Propertites of Heterotachy Phylogeny of CCDC51 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)
N48	3e-06	0.034806	9.24000	9.32406	8.69383	9.73853	Greater	0.89527	1.298e-14
N36	0.003914	0.063089	6.37078	7.92985	2.58206	10.48166	Greater	0.79301	1.298e-14
N29	2e-06	0.063591	6.17923	3.00089	1.99424	10.48513	Greater	0.78003	1.298e-14
N58	0.040545	0.402754	2.31866	2.29884	2.06747	2.53613	Greater	0.67214	1.298e-14
N7	0.001932	0.180613	5.78791	3.86698	1.38754	11.47891	Greater	0.61609	1.298e-14
N46	0.004557	0.033702	4.80275	2.72647	1.92335	10.01334	Greater	0.58561	1.298e-14
N38	3e-06	0.032489	4.86217	3.11380	2.01593	10.06481	Greater	0.58256	1.298e-14
N30	0.011844	0.127462	2.07000	2.18056	1.69303	2.62589	Greater	0.54936	1.298e-14
N42	3e-06	0.013576	5.85199	8.32934	0.92524	9.04523	Greater	0.53860	1.298e-14
N41	0.004231	0.026873	2.91750	1.80114	1.20636	2.55780	Greater	0.49366	1.298e-14
N34	0.009075	0.046958	1.77346	1.78704	1.30949	2.23314	Greater	0.49347	1.298e-14
N39	0.006739	0.073594	1.70041	1.77651	1.36547	2.14527	Greater	0.47492	1.298e-14
N45	0.026364	0.143242	1.63116	1.60612	1.13186	2.08527	Greater	0.42290	1.298e-14
N6	0.010548	0.038036	1.51319	1.51583	1.07298	1.96861	Greater	0.40324	1.298e-14
N51	0.028062	0.08405	1.43620	1.41103	1.04162	1.77047	Greater	0.38114	1.298e-14
N27	0.005787	0.020364	3.60146	1.52350	0.51584	8.89672	Greater	0.36468	1.298e-14
N55	0.020137	0.052715	1.17288	1.14054	0.75716	1.55493	Greater	0.27014	1.298e-14
N49	0.010764	0.028535	1.11443	1.18521	0.58438	1.69960	Greater	0.23636	1.298e-14
N40	0.025515	0.085411	1.11347	1.22447	0.61631	1.66639	Greater	0.23435	1.298e-14
N1	0.146003	0.369694	1.04660	0.98229	0.54716	1.57332	Greater	0.20834	1.298e-14
N59	0.053819	0.137954	0.92351	0.96973	0.62376	1.26475	Greater	0.17199	1.298e-14
N16	0.014394	0.046022	1.00856	0.78456	0.16150	1.60209	Greater	0.13393	1.6592e-13
N47	0.027496	0.05552	0.78076	0.85988	0.39698	1.24513	Greater	0.10704	7.8156e-10
N22	0.040618	0.07523	0.80398	0.84832	0.00000	1.56727	Greater	0.10035	5.7852e-08
N50	0.064467	0.167006	0.72275	0.77695	0.44415	1.08685	Greater	0.07958	7.6239e-06
N32	0.011024	0.041484	0.11540	0.99899	-1.15601	2.00089	Greater	0.06117	0.0008552
N26	0.040278	0.077767	0.64822	0.78758	0.20859	1.23004	Greater	0.05880	0.001377
N57	0.033121	0.06499	0.55592	0.69867	0.03019	1.20056	Greater	0.02323	0.416
N28	0.010587	0.017558	0.62691	0.57875	-0.07142	1.29695	Greater	0.01585	0.6198
N44	0.002148	3e-06	0.67613	0.40547	-1.17923	3.63515	Greater	0.00689	0.6198
N52	0.0175	0.029315	0.55134	0.51908	0.06930	0.99028	Lesser	-0.01080	0.6198
N2	0.415974	0.641257	0.53638	0.53388	0.30024	0.77916	Lesser	-0.01795	0.5604
N23	0.150284	0.204801	0.42928	0.49067	0.16711	0.76248	Lesser	-0.06154	0.0008552
N15	0.069119	0.116665	0.25430	0.39926	-0.40562	1.03348	Lesser	-0.08192	4.159e-06
N4	0.055735	0.048031	0.33121	0.24997	-0.51549	1.05520	Lesser	-0.08895	6.358e-07
N56	0.009162	0.001266	-1.12892	0.16361	-7.49813	1.76840	Lesser	-0.11028	2.289e-10
N17	0.166723	0.230137	0.30427	0.36262	0.07184	0.59631	Lesser	-0.12804	1.13849e-13
N18	0.08057	0.147902	0.08729	0.24624	-0.49591	0.80072	Lesser	-0.15698	1.298e-14
N3	2e-06	2e-06	-0.50242	0.00000	-7.02997	1.14749	Lesser	-0.16094	1.298e-14
N43	2e-06	2e-06	0.24296	0.00000	0.00000	0.69315	Lesser	-0.16619	2.7945e-13
N25	0.01255	0.01192	-0.30008	-0.15214	-1.35318	1.13311	Lesser	-0.17420	1.298e-14
N12	1.043481	1.163267	0.02897	0.09490	-0.33843	0.46682	Lesser	-0.22984	1.298e-14
N19	0.131473	0.105064	-0.01834	0.08795	-0.39925	0.48316	Lesser	-0.23607	1.298e-14
N24	0.285498	0.283396	0.00150	0.01832	-0.17617	0.18345	Lesser	-0.28331	1.298e-14
N11	1.323572	1.022597	-0.23144	-0.07116	-0.63469	0.31994	Lesser	-0.31116	1.298e-14
N37	0.011315	0.005327	-2.97230	-0.59531	-8.62020	1.09051	Lesser	-0.31136	1.298e-14
N13	0.054712	3e-06	-2.93352	-0.40547	-9.82520	0.81087	Lesser	-0.34574	1.298e-14
N35	0.024577	0.013896	-2.46361	-0.40474	-8.39924	0.63532	Lesser	-0.36954	1.298e-14
N33	0.008299	0.001307	-3.66557	-2.79033	-7.93416	-0.37970	Lesser	-0.53715	1.298e-14
N31	0.031346	0.012189	-3.29533	-1.28444	-9.21254	-0.04438	Lesser	-0.54382	1.298e-14
N20	0.217516	0.049448	-1.20219	-0.99336	-1.77857	-0.46059	Lesser	-0.54767	1.298e-14
N10	0.322133	0.048563	-1.54724	-1.53525	-2.35879	-0.77739	Lesser	-0.59609	1.298e-14
N14	0.044085	3e-06	-6.15250	-8.95437	-9.93898	-0.52981	Lesser	-0.64801	1.298e-14
N5	0.284899	0.040791	-2.04314	-2.03005	-2.47630	-1.59827	Lesser	-0.67186	1.298e-14
N8	0.467084	0.017272	-3.05419	-3.16602	-3.73967	-2.25718	Lesser	-0.72422	1.298e-14
N9	0.297343	0.017259	-5.45870	-2.43478	-11.66795	-1.09298	Lesser	-0.75431	1.298e-14
N21	0.08206	0.006672	-5.46778	-2.81056	-10.18956	-2.10754	Lesser	-0.80306	1.298e-14
N54	0.01082	3e-06	-8.23438	-8.32954	-8.65794	-7.87455	Lesser	-0.85275	1.298e-14
N53	0.014572	2e-06	-8.68536	-8.77714	-9.13673	-8.32320	Lesser	-0.88883	1.298e-14