Propertites of Heterotachy Phylogeny of MPC1 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	2.455914	14.45017	14.43505	14.12118	14.81433	Greater	0.99977	1.276e-14
N24	2e-06	0.372075	11.93471	12.22763	11.65991	12.66340	Greater	0.88783	1.276e-14
N26	2e-06	0.134407	11.27010	11.38490	10.78282	11.76729	Greater	0.83223	1.276e-14
N56	2e-06	0.425814	9.25308	11.46028	4.85689	12.16643	Greater	0.74322	1.276e-14
N13	2e-06	0.293341	8.51793	11.22801	3.10998	12.32481	Greater	0.67179	1.276e-14
N35	0.0152	0.888339	6.63333	3.14939	2.61983	13.13891	Greater	0.63621	1.276e-14
N38	0.01576	0.378421	6.16911	3.16190	2.17809	11.72354	Greater	0.57031	1.276e-14
N30	2e-06	0.028241	7.81975	10.06616	5.56260	11.15729	Greater	0.55541	1.276e-14
N14	2e-06	0.029775	6.25721	9.39848	1.11203	10.14910	Greater	0.45273	1.276e-14
N21	0.014907	0.070211	4.12797	2.89609	1.46360	4.52029	Greater	0.40431	1.276e-14
N29	0.070014	1.550124	2.66791	2.78784	1.89138	3.67032	Greater	0.38086	1.276e-14
N10	0.048346	0.936743	2.42887	2.50729	1.75214	3.25440	Greater	0.36939	1.276e-14
N33	3e-06	0.025563	5.76866	9.15342	0.00000	9.77268	Greater	0.32871	1.276e-14
N51	2e-06	3e-06	4.29383	2.83321	0.00000	9.69864	Greater	0.27262	1.276e-14
N49	0.059815	0.304643	1.55863	1.49507	0.60095	2.44634	Greater	0.20171	1.276e-14
N19	0.04431	0.100294	1.48638	1.32063	0.39359	2.24380	Greater	0.16817	1.276e-14
N17	0.071514	0.260932	1.35412	1.34216	0.36354	2.19909	Greater	0.16772	1.276e-14
N40	3e-06	0.007242	2.96095	1.68851	-0.40547	9.32744	Greater	0.16304	1.276e-14
N54	0.011978	0.001589	2.45380	1.03337	-0.40547	9.60123	Greater	0.12243	1.54717e-12
N46	0.021588	0.034353	2.26259	0.75454	-0.40547	9.16262	Greater	0.10372	3.6288e-09
N43	2e-06	0.011652	2.41319	0.67119	-0.39502	9.75144	Greater	0.10332	3.963e-09
N5	0.039182	0.252444	1.64448	1.19614	-1.12609	8.18674	Greater	0.07731	2.0256e-05
N15	0.311551	0.677463	0.76243	0.84952	0.16365	1.40061	Greater	0.07410	4.6552e-05
N55	2e-06	2e-06	2.07560	0.00000	0.00000	9.08222	Greater	0.06429	0.00045918
N2	0.091747	0.110048	2.55370	0.38858	-0.74653	9.30574	Greater	0.06126	0.0009264
N31	3e-06	0.012082	1.40412	0.17395	-0.40547	8.52662	Greater	0.02087	0.4188
N50	0.033257	0.053718	0.99949	0.43400	-0.94709	3.14206	Greater	0.02015	0.4188
N9	0.28058	0.533067	0.42905	0.59941	0.07511	1.04179	Greater	0.01061	0.5356
N32	0.000108	0.016304	1.33122	0.23186	-0.63894	8.76233	Greater	0.00731	0.5356
N45	3e-06	0.000452	0.71973	0.00000	-1.96204	6.32197	Lesser	-0.03922	0.04571
N3	0.060506	0.082695	0.46125	0.29943	-0.50859	1.25652	Lesser	-0.04912	0.015168
N8	0.128016	0.073947	-0.12402	0.41817	-0.89580	1.71488	Lesser	-0.05737	0.003458
N57	0.107072	0.103987	0.26321	0.26499	-0.41191	0.89773	Lesser	-0.07353	6.036e-05
N34	2e-06	3e-06	0.15469	0.00000	0.00000	0.40547	Lesser	-0.08558	3.8207e-06
N1	0.12397	0.071926	0.13987	0.31590	-0.64853	1.00414	Lesser	-0.08766	3.1584e-06
N11	0.094044	0.045553	-0.67925	0.00000	-6.78163	1.84927	Lesser	-0.13067	3.8323e-14
N27	0.04238	3e-06	-0.58949	0.00000	-9.22004	1.09861	Lesser	-0.14419	1.276e-14
N42	0.075994	0.068578	-0.07047	0.02559	-0.72496	0.68005	Lesser	-0.14794	2.5344e-13
N12	0.021761	3e-06	-0.71302	0.00000	-9.58234	2.00058	Lesser	-0.14989	1.276e-14
N36	2e-06	2e-06	0.00998	0.00000	0.00000	0.00000	Lesser	-0.15710	1.276e-14
N58	2e-06	2e-06	0.00713	0.00000	0.00000	0.00000	Lesser	-0.16042	1.276e-14
N18	0.027553	0.002801	-0.74689	-0.29484	-3.12276	1.62473	Lesser	-0.17600	1.276e-14
N28	0.036989	2e-06	-1.64652	0.00000	-9.95634	0.40547	Lesser	-0.22047	1.276e-14
N37	0.033172	3e-06	-1.60730	-0.20619	-9.61851	0.40547	Lesser	-0.24624	1.276e-14
N25	3e-06	2e-06	-0.24748	-0.40547	-0.40547	0.00000	Lesser	-0.28701	1.276e-14
N41	3e-06	3e-06	-2.38710	-0.40547	-7.59522	0.00000	Lesser	-0.36179	1.276e-14
N44	0.047309	2e-06	-3.38878	-1.65216	-9.89804	0.20172	Lesser	-0.37155	1.276e-14
N4	0.111169	0.117152	-3.90603	-1.26681	-10.53888	0.58245	Lesser	-0.40122	1.276e-14
N53	0.054308	3e-06	-3.52617	-1.60963	-10.04079	0.00000	Lesser	-0.44301	1.276e-14
N6	0.094595	2e-06	-4.50852	-2.66399	-10.49347	0.10500	Lesser	-0.44812	1.276e-14
N48	0.306517	0.066295	-1.51844	-1.57504	-2.45593	-0.67463	Lesser	-0.44830	1.276e-14
N22	0.970656	0.204771	-1.22071	-1.14590	-1.72253	-0.66611	Lesser	-0.48565	1.276e-14
N7	0.026009	2e-06	-5.93728	-8.80167	-9.97832	0.00000	Lesser	-0.54036	1.276e-14
N47	0.073227	3e-06	-6.67036	-9.97415	-10.89089	-0.86007	Lesser	-0.63705	1.276e-14
N20	0.083147	2e-06	-7.20672	-10.30980	-10.95886	-2.07591	Lesser	-0.68305	1.276e-14
N52	0.101567	2e-06	-7.94480	-10.58193	-11.15099	-2.73708	Lesser	-0.74729	1.276e-14
N16	0.397276	0.002437	-8.19875	-11.75384	-12.21484	-2.96763	Lesser	-0.84098	1.276e-14
N39	0.189076	2e-06	-11.18915	-11.19958	-11.47522	-10.95471	Lesser	-0.93643	1.276e-14