Propertites of Heterotachy Phylogeny of PTCD1 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)
N62	0.00282	0.099414	5.67319	4.02055	3.12471	10.27105	Greater	0.93311	1.386e-14
N53	0.042544	0.798228	3.40112	3.28891	3.03284	3.65425	Greater	0.90495	1.386e-14
N56	0.004333	0.21852	3.56199	3.54027	2.94433	4.17664	Greater	0.87108	1.386e-14
N17	0.036336	0.26384	2.27670	2.25946	2.01823	2.50028	Greater	0.74144	1.386e-14
N35	0.030443	0.24433	2.58170	2.75519	1.85662	3.43058	Greater	0.71998	1.386e-14
N58	0.004263	0.041201	4.95020	2.66545	1.55606	9.64436	Greater	0.69798	1.386e-14
N49	0.055255	0.521443	2.26575	2.71241	1.76293	2.96562	Greater	0.67693	1.386e-14
N19	0.011983	0.084973	2.11697	2.09458	1.69209	2.58827	Greater	0.67335	1.386e-14
N1	0.036192	0.182728	1.96156	1.94618	1.69633	2.19291	Greater	0.65553	1.386e-14
N4	0.047492	0.208286	1.89942	1.89245	1.66310	2.12312	Greater	0.64145	1.386e-14
N54	0.013658	0.067315	1.90657	1.87425	1.49056	2.27995	Greater	0.62027	1.386e-14
N51	0.013976	0.099047	1.66622	1.69050	1.15084	2.20208	Greater	0.53975	1.386e-14
N12	0.003411	0.030722	1.80309	1.74620	0.91476	2.36719	Greater	0.51412	1.386e-14
N8	0.076679	0.275266	1.51038	1.51386	1.33894	1.68605	Greater	0.51297	1.386e-14
N14	0.036939	0.108161	1.43522	1.48262	1.16500	1.76868	Greater	0.48285	1.386e-14
N25	0.096801	0.220192	1.38567	1.34952	1.02346	1.72696	Greater	0.46212	1.386e-14
N59	0.080225	0.219032	1.31428	1.33325	1.11042	1.53973	Greater	0.44280	1.386e-14
N7	0.02815	0.110117	1.33050	1.46054	0.98622	1.79185	Greater	0.44265	1.386e-14
N45	0.056854	0.083995	1.02233	1.17112	0.63705	1.67703	Greater	0.34254	1.386e-14
N61	0.036948	0.082967	1.00257	1.11829	0.72328	1.43139	Greater	0.33051	1.386e-14
N6	0.025637	0.05848	0.95152	1.20056	0.21194	1.80138	Greater	0.31069	1.386e-14
N28	0.047973	0.133165	0.92667	0.95716	0.34100	1.59557	Greater	0.29809	1.386e-14
N50	0.007207	0.001638	0.92726	1.64862	-0.71315	3.34990	Greater	0.29720	1.386e-14
N42	0.082727	0.084309	0.60561	0.60357	-0.07382	1.38754	Greater	0.18820	1.386e-14
N15	0.107273	0.129391	0.37410	0.46220	0.13758	0.70108	Greater	0.10325	2.816e-09
N55	0.040805	0.035648	0.31465	0.52121	-0.15399	0.98883	Greater	0.09765	2.0322e-08
N20	0.020406	0.017126	0.32703	0.28268	-0.17738	0.79706	Greater	0.08110	3.9004e-06
N22	0.048689	0.046781	0.09865	0.24144	-0.83644	1.01749	Greater	0.03573	0.0704
N30	0.280795	0.340384	0.09054	0.30603	-0.20533	0.69056	Greater	0.01903	0.3798
N36	0.583065	0.332411	0.13215	0.17665	-0.08026	0.39670	Greater	0.00991	0.552
N18	0.043435	0.040843	-0.04248	0.27484	-0.32961	0.65321	Lesser	-0.00812	0.552
N23	0.379024	0.242368	-0.01414	0.01844	-0.19267	0.20578	Lesser	-0.04947	0.00743
N2	0.057385	0.043085	-0.18335	0.03045	-0.81726	0.58516	Lesser	-0.06530	0.00030684
N27	0.214137	0.134585	-0.20934	-0.07641	-0.55173	0.27154	Lesser	-0.09809	2.9336e-08
N47	0.278952	0.147689	-0.20538	-0.15488	-0.40720	0.07416	Lesser	-0.11702	1.1627e-11
N60	0.021296	0.014396	-0.40746	-0.43294	-0.94648	0.12967	Lesser	-0.15723	1.386e-14
N16	0.020897	0.008742	-0.56214	-0.57000	-1.28879	0.33661	Lesser	-0.16533	1.386e-14
N5	0.017077	0.005613	-0.53352	-0.53888	-1.15934	0.06011	Lesser	-0.18456	1.386e-14
N37	0.242415	0.16127	-0.71220	-0.54084	-1.41737	-0.03165	Lesser	-0.24137	1.386e-14
N57	0.056079	0.02898	-2.07460	-0.52459	-2.77230	0.46980	Lesser	-0.26637	1.386e-14
N32	0.01089	0.003438	-2.53230	-1.46298	-8.39909	0.39292	Lesser	-0.28501	1.386e-14
N63	0.031045	0.012013	-2.31031	-0.72455	-3.05305	0.18171	Lesser	-0.29689	1.386e-14
N3	0.063846	0.014976	-0.98285	-0.96540	-1.62542	-0.13636	Lesser	-0.29782	1.386e-14
N52	0.005342	2.4e-05	-2.72768	-1.15539	-8.06966	0.00000	Lesser	-0.30200	1.386e-14
N34	0.035013	0.011833	-1.10704	-1.10143	-1.74686	-0.28776	Lesser	-0.30478	1.386e-14
N33	0.273656	0.066785	-1.15708	-0.69395	-2.15380	-0.16928	Lesser	-0.30912	1.386e-14
N40	0.533424	0.180474	-3.30353	-1.33557	-5.29713	-0.01510	Lesser	-0.38902	1.386e-14
N41	0.235061	0.037885	-1.57400	-1.54709	-2.06036	-1.08654	Lesser	-0.46185	1.386e-14
N43	0.02279	0.004282	-4.20784	-2.24219	-9.18158	-0.82590	Lesser	-0.47913	1.386e-14
N31	0.104049	0.005153	-4.35045	-2.95049	-10.41045	0.09385	Lesser	-0.48629	1.386e-14
N21	0.018013	0.005531	-3.51338	-1.47415	-8.69081	-0.79839	Lesser	-0.49824	1.386e-14
N46	0.055288	0.005584	-3.45537	-2.09884	-4.72956	-0.98142	Lesser	-0.50669	1.386e-14
N26	0.184351	0.017959	-2.12357	-2.21549	-2.59633	-1.78862	Lesser	-0.55214	1.386e-14
N13	0.020616	0.001115	-4.26641	-2.00774	-8.97698	-1.22463	Lesser	-0.58701	1.386e-14
N24	0.149594	0.011363	-2.63539	-2.60478	-3.09229	-2.14666	Lesser	-0.61031	1.386e-14
N38	0.120105	0.007507	-3.24795	-2.32136	-3.08752	-1.74041	Lesser	-0.61184	1.386e-14
N11	0.069568	2e-06	-6.09252	-9.80413	-10.31296	-1.44288	Lesser	-0.65965	1.386e-14
N29	0.117231	3e-06	-5.96948	-4.66956	-10.78489	-0.96952	Lesser	-0.66691	1.386e-14
N44	0.099638	0.005677	-4.88893	-2.99656	-9.81517	-2.29952	Lesser	-0.70922	1.386e-14
N9	0.014165	2e-06	-8.61520	-8.83717	-9.17471	-8.06401	Lesser	-0.81215	1.386e-14
N48	0.021143	3e-06	-9.20793	-9.27486	-9.56665	-8.89923	Lesser	-0.84880	1.386e-14
N39	0.105565	2e-06	-8.81197	-10.28394	-11.15830	-6.28125	Lesser	-0.88702	1.386e-14
N10	0.040912	3e-06	-9.75498	-9.79605	-10.00976	-9.50743	Lesser	-0.89765	1.386e-14