Propertites of Heterotachy Phylogeny of LETMD1 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)
N24	2e-06	0.194567	11.43992	11.41711	11.08600	12.05306	Greater	0.97284	1.342e-14
N18	2e-06	0.045971	9.83062	9.93707	9.50759	10.30293	Greater	0.86028	1.342e-14
N1	2e-06	0.087576	8.24254	10.39768	3.70090	11.02039	Greater	0.81018	1.342e-14
N17	3e-06	0.008412	8.99693	9.21821	8.67163	9.62367	Greater	0.79727	1.342e-14
N2	0.006072	0.142215	5.95268	3.46550	3.01507	11.07566	Greater	0.77154	1.342e-14
N38	0.009512	0.159725	6.24444	3.75385	2.37086	11.00912	Greater	0.73989	1.342e-14
N13	0.00281	0.071501	6.61530	9.26477	2.51452	10.67112	Greater	0.71719	1.342e-14
N26	0.0066	0.114973	2.76741	2.74418	2.34071	3.14671	Greater	0.61555	1.342e-14
N32	3e-06	0.06115	5.57158	3.74136	2.21869	10.20109	Greater	0.61262	1.342e-14
N7	3e-06	0.042693	4.69691	2.58767	1.63431	9.80107	Greater	0.54917	1.342e-14
N6	0.006827	0.08488	2.23645	2.30032	1.90082	2.59788	Greater	0.53870	1.342e-14
N9	2e-06	0.025554	5.62493	8.69985	1.30670	9.73056	Greater	0.53326	1.342e-14
N3	0.01181	0.091616	2.02104	1.99410	1.63269	2.41832	Greater	0.49259	1.342e-14
N16	0.017126	0.139803	1.93791	1.94487	1.59945	2.31551	Greater	0.47625	1.342e-14
N10	2e-06	0.008246	5.42206	8.31344	0.40547	9.47267	Greater	0.47578	1.342e-14
N15	0.00545	0.040489	1.91001	1.99138	1.52643	2.39406	Greater	0.45353	1.342e-14
N28	3e-06	0.008328	5.40923	8.40701	-0.40547	9.58491	Greater	0.39547	1.342e-14
N50	0.048416	0.154165	1.36681	1.31353	0.73616	1.94258	Greater	0.30367	1.342e-14
N19	0.063908	0.16517	1.13607	1.13916	0.89162	1.38224	Greater	0.28343	1.342e-14
N4	0.006529	0.020905	2.32902	1.27418	0.39907	7.91802	Greater	0.26867	1.342e-14
N25	0.016557	0.007478	0.87583	1.20939	0.10666	1.99492	Greater	0.18661	1.342e-14
N59	0.218926	0.482259	0.82639	1.06388	0.07829	1.65863	Greater	0.15464	1.342e-14
N21	0.022407	0.034939	0.70998	0.72933	0.12992	1.32654	Greater	0.12427	2.652e-12
N33	0.012972	0.020782	0.55584	0.67811	0.08465	1.22153	Greater	0.08597	9.8e-06
N20	0.047324	0.093993	0.54557	0.63443	0.09837	1.10863	Greater	0.08171	6.8832e-06
N49	0.0469	0.053262	0.51700	0.52230	-0.15855	1.27218	Greater	0.06259	0.00066073
N31	0.004801	0.006758	0.79359	0.40547	-0.66993	7.46508	Greater	0.03501	0.07
N30	0.060427	0.078063	0.37100	0.36863	0.00491	0.72259	Greater	0.01945	0.2416
N14	0.029658	0.039649	0.36839	0.38981	-0.19414	1.04527	Greater	0.01805	0.2416
N27	0.028496	0.036503	0.17579	0.33699	-0.26822	0.81375	Lesser	-0.03301	0.08163
N35	0.021276	0.012726	0.15253	0.25023	-0.51272	0.89204	Lesser	-0.04761	0.018035
N52	0.039319	0.056402	0.12157	0.11740	-0.48852	0.81335	Lesser	-0.05877	0.0020658
N23	0.001378	3e-06	-0.61401	0.00000	-6.46614	1.13519	Lesser	-0.09473	5.662e-08
N12	0.017736	0.02471	-1.48344	0.40547	-8.04911	1.14040	Lesser	-0.11289	5.8278e-11
N40	0.234721	0.297669	-0.03558	0.05038	-0.42899	0.46439	Lesser	-0.12157	1.6081e-12
N43	0.003181	3e-06	-0.71996	0.00000	-7.99148	1.95979	Lesser	-0.14365	1.342e-14
N57	0.08888	0.080883	-0.24477	-0.03573	-0.83392	0.60640	Lesser	-0.15010	1.342e-14
N41	0.113942	0.079121	-0.16025	-0.14940	-0.87036	0.52077	Lesser	-0.15170	1.342e-14
N44	0.159888	0.107132	-0.34095	-0.29875	-1.03533	0.41146	Lesser	-0.20316	1.342e-14
N48	0.213368	0.144788	-0.34810	-0.32547	-0.88186	0.18376	Lesser	-0.22566	1.342e-14
N45	0.056069	0.035468	-0.60371	-0.48579	-1.18854	0.14697	Lesser	-0.27010	1.342e-14
N11	0.030609	0.002744	-2.88413	-0.03720	-9.26260	0.84314	Lesser	-0.27905	1.342e-14
N36	0.017271	0.008468	-2.08521	-0.52611	-8.51593	0.33507	Lesser	-0.29807	1.342e-14
N8	0.016093	0.006971	-2.46311	-0.36517	-8.25825	0.50383	Lesser	-0.30043	1.342e-14
N39	0.116176	0.058665	-0.84914	-0.66347	-1.49145	-0.10026	Lesser	-0.34702	1.342e-14
N55	0.146123	0.078808	-0.74610	-0.71888	-1.14262	-0.27498	Lesser	-0.34943	1.342e-14
N5	0.005949	3e-06	-3.74775	-7.56907	-8.05261	0.00000	Lesser	-0.41399	1.342e-14
N51	0.194342	0.05825	-1.10871	-1.03631	-1.52377	-0.57271	Lesser	-0.43513	1.342e-14
N61	1.246237	0.398872	-1.11365	-1.06199	-1.48687	-0.72362	Lesser	-0.45999	1.342e-14
N22	0.023413	2e-06	-4.84994	-8.49136	-9.29496	0.53473	Lesser	-0.46426	1.342e-14
N46	0.132831	0.028022	-1.47121	-1.44091	-1.98822	-0.82736	Lesser	-0.49361	1.342e-14
N53	0.114129	0.00932	-1.62602	-1.55372	-2.27363	-0.82834	Lesser	-0.51284	1.342e-14
N54	0.155678	0.047529	-3.20407	-1.40955	-3.75829	-0.38857	Lesser	-0.52781	1.342e-14
N42	0.291818	0.024985	-1.88375	-1.68834	-2.53004	-0.96728	Lesser	-0.54449	1.342e-14
N56	0.154845	0.016486	-1.82553	-1.91656	-2.54045	-1.16887	Lesser	-0.55862	1.342e-14
N34	0.022902	3e-06	-5.09297	-7.78239	-9.29137	-0.55690	Lesser	-0.60725	1.342e-14
N60	0.506595	0.041117	-2.71327	-2.41555	-3.20373	-1.75211	Lesser	-0.63214	1.342e-14
N58	0.176167	0.001339	-6.94304	-9.93013	-11.30065	-2.48099	Lesser	-0.82835	1.342e-14
N47	0.113779	3e-06	-7.41533	-10.07500	-10.68175	-2.65751	Lesser	-0.83315	1.342e-14
N29	0.012862	2e-06	-8.62550	-8.70525	-9.10019	-8.15018	Lesser	-0.84502	1.342e-14
N37	0.058742	2e-06	-10.22176	-10.27912	-10.51044	-9.99260	Lesser	-0.95470	1.342e-14