Propertites of Heterotachy Phylogeny of HIGD2A 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)
N45	0.057296	0.185152	5.67976	2.35604	1.05633	11.98448	Greater	0.69463	1.408e-14
N6	2e-06	0.035548	7.37619	10.04631	0.00000	10.50724	Greater	0.67523	1.408e-14
N27	0.015129	0.171749	5.33744	2.66874	1.45305	11.10265	Greater	0.67319	1.408e-14
N24	0.064969	0.287294	1.82913	1.77166	1.40666	2.17294	Greater	0.64752	1.408e-14
N17	0.041866	0.3374	2.11131	2.23264	1.52765	2.84458	Greater	0.62786	1.408e-14
N18	0.061659	0.309644	1.70597	1.76828	1.20214	2.26147	Greater	0.60201	1.408e-14
N11	0.025637	0.109356	3.53839	1.43483	0.65801	10.50474	Greater	0.54221	1.408e-14
N26	2e-06	2e-06	5.37297	9.30996	0.00000	10.12965	Greater	0.53211	1.408e-14
N55	0.045691	0.040315	4.13592	1.85711	0.40547	10.96911	Greater	0.53156	1.408e-14
N54	0.023015	0.130191	2.50159	1.65245	0.40547	2.94653	Greater	0.51914	1.408e-14
N15	0.024238	0.121202	1.43087	1.43028	0.55854	1.97756	Greater	0.49591	1.408e-14
N2	0.021814	0.117785	2.57020	1.40809	0.31213	9.57630	Greater	0.46858	1.408e-14
N40	2e-06	0.058622	4.16520	0.69315	0.00000	10.65869	Greater	0.46505	1.408e-14
N9	0.018758	0.045768	2.65659	1.27213	0.21818	9.64394	Greater	0.45233	1.408e-14
N4	0.025758	0.052884	0.83979	0.95451	0.40547	1.43665	Greater	0.41767	1.408e-14
N42	0.04145	0.079684	0.89442	0.89127	0.33963	1.45008	Greater	0.41612	1.408e-14
N61	2e-06	0.017065	3.81056	0.92652	0.00000	10.08207	Greater	0.41223	1.408e-14
N31	2e-06	3e-06	3.10706	0.40547	0.00000	9.14505	Greater	0.38279	1.408e-14
N53	0.271412	0.316682	0.59446	0.65235	0.22296	1.01842	Greater	0.35026	1.408e-14
N60	0.023457	0.035942	1.41740	1.24760	-0.41723	6.69498	Greater	0.34605	1.408e-14
N57	0.013309	0.102054	1.61714	0.75229	-0.39761	2.67655	Greater	0.33592	1.408e-14
N36	0.067035	0.101409	0.54293	0.63677	0.04505	1.15197	Greater	0.32478	1.408e-14
N13	0.101466	0.084015	0.20216	0.19197	-0.54766	0.85961	Greater	0.19686	1.408e-14
N7	0.019862	0.019314	0.18148	0.14580	-0.14619	0.48996	Greater	0.19082	1.408e-14
N16	2e-06	3e-06	0.08213	0.00000	0.00000	0.40547	Greater	0.14878	1.408e-14
N19	2e-06	2e-06	0.04720	0.00000	0.00000	0.40547	Greater	0.13166	1.35675e-13
N50	0.291369	0.158768	-0.12433	-0.04739	-0.71704	0.56023	Greater	0.11549	1.8447e-09
N38	3e-06	3e-06	0.00697	0.00000	0.00000	0.00000	Greater	0.10989	1.8447e-09
N20	0.035273	0.088519	-2.23632	0.38264	-9.03515	1.33698	Greater	0.09574	2.5542e-08
N49	0.225901	0.127892	-1.69142	-0.52105	-3.10690	1.15675	Lesser	-0.01302	0.6039
N25	3e-06	0.022744	-2.36140	0.00000	-9.32923	0.40547	Lesser	-0.01345	0.6039
N65	0.024235	3e-06	-2.10122	-0.32955	-8.96814	0.51210	Lesser	-0.01391	0.6039
N46	0.140183	0.027358	-0.71157	-0.67797	-1.40011	0.03624	Lesser	-0.03302	0.13664
N48	0.029319	0.027848	-3.46487	-1.21602	-9.81722	1.04977	Lesser	-0.09884	9.604e-09
N43	0.148591	0.113374	-0.96607	-1.15363	-1.73944	-0.31303	Lesser	-0.09889	5.6e-07
N37	0.019065	2e-06	-2.90902	-0.22249	-9.46881	0.00000	Lesser	-0.10116	3.9408e-09
N10	3e-06	2e-06	-3.65814	-0.69516	-9.16126	0.00000	Lesser	-0.10193	3.7062e-09
N33	0.039503	3e-06	-3.71431	-1.58904	-9.82580	0.82964	Lesser	-0.10488	1.6824e-09
N23	0.021109	3e-06	-3.69537	-1.82596	-9.40714	0.19476	Lesser	-0.11049	1.8967e-10
N44	0.264457	0.046282	-1.22894	-1.10597	-2.02774	-0.32835	Lesser	-0.12901	9.702e-12
N14	0.01747	2e-06	-4.39558	-0.40547	-9.08438	0.00000	Lesser	-0.14170	1.408e-14
N51	0.128646	0.041182	-3.30003	-0.67043	-10.27231	0.51931	Lesser	-0.14662	1.408e-14
N62	0.853876	0.063647	-1.98032	-1.92645	-3.14325	-0.46501	Lesser	-0.15217	1.408e-14
N30	0.021209	2e-06	-4.57967	-0.40547	-9.37446	0.00000	Lesser	-0.20183	1.408e-14
N22	0.025558	2e-06	-4.60181	-9.00362	-9.51606	0.00000	Lesser	-0.21198	1.408e-14
N58	0.150999	0.071336	-3.81463	-1.11962	-10.83938	0.00000	Lesser	-0.26299	1.408e-14
N3	0.020868	2e-06	-5.25859	-9.28308	-9.61126	0.00000	Lesser	-0.29188	1.408e-14
N35	0.040072	3e-06	-5.85147	-9.10235	-9.83142	-0.33544	Lesser	-0.31549	1.408e-14
N28	0.024086	2e-06	-6.66896	-9.04904	-9.49652	-0.40547	Lesser	-0.32511	1.408e-14
N12	0.018627	2e-06	-6.45321	-8.92514	-9.46883	-0.40547	Lesser	-0.32646	1.408e-14
N32	0.033756	2e-06	-5.23016	-9.09133	-10.11741	-0.27198	Lesser	-0.33425	1.408e-14
N8	0.02286	2e-06	-6.30385	-9.17331	-9.62189	-0.40547	Lesser	-0.34193	1.408e-14
N5	0.036701	3e-06	-6.76136	-9.16089	-9.67953	-1.72588	Lesser	-0.38951	1.408e-14
N56	0.134789	0.017923	-5.42371	-2.27409	-10.91960	-1.14107	Lesser	-0.44445	1.408e-14
N59	0.217455	3e-06	-6.03923	-2.89671	-11.58287	-1.11852	Lesser	-0.49950	1.408e-14
N34	0.026773	2e-06	-9.73095	-9.76545	-10.24504	-9.15298	Lesser	-0.62204	1.408e-14
N41	0.042429	3e-06	-9.99000	-10.08071	-10.48181	-9.46877	Lesser	-0.68760	1.408e-14
N1	0.050649	2e-06	-9.87679	-10.17216	-10.51815	-9.62182	Lesser	-0.69643	1.408e-14
N63	0.047612	2e-06	-10.21533	-10.22221	-10.71272	-9.62538	Lesser	-0.72964	1.408e-14
N29	0.051687	3e-06	-10.20593	-10.38842	-10.70690	-9.95996	Lesser	-0.75113	1.408e-14
N52	0.070351	0.017752	-10.33422	-10.28144	-10.91436	-9.81709	Lesser	-0.75575	1.408e-14
N21	0.096761	2e-06	-10.48188	-10.54926	-10.86530	-10.19210	Lesser	-0.80498	1.408e-14
N64	0.218536	3e-06	-11.18405	-11.32884	-11.58905	-10.89127	Lesser	-0.91099	1.408e-14
N47	0.271955	2e-06	-11.72503	-11.92253	-12.33568	-11.18514	Lesser	-0.95192	1.408e-14