Propertites of Heterotachy Phylogeny of PRDX5 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)
N63	0.000738	0.242058	7.88768	11.04001	3.62278	11.76728	Greater	0.91994	1.386e-14
N29	0.021725	0.373602	3.28827	3.36895	2.73568	3.91404	Greater	0.83490	1.386e-14
N9	0.050129	1.037191	3.10010	3.09477	2.23357	3.83648	Greater	0.82509	1.386e-14
N60	0.009959	0.061113	3.99351	2.50969	1.62399	10.28787	Greater	0.70658	1.386e-14
N39	0.03633	0.251617	1.97583	1.97891	1.34569	2.67654	Greater	0.70508	1.386e-14
N32	0.085693	0.192242	1.28120	1.17311	0.81931	1.59336	Greater	0.59751	1.386e-14
N48	0.019725	0.070304	1.16480	1.15015	0.58062	1.78281	Greater	0.55738	1.386e-14
N58	0.029828	0.090094	1.10812	1.11097	0.62837	1.61223	Greater	0.54984	1.386e-14
N27	0.008364	0.033538	1.36801	1.24808	0.54693	1.83482	Greater	0.54256	1.386e-14
N43	0.035084	0.063281	0.92879	0.95428	0.53829	1.36425	Greater	0.51481	1.386e-14
N17	0.125031	0.177559	0.73161	0.75243	0.14728	1.40849	Greater	0.44079	1.386e-14
N50	0.05462	0.102695	0.67751	0.76360	0.23145	1.23948	Greater	0.43829	1.386e-14
N49	0.076956	0.118659	0.57541	0.65332	0.18272	1.05929	Greater	0.41181	1.386e-14
N40	0.012726	0.016162	1.23458	0.87022	-0.39608	3.55396	Greater	0.40569	1.386e-14
N11	0.285693	0.451513	0.55663	0.44821	0.07894	0.91848	Greater	0.38907	1.386e-14
N19	0.026712	0.026802	0.48311	0.52829	-0.16461	1.15253	Greater	0.36751	1.386e-14
N23	0.018338	0.045446	0.43309	0.81856	-0.40547	1.98472	Greater	0.34724	1.386e-14
N18	0.123185	0.133645	0.30609	0.25093	-0.25185	0.79257	Greater	0.30784	1.386e-14
N47	0.016755	0.017663	0.31108	0.40547	-2.73833	2.74788	Greater	0.29467	1.386e-14
N56	0.008262	3e-06	-0.14419	0.14130	-6.97214	2.01961	Greater	0.29292	1.386e-14
N57	3e-06	3e-06	0.13318	0.00000	0.00000	0.40547	Greater	0.25572	1.386e-14
N6	0.008887	0.040413	0.47509	0.04605	-1.77809	3.97955	Greater	0.23251	1.386e-14
N35	3e-06	3e-06	0.06180	0.00000	0.00000	0.40547	Greater	0.22532	1.386e-14
N5	0.008324	0.005923	-0.48155	0.00000	-8.22924	1.92043	Greater	0.22124	1.386e-14
N22	0.311018	0.299533	-0.04634	-0.00368	-0.46060	0.40065	Greater	0.20403	1.386e-14
N16	0.220491	0.203723	-0.19924	-0.09250	-0.86393	0.58992	Greater	0.18976	1.386e-14
N1	0.59865	0.425208	-0.25046	-0.20619	-0.68934	0.25894	Greater	0.14135	1.386e-14
N52	0.008623	0.045518	-0.84546	-0.19520	-9.14210	1.93286	Greater	0.14001	1.386e-14
N37	0.001044	2e-06	-1.02793	-0.40547	-8.59794	0.40547	Greater	0.11168	6.5456e-11
N3	0.008394	0.008827	-1.39051	-0.40547	-8.27538	0.57618	Greater	0.08145	3.2382e-06
N51	3e-06	1e-06	-1.64319	-0.40547	-6.53669	0.21813	Greater	0.07638	1.6836e-05
N34	3e-06	2e-06	-1.58418	0.00000	-6.76734	0.00000	Greater	0.06132	0.000518
N25	0.021228	0.000268	-3.63266	-1.26747	-9.10326	0.68788	Greater	0.01370	0.8184
N15	0.021607	0.01001	-1.32620	-1.44828	-2.19115	-0.21472	Lesser	-0.00142	0.8184
N36	3e-06	2e-06	-2.55478	-0.40547	-8.13934	0.00000	Lesser	-0.01028	0.8184
N55	0.019902	0.000964	-3.18734	-1.07308	-8.82144	0.29671	Lesser	-0.01115	0.8184
N28	0.027251	3e-06	-4.91184	-8.38286	-9.44446	0.00000	Lesser	-0.15097	1.386e-14
N59	0.081873	0.016572	-3.08448	-0.77266	-9.53698	-0.14768	Lesser	-0.15627	1.386e-14
N44	0.049963	0.001031	-4.14919	-1.08628	-9.96419	-0.03991	Lesser	-0.20391	1.386e-14
N4	0.059455	3e-06	-4.12522	-1.58785	-10.35423	0.00000	Lesser	-0.22771	1.386e-14
N33	0.124001	0.001106	-5.38633	-9.22536	-10.85495	0.31835	Lesser	-0.28437	1.386e-14
N7	0.237242	0.015882	-3.90440	-1.86508	-4.72055	-0.82301	Lesser	-0.29429	1.386e-14
N45	0.046851	3e-06	-5.79689	-9.03245	-9.87989	-0.75991	Lesser	-0.32323	1.386e-14
N10	0.024704	2e-06	-6.43259	-9.12897	-9.98283	-0.40547	Lesser	-0.33739	1.386e-14
N26	0.041996	2e-06	-6.35311	-9.29969	-10.11064	-0.62073	Lesser	-0.34846	1.386e-14
N61	0.023361	2e-06	-6.80859	-9.28317	-9.83419	-1.34548	Lesser	-0.35163	1.386e-14
N53	0.052884	2e-06	-6.74161	-9.38509	-10.35752	-0.68368	Lesser	-0.37019	1.386e-14
N12	0.009577	2e-06	-8.59572	-8.55256	-9.13583	-8.13574	Lesser	-0.38760	1.386e-14
N41	0.016874	3e-06	-8.92215	-9.05123	-9.46580	-8.44720	Lesser	-0.42637	1.386e-14
N30	0.044613	2e-06	-7.15117	-9.51812	-9.97481	-2.04686	Lesser	-0.42710	1.386e-14
N38	0.058135	2e-06	-7.04378	-10.05443	-10.46930	-1.52851	Lesser	-0.50774	1.386e-14
N21	0.022491	2e-06	-9.35390	-9.51937	-9.82046	-9.07509	Lesser	-0.51870	1.386e-14
N46	0.018831	2e-06	-9.37504	-9.47884	-10.05124	-8.83288	Lesser	-0.53985	1.386e-14
N2	0.028428	3e-06	-9.24835	-9.16024	-10.29073	-8.39909	Lesser	-0.54277	1.386e-14
N54	0.028432	3e-06	-9.45192	-9.55924	-10.04902	-8.87417	Lesser	-0.55431	1.386e-14
N62	0.041599	2e-06	-9.75641	-9.88751	-10.23624	-9.44672	Lesser	-0.63301	1.386e-14
N8	0.240476	3e-06	-8.41650	-11.03753	-11.83885	-2.64032	Lesser	-0.67828	1.386e-14
N13	0.059581	3e-06	-10.03515	-9.99916	-10.55842	-9.56978	Lesser	-0.70240	1.386e-14
N20	0.072359	3e-06	-9.94644	-10.20275	-10.52213	-9.69445	Lesser	-0.70930	1.386e-14
N14	0.062605	3e-06	-10.01835	-10.08785	-10.37142	-9.74560	Lesser	-0.71236	1.386e-14
N42	0.054335	3e-06	-10.04635	-10.06675	-10.32278	-9.84612	Lesser	-0.71623	1.386e-14
N31	0.049982	2e-06	-10.06324	-10.12865	-10.44332	-9.81613	Lesser	-0.72533	1.386e-14
N24	0.066559	3e-06	-10.11663	-10.22442	-10.47075	-9.84845	Lesser	-0.74074	1.386e-14