Propertites of Heterotachy Phylogeny of AURKAIP1 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)
N33	2e-06	0.433997	12.17585	12.23494	12.04305	12.43759	Greater	0.99365	1.32e-14
N50	0.021339	0.425596	5.28575	3.26399	2.62679	5.83188	Greater	0.84501	1.32e-14
N39	0.013739	0.430608	3.26305	3.29444	2.90245	3.64058	Greater	0.82326	1.32e-14
N46	0.01397	0.257983	2.68794	2.66122	2.19438	3.19025	Greater	0.76181	1.32e-14
N55	0.014561	0.171781	2.49312	2.42169	1.98312	2.87208	Greater	0.72837	1.32e-14
N45	0.011172	0.064801	5.79362	8.49198	1.18781	10.23902	Greater	0.68045	1.32e-14
N58	0.05852	0.306375	1.63806	1.62175	1.32340	1.93137	Greater	0.60784	1.32e-14
N44	0.011758	0.088181	1.77029	1.79372	1.32161	2.25451	Greater	0.59671	1.32e-14
N28	0.009277	0.078192	4.01092	2.23384	1.12065	10.01862	Greater	0.58325	1.32e-14
N29	3e-06	0.00966	5.33506	7.90618	0.00000	9.10823	Greater	0.54859	1.32e-14
N17	0.029912	0.189232	1.67135	1.66309	0.86356	2.46345	Greater	0.53143	1.32e-14
N59	0.071044	0.283358	1.30778	1.36023	0.96064	1.72064	Greater	0.50789	1.32e-14
N25	0.021889	0.107764	1.34451	1.43997	0.88328	1.96000	Greater	0.49442	1.32e-14
N47	0.123461	0.36051	0.97885	0.99269	0.73135	1.22916	Greater	0.42645	1.32e-14
N1	0.127626	0.298051	0.94236	0.96236	0.62465	1.28925	Greater	0.40563	1.32e-14
N60	0.012326	0.056025	2.07609	1.65449	0.00000	8.71975	Greater	0.38209	1.32e-14
N7	0.174423	0.339088	0.70668	0.70631	0.17821	1.24624	Greater	0.29961	1.32e-14
N11	0.040974	0.04621	0.72869	0.68238	-0.42457	1.70244	Greater	0.25898	1.32e-14
N3	0.03885	0.072708	0.53386	0.54408	-0.03480	1.16936	Greater	0.23746	1.32e-14
N13	0.210982	0.379716	0.45966	0.53037	0.21705	0.79667	Greater	0.22822	1.32e-14
N21	0.239722	0.391873	0.40112	0.43138	0.06281	0.78646	Greater	0.20067	1.32e-14
N34	0.151106	0.201459	0.37075	0.39645	0.09743	0.67556	Greater	0.18684	1.32e-14
N9	0.426385	0.5735	0.34997	0.37480	-0.00199	0.73097	Greater	0.17758	1.32e-14
N2	0.086634	0.14094	0.31259	0.36788	-0.28344	0.96957	Greater	0.16997	1.32e-14
N22	0.464013	0.684665	0.27560	0.29676	0.02847	0.54852	Greater	0.14626	1.32e-14
N54	0.035503	0.05067	0.23825	0.32223	-0.33390	0.75304	Greater	0.13502	2.3499e-13
N52	2e-06	0.002177	-0.47023	0.00000	-8.25036	1.71227	Greater	0.11227	6.2056e-11
N38	3e-06	0.000702	-0.16062	0.00000	-8.20467	2.03751	Greater	0.10894	2.1238e-10
N61	0.071591	0.080605	0.02529	0.05408	-0.52223	0.61997	Greater	0.06568	0.00032772
N18	0.188589	0.228751	-0.00654	0.05221	-0.47020	0.49848	Greater	0.05028	0.00661
N16	0.107397	0.108669	-0.23528	-0.00798	-0.78048	0.42796	Lesser	-0.00264	0.4407
N15	0.090199	0.035431	-0.37126	-0.21832	-1.32378	0.57418	Lesser	-0.01586	0.3804
N24	0.019752	0.036437	-1.17265	-0.18071	-3.28060	0.84927	Lesser	-0.02561	0.18636
N5	0.046579	0.008737	-1.28886	-0.29526	-2.32235	0.92288	Lesser	-0.04151	0.027132
N4	0.15165	0.106147	-2.21103	-1.53516	-3.08179	0.60640	Lesser	-0.16565	1.32e-14
N32	0.009326	2e-06	-3.59101	-0.40547	-8.83259	0.00000	Lesser	-0.22035	1.32e-14
N43	0.030203	0.027452	-3.92880	-1.28009	-9.33209	0.37021	Lesser	-0.22877	1.32e-14
N10	0.646474	0.287774	-1.05751	-0.74472	-1.45148	-0.33282	Lesser	-0.23420	1.32e-14
N27	0.018264	2e-06	-3.60770	-0.40547	-9.40899	0.00000	Lesser	-0.26676	1.32e-14
N12	0.052597	0.038597	-3.57325	-1.05586	-9.80026	0.00909	Lesser	-0.30874	1.32e-14
N26	0.031599	0.008089	-3.54892	-1.59260	-9.25231	-0.40321	Lesser	-0.31797	1.32e-14
N23	0.026687	2e-06	-4.28273	-7.02465	-9.85768	0.00000	Lesser	-0.32299	1.32e-14
N35	0.028137	0.000344	-4.25590	-2.28519	-9.38807	-0.30452	Lesser	-0.34233	1.32e-14
N40	0.030038	3e-06	-4.21810	-1.61058	-9.36927	-0.54143	Lesser	-0.36386	1.32e-14
N57	0.069615	0.019731	-3.98076	-1.12364	-10.13247	-0.10432	Lesser	-0.36444	1.32e-14
N19	0.489755	0.076849	-2.07876	-1.63974	-2.95128	-1.04697	Lesser	-0.36910	1.32e-14
N51	0.011441	3e-06	-5.81994	-8.23686	-9.08576	0.00000	Lesser	-0.39262	1.32e-14
N53	0.046681	0.007664	-4.11064	-1.84630	-9.60112	-0.96777	Lesser	-0.42401	1.32e-14
N31	0.027714	0.005635	-5.33902	-8.61456	-9.55116	-0.49910	Lesser	-0.43119	1.32e-14
N14	0.081601	0.021999	-4.07389	-1.71145	-10.26269	-0.45100	Lesser	-0.43858	1.32e-14
N30	0.022844	3e-06	-6.24309	-8.88054	-9.38957	-1.20173	Lesser	-0.46564	1.32e-14
N20	0.051055	3e-06	-6.25120	-9.16750	-10.42576	0.00000	Lesser	-0.48112	1.32e-14
N56	0.027266	3e-06	-6.89752	-9.07016	-9.57609	-3.35583	Lesser	-0.51410	1.32e-14
N41	0.054365	0.003876	-5.23222	-2.37931	-10.00999	-1.27332	Lesser	-0.53660	1.32e-14
N36	0.027961	2e-06	-9.33387	-9.40730	-9.72600	-8.90585	Lesser	-0.69056	1.32e-14
N6	0.160643	3e-06	-7.77720	-10.77755	-11.27681	-2.45209	Lesser	-0.74023	1.32e-14
N49	0.039382	2e-06	-9.67055	-9.74317	-10.06314	-9.37067	Lesser	-0.75990	1.32e-14
N42	0.047621	2e-06	-9.79655	-9.84747	-10.14170	-9.49112	Lesser	-0.78416	1.32e-14
N8	0.165389	3e-06	-9.04537	-10.77139	-11.26801	-8.53654	Lesser	-0.81614	1.32e-14
N37	0.088181	3e-06	-10.44794	-10.48852	-10.70631	-10.19924	Lesser	-0.90737	1.32e-14