e-14
N17	0.00621	2e-06	-8.01843	-8.10208	-8.48129	-7.75769	Lesser	-0.51054	1.254e-14
N44	0.042998	2e-06	-6.97769	-9.41536	-10.35528	-0.71164	Lesser	-0.51531	1.254e-14
N9	0.009764	2e-06	-8.32020	-8.41837	-8.97240	-7.78447	Lesser	-0.57496	1.254e-14
N23	0.01046	2e-06	-8.50942	-8.58961	-8.94514	-8.11208	Lesser	-0.58260	1.254e-14
N14	0.017965	3e-06	-8.87525	-8.94885	-9.20901	-8.64212	Lesser	-0.64971	1.254e-14
N51	0.11122	0.005067	-7.03984	-9.39649	-10.96887	-3.00558	Lesser	-0.65374	1.254e-14
N24	0.026616	2e-06	-9.19756	-9.24252	-9.54257	-8.92829	Lesser	-0.71165	1.254e-14
N32	0.027456	2e-06	-9.48021	-9.64527	-9.82542	-9.18513	Lesser	-0.76102	1.254e-14
N46	0.095531	3e-06	-10.55465	-10.57620	-10.84427	-10.30300	Lesser	-0.89629	1.254e-14
N45	0.148597	2e-06	-11.12841	-11.25815	-11.45141	-10.79287	Lesser	-0.95608	1.254e-14