Propertites of Heterotachy Phylogeny of ACAD9 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)
N42	0.029868	0.275795	2.20281	2.14097	1.78790	2.56830	Greater	0.81728	1.408e-14
N17	0.023498	0.140698	1.82832	1.80437	1.53512	2.09864	Greater	0.75226	1.408e-14
N11	0.003608	0.027684	1.82579	1.83400	1.37633	2.27351	Greater	0.71902	1.408e-14
N2	0.009223	0.037239	1.69931	1.71928	1.21725	2.22025	Greater	0.64940	1.408e-14
N4	0.003048	0.033967	3.31052	2.19188	1.15820	8.20795	Greater	0.62990	1.408e-14
N47	0.014801	0.05808	1.35555	1.40624	0.89974	1.84934	Greater	0.56823	1.408e-14
N35	0.015985	0.043519	1.28005	1.29351	0.83705	1.75031	Greater	0.55072	1.408e-14
N8	0.022493	0.060996	1.15034	1.18456	0.78931	1.55201	Greater	0.52221	1.408e-14
N25	0.00612	0.021809	1.24290	1.36509	0.72509	1.93717	Greater	0.51207	1.408e-14
N61	0.003427	0.019983	2.37298	2.13753	0.40547	6.98944	Greater	0.49750	1.408e-14
N22	0.004361	0.016019	2.89274	1.50583	0.27671	7.99766	Greater	0.47231	1.408e-14
N14	0.014665	0.030521	1.08714	1.05045	0.53610	1.58350	Greater	0.46935	1.408e-14
N36	0.003101	0.009937	2.18648	1.22901	0.36186	7.29935	Greater	0.44321	1.408e-14
N20	0.009726	0.012687	0.84912	0.96833	0.26087	1.52154	Greater	0.36871	1.408e-14
N38	0.026478	0.039738	0.78651	0.78206	0.31621	1.23297	Greater	0.35019	1.408e-14
N16	0.027815	0.051235	0.64483	0.70022	0.25136	1.04447	Greater	0.30408	1.408e-14
N37	0.006674	0.014309	0.70037	0.72626	0.08412	1.34521	Greater	0.30359	1.408e-14
N29	0.004364	0.011697	1.26811	0.96694	-0.40547	3.59031	Greater	0.27339	1.408e-14
N33	0.003676	0.005029	1.55149	0.41240	-0.43617	7.55826	Greater	0.24276	1.408e-14
N57	0.06772	0.118997	0.49069	0.52650	0.21614	0.82886	Greater	0.23734	1.408e-14
N45	0.033089	0.043041	0.48231	0.46054	-0.01524	0.94826	Greater	0.21260	1.408e-14
N58	0.042209	0.064252	0.41919	0.44753	-0.04176	0.90813	Greater	0.18907	1.408e-14
N1	0.003526	0.004897	0.78902	0.41084	-0.24809	1.10318	Greater	0.18545	1.408e-14
N34	0.006717	0.010944	0.41434	0.44105	-0.21469	1.07023	Greater	0.17764	1.408e-14
N53	0.023291	0.03838	0.43692	0.47386	-0.41982	1.29622	Greater	0.17665	1.408e-14
N30	0.05902	0.086834	0.36231	0.44207	0.03553	0.73954	Greater	0.17110	1.408e-14
N10	0.028112	0.035397	0.34037	0.46572	-0.01506	0.83502	Greater	0.16772	1.408e-14
N7	0.019565	0.016284	0.14164	0.32335	-0.34594	0.78365	Greater	0.08967	9.24e-07
N55	0.062478	0.065959	0.15291	0.22675	-0.14646	0.53132	Greater	0.06261	0.000684
N6	0.009989	0.006772	0.04748	0.22084	-0.79135	0.98653	Greater	0.05295	0.011571
N54	0.060229	0.068998	0.03450	0.09842	-0.39927	0.49662	Greater	0.00570	1
N21	0.031134	0.032711	-0.02611	0.12076	-0.46632	0.59089	Greater	0.00533	1
N40	0.029454	0.028533	0.01958	0.07957	-0.45453	0.53386	Greater	0.00251	1
N19	0.004793	0.005883	-0.87987	0.00000	-7.66411	1.09041	Lesser	-0.02236	0.35904
N13	0.066028	0.069719	-0.01563	0.06130	-0.24434	0.30617	Lesser	-0.02787	0.23585
N43	0.024923	0.015091	-1.64855	0.28580	-7.77933	1.25158	Lesser	-0.03099	0.18864
N26	0.014752	0.008023	-0.21937	-0.17108	-0.85995	0.52316	Lesser	-0.07247	0.00049842
N60	0.054915	0.027329	-0.21574	-0.14686	-0.73045	0.34748	Lesser	-0.09786	4.8564e-08
N12	0.023107	0.022604	-0.21582	-0.25555	-0.90904	0.47764	Lesser	-0.09835	7.8419e-08
N9	0.134569	0.097194	-0.18385	-0.16034	-0.37108	0.03032	Lesser	-0.13117	2.2438e-14
N3	0.02138	0.012577	-0.24533	-0.26150	-0.61575	0.10163	Lesser	-0.14166	1.408e-14
N64	0.227623	0.12661	-0.46471	-0.38868	-1.15206	0.27574	Lesser	-0.17446	1.408e-14
N48	0.019233	0.012621	-0.40325	-0.43301	-0.96489	0.12835	Lesser	-0.19122	1.408e-14
N49	0.088696	0.052527	-0.39433	-0.31109	-0.68987	-0.00017	Lesser	-0.20781	1.408e-14
N32	0.010833	0.005644	-1.96925	-0.40547	-7.66669	0.49858	Lesser	-0.20830	1.408e-14
N31	0.006563	0.00249	-1.92069	-0.56477	-7.20638	0.44577	Lesser	-0.21183	1.408e-14
N63	0.103493	0.040271	-0.65967	-0.54068	-1.13851	-0.03664	Lesser	-0.26599	1.408e-14
N5	0.022975	0.007925	-0.72807	-0.62245	-1.18002	-0.09031	Lesser	-0.28946	1.408e-14
N50	0.025448	0.006481	-0.82524	-0.82247	-1.37839	-0.28997	Lesser	-0.34298	1.408e-14
N46	0.036916	0.01118	-1.74666	-1.04316	-1.98100	-0.23378	Lesser	-0.38183	1.408e-14
N59	0.010836	0.001331	-3.40645	-2.14700	-8.32990	0.00000	Lesser	-0.38914	1.408e-14
N23	0.004841	2e-06	-3.99646	-6.90375	-8.44319	-0.40547	Lesser	-0.46752	1.408e-14
N24	0.010041	2e-06	-3.67496	-2.01455	-8.62730	-0.40547	Lesser	-0.48689	1.408e-14
N41	0.116978	0.045707	-1.14126	-1.04443	-1.46833	-0.72583	Lesser	-0.48719	1.408e-14
N28	0.011428	0.002572	-4.15203	-4.13517	-8.72231	-0.29223	Lesser	-0.48949	1.408e-14
N15	0.019055	0.00998	-4.11586	-1.83938	-8.99795	-0.54889	Lesser	-0.57959	1.408e-14
N18	0.030042	3e-06	-5.28879	-8.81354	-9.52438	-0.30358	Lesser	-0.60150	1.408e-14
N52	0.070084	0.011802	-1.93515	-1.86605	-2.45674	-1.26425	Lesser	-0.61681	1.408e-14
N39	0.026828	0.001088	-5.37848	-8.59791	-9.31816	-0.80220	Lesser	-0.64519	1.408e-14
N44	0.197737	0.02695	-2.16442	-2.00912	-2.55575	-1.54154	Lesser	-0.66750	1.408e-14
N27	0.038529	0.007853	-4.30618	-2.19429	-9.34929	-1.12674	Lesser	-0.68358	1.408e-14
N51	0.065815	0.006638	-2.28798	-2.27052	-2.75311	-1.75928	Lesser	-0.68795	1.408e-14
N56	0.012395	3e-06	-5.63134	-8.21555	-8.80312	-1.45495	Lesser	-0.69607	1.408e-14
N62	0.043613	0.006967	-4.97835	-2.82096	-9.66282	-1.48229	Lesser	-0.73317	1.408e-14