Propertites of Heterotachy Phylogeny of MALSU1 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)
N37	2e-06	0.452927	11.33277	11.90853	10.39208	12.47184	Greater	0.94934	1.298e-14
N30	2e-06	0.026624	9.95232	9.95254	9.22177	10.68619	Greater	0.88067	1.298e-14
N23	3e-06	0.113939	7.17379	10.36156	0.77637	11.04513	Greater	0.59490	1.298e-14
N4	0.009836	0.168142	2.36056	2.39494	1.89335	2.89698	Greater	0.58277	1.298e-14
N13	3e-06	0.053785	5.09780	4.28768	1.31648	10.56125	Greater	0.54988	1.298e-14
N16	0.050775	0.379794	2.02450	2.04842	1.57110	2.55862	Greater	0.50951	1.298e-14
N54	0.027994	0.194906	3.13594	2.43162	1.12102	3.86377	Greater	0.48197	1.298e-14
N43	0.031334	0.194936	1.96430	2.14660	1.30438	2.85331	Greater	0.45898	1.298e-14
N52	0.029837	0.351692	2.04893	2.33728	1.11784	3.17525	Greater	0.44264	1.298e-14
N48	3e-06	0.108978	5.18278	5.47184	0.00000	11.59374	Greater	0.43647	1.298e-14
N27	0.0151	0.10816	1.73532	1.81842	1.23541	2.34628	Greater	0.42810	1.298e-14
N32	0.02094	0.045615	3.27010	1.66520	0.84327	5.50525	Greater	0.42368	1.298e-14
N34	0.043648	0.202182	1.64306	1.66210	1.17588	2.13091	Greater	0.41090	1.298e-14
N1	0.019128	0.150515	1.84572	1.86888	1.05172	2.56538	Greater	0.40824	1.298e-14
N35	0.025177	0.125777	1.51350	1.55208	1.01991	2.06426	Greater	0.36590	1.298e-14
N51	0.020316	0.254501	2.47647	1.81391	0.30469	4.65734	Greater	0.32517	1.298e-14
N19	3e-06	0.02565	3.31458	1.78557	0.00000	9.46742	Greater	0.31141	1.298e-14
N40	0.084941	0.431092	1.34805	1.34448	0.79769	1.91952	Greater	0.30886	1.298e-14
N17	0.064575	0.204422	1.26637	1.36622	0.88018	1.79297	Greater	0.30882	1.298e-14
N18	0.030721	0.06759	1.21646	1.26911	0.58125	1.85224	Greater	0.26559	1.298e-14
N15	0.013308	0.048804	2.79274	1.76580	-0.40547	9.14138	Greater	0.25542	1.298e-14
N55	0.022343	0.039368	1.37725	1.05991	0.06781	2.25296	Greater	0.21262	1.298e-14
N44	0.533589	1.354297	1.10554	1.20636	-0.07310	2.35241	Greater	0.20628	1.298e-14
N10	0.027176	0.054105	0.90223	0.90674	0.28444	1.54962	Greater	0.17102	1.298e-14
N22	0.005192	0.021842	1.10435	0.90478	-0.40547	3.80353	Greater	0.14048	1.298e-14
N12	0.025836	0.029521	0.69636	0.79146	0.10963	1.31088	Greater	0.10569	1.6992e-07
N9	0.011697	0.018021	0.62194	0.52605	0.00000	1.16453	Greater	0.06831	0.003957
N50	0.014011	0.027963	-0.52600	0.65676	-7.91364	2.35626	Greater	0.03814	0.03388
N8	0.10325	0.189236	0.45033	0.53945	0.11742	0.88340	Greater	0.02508	0.1315
N6	0.048061	0.043453	0.41404	0.56356	-0.36369	1.15095	Greater	0.01692	0.1568
N59	0.112744	0.098917	0.25966	0.09049	-0.84598	1.23914	Lesser	-0.04135	0.03388
N31	0.030675	0.032188	0.22903	0.32624	-0.41681	0.88294	Lesser	-0.04560	0.03388
N47	0.531062	0.689746	0.18229	0.27529	-0.24842	0.72934	Lesser	-0.06572	0.00031423
N46	0.009525	0.00944	-0.42556	0.00000	-4.93457	2.98076	Lesser	-0.09947	9.81e-09
N57	0.076643	0.051941	-0.26153	-0.10646	-1.58307	1.08825	Lesser	-0.10362	8.827e-09
N45	0.859216	0.923723	0.11962	0.18446	-0.20006	0.50958	Lesser	-0.10370	2.486e-09
N28	2e-06	2e-06	0.10162	0.00000	0.00000	0.00000	Lesser	-0.13229	5.4048e-10
N56	0.235825	0.196228	-0.15771	-0.32751	-1.35028	0.80691	Lesser	-0.14625	1.298e-14
N39	0.161055	0.159348	-0.10025	-0.00156	-0.42749	0.34406	Lesser	-0.17482	1.298e-14
N7	0.047993	0.038145	-2.02378	0.22436	-2.93073	0.93437	Lesser	-0.18414	1.298e-14
N42	0.519926	0.32863	-0.46567	-0.21606	-0.99935	0.36849	Lesser	-0.22999	1.298e-14
N2	0.084757	0.060873	-2.41776	-0.20519	-8.39773	0.86260	Lesser	-0.23560	1.298e-14
N41	0.072858	0.027719	-2.81789	-0.48057	-9.70543	1.12439	Lesser	-0.24240	1.298e-14
N3	0.031777	0.01388	-2.54503	-0.67441	-9.00077	0.88623	Lesser	-0.24855	1.298e-14
N21	3e-06	2e-06	-2.15005	0.00000	-7.01661	0.00000	Lesser	-0.27339	1.298e-14
N14	0.034459	3e-06	-4.01204	-1.89150	-9.85277	0.68227	Lesser	-0.35952	1.298e-14
N20	0.012447	2e-06	-3.74069	-2.95314	-9.21054	0.00000	Lesser	-0.36323	1.298e-14
N26	0.013636	3e-06	-4.48802	-8.11073	-8.84611	0.00000	Lesser	-0.42600	1.298e-14
N25	0.010322	3e-06	-4.77716	-7.91583	-8.72740	0.00000	Lesser	-0.43375	1.298e-14
N29	3e-06	3e-06	-4.20044	-6.46770	-8.15119	0.00000	Lesser	-0.45622	1.298e-14
N58	0.533519	0.089143	-5.04241	-1.82519	-12.18076	0.06286	Lesser	-0.50212	1.298e-14
N53	0.17912	0.032475	-3.84667	-1.87502	-9.67753	-0.97466	Lesser	-0.54652	1.298e-14
N24	0.095611	0.00985	-3.73514	-1.77704	-10.08496	-0.88840	Lesser	-0.55277	1.298e-14
N36	0.062941	2e-06	-5.33992	-3.08582	-10.23195	-0.53170	Lesser	-0.58112	1.298e-14
N49	0.089706	3e-06	-7.48357	-9.80049	-10.99187	-2.17158	Lesser	-0.70224	1.298e-14
N38	0.010801	3e-06	-8.42596	-8.69456	-9.15335	-8.20330	Lesser	-0.71337	1.298e-14
N60	0.070847	2e-06	-8.74520	-10.38367	-11.36224	-8.44666	Lesser	-0.78592	1.298e-14
N11	0.04028	2e-06	-9.66282	-9.75593	-10.01335	-9.40987	Lesser	-0.82449	1.298e-14
N33	0.073355	3e-06	-10.00199	-10.20771	-10.51247	-9.77450	Lesser	-0.86561	1.298e-14