Propertites of Heterotachy Phylogeny of SQOR 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)
N23	2e-06	0.009368	8.61989	8.72315	8.32106	9.22847	Greater	0.92091	1.32e-14
N46	0.05543	1.173563	4.30420	3.05189	2.47505	4.16414	Greater	0.82093	1.32e-14
N6	0.205018	2.853203	2.62604	2.62642	2.41296	2.83356	Greater	0.77867	1.32e-14
N20	0.010553	0.126453	2.54395	2.49106	2.08898	3.00964	Greater	0.74999	1.32e-14
N16	0.003584	0.029344	5.05877	2.30179	1.48343	9.44454	Greater	0.72085	1.32e-14
N17	3e-06	0.034769	5.56274	8.39178	1.75766	9.73165	Greater	0.71200	1.32e-14
N1	0.011931	0.102504	2.20745	2.22767	1.81301	2.64253	Greater	0.69027	1.32e-14
N4	3e-06	0.020223	4.91946	5.68810	2.35646	8.89398	Greater	0.65620	1.32e-14
N30	0.004266	0.02018	3.03935	1.67434	0.61160	8.58625	Greater	0.47486	1.32e-14
N8	0.005711	0.033299	1.30833	1.36863	0.80620	1.85271	Greater	0.46391	1.32e-14
N37	0.048432	0.140276	0.98481	0.98973	0.67146	1.31724	Greater	0.38239	1.32e-14
N10	0.010516	0.03026	1.09458	1.08211	0.54287	1.63025	Greater	0.37219	1.32e-14
N13	0.004541	0.019459	1.74286	1.43574	0.36074	2.45489	Greater	0.37097	1.32e-14
N32	0.062598	0.118774	0.76312	0.77990	0.49148	1.06192	Greater	0.29313	1.32e-14
N15	0.037953	0.082734	0.53831	0.62167	0.23013	0.96944	Greater	0.18629	1.32e-14
N60	0.038409	0.04414	0.56340	0.56044	0.06271	1.04610	Greater	0.17643	1.32e-14
N9	0.011266	0.020651	0.54673	0.54618	-0.07440	1.18226	Greater	0.16296	1.32e-14
N27	0.014672	0.019675	0.40217	0.47066	-0.04749	0.96506	Greater	0.12141	3.5948e-11
N3	0.010346	0.017119	0.42354	0.51697	-0.28078	1.21036	Greater	0.11982	2.556e-10
N59	0.010734	0.009414	0.24139	0.56037	-0.32422	1.32212	Greater	0.11890	1.07355e-09
N5	0.001709	0.00765	0.72850	0.40547	-1.50811	5.83919	Greater	0.11741	1.60209e-11
N28	2e-06	0.002364	0.61234	0.40547	-5.80814	3.90508	Greater	0.11703	1.7868e-11
N24	3e-06	3e-06	1.32360	0.00000	0.00000	2.05033	Greater	0.11669	2.556e-10
N33	0.031063	0.050866	0.32516	0.48572	-0.11855	0.93168	Greater	0.09832	4.7632e-08
N39	0.061709	0.086913	0.35170	0.42226	0.04520	0.74157	Greater	0.09676	3.9438e-08
N7	0.039893	0.061035	0.31337	0.40052	-0.21835	0.97089	Greater	0.08347	8.514e-06
N53	0.048408	0.051413	0.33929	0.31729	-0.21042	0.88029	Greater	0.07426	4.731e-05
N52	0.059885	0.078897	0.34432	0.26102	-0.23396	0.87691	Greater	0.06890	0.00017811
N26	0.01067	0.009133	0.26520	0.33638	-0.28705	0.92101	Greater	0.06334	0.0031052
N22	0.014235	0.017468	0.26168	0.26686	-0.41948	0.86601	Greater	0.03693	0.0887
N31	0.004695	0.014447	-0.63060	0.39674	-7.34837	1.71011	Greater	0.00690	1
N12	0.00565	0.01799	-1.03364	0.40547	-7.33650	1.54264	Greater	0.00536	1
N57	0.045612	0.057022	0.17220	0.20509	-0.17434	0.56221	Greater	0.00397	1
N19	0.016469	0.015589	0.20046	0.08387	-0.71231	0.99791	Greater	0.00273	1
N40	0.042837	0.034577	0.01938	0.13211	-0.45332	0.62337	Lesser	-0.03787	0.08196
N14	0.011048	0.001718	-0.67234	0.00348	-2.31962	1.12246	Lesser	-0.06329	0.00055216
N51	0.098797	0.094114	-0.05768	0.07595	-0.59248	0.56774	Lesser	-0.07563	3.5464e-05
N34	0.094259	0.092871	-0.04757	-0.01547	-0.31721	0.27750	Lesser	-0.10680	1.00736e-09
N25	0.004418	0.005894	-1.40288	0.07311	-6.71659	0.64471	Lesser	-0.13276	4.7344e-13
N35	0.050117	0.033862	-0.20197	-0.18296	-0.78615	0.37533	Lesser	-0.14697	2.6266e-14
N58	0.03325	0.017593	-0.26499	-0.20276	-0.83177	0.34541	Lesser	-0.16365	1.32e-14
N11	0.043197	0.022267	-0.40818	-0.29146	-0.79364	0.13895	Lesser	-0.23107	1.32e-14
N45	0.142624	0.099745	-2.40983	-0.52987	-2.58162	0.50203	Lesser	-0.28845	1.32e-14
N38	0.03008	0.018832	-0.66760	-0.61095	-1.25102	0.02244	Lesser	-0.29823	1.32e-14
N54	0.059988	0.024365	-0.70590	-0.62854	-1.29676	0.00931	Lesser	-0.31209	1.32e-14
N56	0.040145	0.019954	-0.72025	-0.74670	-1.34400	-0.16524	Lesser	-0.33376	1.32e-14
N21	0.018215	0.008656	-3.19334	-0.80750	-8.83354	0.30635	Lesser	-0.35825	1.32e-14
N47	0.607851	0.314867	-0.67185	-0.68635	-0.97186	-0.38610	Lesser	-0.38336	1.32e-14
N44	0.093532	0.040614	-0.89651	-0.77778	-1.50206	-0.28186	Lesser	-0.38412	1.32e-14
N42	0.023932	0.01204	-3.22308	-1.11278	-8.77894	0.02931	Lesser	-0.41722	1.32e-14
N50	0.104567	0.02721	-1.52718	-1.25686	-2.22293	-0.40156	Lesser	-0.45726	1.32e-14
N29	0.008964	3e-06	-4.10714	-7.51806	-8.35149	0.00000	Lesser	-0.46751	1.32e-14
N2	0.015957	0.006522	-4.09695	-1.81624	-8.74098	-0.09660	Lesser	-0.49334	1.32e-14
N48	0.259711	0.063119	-1.50833	-1.43231	-2.06190	-0.92223	Lesser	-0.56034	1.32e-14
N36	0.084785	0.0203	-1.68329	-1.45015	-2.33239	-0.97846	Lesser	-0.58449	1.32e-14
N43	0.035447	3e-06	-4.88172	-2.99378	-9.56711	-0.67192	Lesser	-0.62294	1.32e-14
N41	0.046673	0.005386	-5.21653	-6.93707	-9.66753	-0.86131	Lesser	-0.63986	1.32e-14
N18	0.040564	3e-06	-6.37068	-9.18707	-9.92135	-1.65111	Lesser	-0.73289	1.32e-14
N55	0.087427	3e-06	-6.30374	-4.82518	-10.46476	-2.23385	Lesser	-0.83240	1.32e-14
N49	0.375123	0.002621	-6.41459	-4.57424	-11.68220	-3.09685	Lesser	-0.83576	1.32e-14