Propertites of Heterotachy Phylogeny of FDXR 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	0.06372	1.553811	3.74171	3.57884	3.21393	4.35548	Greater	0.86327	1.364e-14
N42	0.022405	0.340617	2.94086	2.87709	2.50085	3.31473	Greater	0.80390	1.364e-14
N17	3e-06	0.033156	6.01333	8.96516	1.71228	9.73625	Greater	0.75035	1.364e-14
N26	0.005325	0.049131	4.50915	2.62130	1.83860	9.70998	Greater	0.74752	1.364e-14
N22	2e-06	0.024439	5.63570	8.82761	1.88614	9.78067	Greater	0.71039	1.364e-14
N1	0.098347	1.052728	2.16976	2.19196	1.60845	2.70411	Greater	0.68797	1.364e-14
N47	0.133265	1.067268	1.98958	1.98070	1.47401	2.43262	Greater	0.65584	1.364e-14
N9	0.008405	0.056661	1.85793	1.88752	1.40443	2.34800	Greater	0.62679	1.364e-14
N44	0.023854	0.080021	1.62884	1.51855	1.01443	2.15866	Greater	0.57194	1.364e-14
N16	0.003606	0.009766	2.93069	1.91367	0.00000	8.93893	Greater	0.47324	1.364e-14
N14	0.079673	0.287906	1.14484	1.17186	0.77944	1.56524	Greater	0.46542	1.364e-14
N11	0.016046	0.044319	1.09635	1.13667	0.64492	1.61640	Greater	0.44358	1.364e-14
N31	0.001011	3e-06	2.72925	2.95149	-0.40547	9.10849	Greater	0.43937	1.364e-14
N61	0.003264	0.01106	2.12895	1.29299	0.00000	8.96648	Greater	0.40302	1.364e-14
N15	0.0109	0.025562	0.97107	1.02261	0.44948	1.55089	Greater	0.40301	1.364e-14
N58	0.079754	0.102161	0.68180	0.59992	0.20477	1.06074	Greater	0.32823	1.364e-14
N35	0.00372	3e-06	1.47347	1.45082	-7.21229	4.58655	Greater	0.32165	1.364e-14
N2	0.019555	0.02611	0.49499	0.59064	-0.60152	1.82905	Greater	0.25940	1.364e-14
N18	0.026533	0.033332	0.41127	0.45897	-0.12074	1.05095	Greater	0.24618	1.364e-14
N54	0.036019	0.054653	0.43318	0.44163	-0.21327	1.12542	Greater	0.24303	1.364e-14
N46	0.034116	0.029	0.29179	0.48862	-0.31814	1.13723	Greater	0.22094	1.364e-14
N50	0.033101	0.069277	0.16490	0.42813	-0.77195	1.52714	Greater	0.20379	1.364e-14
N60	0.032107	0.027383	0.19237	0.22468	-0.60425	0.96448	Greater	0.16689	1.364e-14
N59	0.054629	0.051572	0.11240	0.18000	-0.43612	0.72934	Greater	0.15098	1.364e-14
N12	2e-06	2e-06	0.07392	0.00000	0.00000	0.00000	Greater	0.12939	1.636e-13
N34	0.011171	0.113627	-1.07721	0.00000	-8.24731	2.71886	Greater	0.08999	2.3336e-07
N29	3e-06	3e-06	-0.06008	0.00000	0.00000	0.00000	Greater	0.07359	6.225e-05
N5	0.089298	0.056374	-0.13955	-0.07810	-0.58551	0.39956	Greater	0.06759	0.00017328
N25	0.051079	0.035673	-0.23894	-0.09328	-0.57357	0.29098	Greater	0.04064	0.012774
N6	0.005065	0.010518	-3.06324	-7.13992	-8.32982	1.89044	Lesser	-0.04132	0.012774
N3	0.121577	0.004213	-1.35106	-0.34038	-2.36053	0.49689	Lesser	-0.06928	6.788e-05
N62	0.145701	0.086269	-0.47756	-0.44929	-0.69887	-0.21478	Lesser	-0.07775	9.744e-06
N32	0.031135	0.018691	-2.76464	-0.84404	-9.23089	1.79039	Lesser	-0.08486	1.1032e-06
N24	0.020688	0.024562	-2.54873	-0.27613	-8.33439	0.64475	Lesser	-0.09860	1.2663e-08
N4	0.029143	0.010462	-0.86147	-0.96595	-1.59249	-0.17457	Lesser	-0.13033	1.5279e-13
N51	0.242917	0.083455	-0.90055	-0.85203	-1.52849	-0.24305	Lesser	-0.13722	1.364e-14
N57	0.053974	0.022956	-2.47679	-0.64487	-3.97093	0.56201	Lesser	-0.15330	1.364e-14
N30	0.053216	0.010749	-1.48101	-0.67383	-2.05287	-0.08957	Lesser	-0.16362	1.364e-14
N45	0.253096	0.103261	-0.77496	-0.73640	-1.01781	-0.49916	Lesser	-0.16684	1.364e-14
N13	0.01665	3e-06	-3.63095	-0.80238	-8.87905	0.60363	Lesser	-0.17939	1.364e-14
N52	0.170625	0.042314	-1.16924	-1.16717	-1.68477	-0.66284	Lesser	-0.22689	1.364e-14
N28	0.016983	3e-06	-4.52656	-7.72864	-8.96214	0.57553	Lesser	-0.25750	1.364e-14
N20	0.011499	2e-06	-4.58791	-7.55904	-8.50930	0.40547	Lesser	-0.26145	1.364e-14
N36	0.009431	3e-06	-4.49750	-7.99278	-8.67380	0.06562	Lesser	-0.27108	1.364e-14
N38	0.011008	3e-06	-4.66201	-7.91839	-8.89508	0.25316	Lesser	-0.28889	1.364e-14
N40	0.02135	2e-06	-4.80013	-8.26166	-9.40990	0.53291	Lesser	-0.30711	1.364e-14
N49	0.407239	0.075359	-1.57187	-1.55728	-1.88397	-1.24044	Lesser	-0.32382	1.364e-14
N56	0.212976	0.02247	-2.00750	-1.96935	-2.61498	-1.20678	Lesser	-0.34734	1.364e-14
N27	0.005354	2e-06	-5.36879	-7.76621	-8.10591	0.00000	Lesser	-0.35809	1.364e-14
N10	0.005598	2e-06	-5.56784	-7.84581	-8.20836	0.00000	Lesser	-0.37072	1.364e-14
N7	0.018325	3e-06	-5.61950	-8.71309	-9.14538	-0.14514	Lesser	-0.39226	1.364e-14
N8	0.029412	3e-06	-5.62460	-8.82791	-9.23122	-0.47125	Lesser	-0.47122	1.364e-14
N41	0.104787	0.025094	-4.88469	-1.74018	-10.65910	-0.76287	Lesser	-0.50347	1.364e-14
N37	0.013748	2e-06	-6.32648	-8.67880	-9.23620	-1.20397	Lesser	-0.50972	1.364e-14
N23	0.029116	3e-06	-5.75840	-8.84951	-9.54792	-0.68733	Lesser	-0.51041	1.364e-14
N53	0.117918	0.003588	-4.79492	-2.70221	-10.50951	-1.35233	Lesser	-0.52715	1.364e-14
N21	0.023857	3e-06	-6.53169	-9.02264	-9.43484	-0.84518	Lesser	-0.53889	1.364e-14
N55	0.171033	0.009473	-5.78536	-3.46784	-11.10569	-2.29164	Lesser	-0.62271	1.364e-14
N33	0.018197	3e-06	-8.83363	-8.91972	-9.24847	-8.52245	Lesser	-0.73175	1.364e-14
N43	0.205809	0.01764	-7.69249	-11.25861	-11.52546	-2.21036	Lesser	-0.74047	1.364e-14
N39	0.020741	2e-06	-8.99878	-9.19705	-9.52193	-8.57282	Lesser	-0.77269	1.364e-14
N19	0.033415	2e-06	-9.53752	-9.56757	-9.79465	-9.29560	Lesser	-0.86731	1.364e-14