Propertites of Heterotachy Phylogeny of GLUD1 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)
N58	1e-06	0.065003	10.93958	11.04886	10.63945	11.30435	Greater	0.96638	1.342e-14
N40	3e-06	0.0343	8.70573	10.48877	8.26243	10.94111	Greater	0.84760	1.342e-14
N45	0.00399	0.076375	5.93536	3.05316	2.31257	10.58667	Greater	0.78889	1.342e-14
N44	2e-06	0.029225	6.92790	9.46192	3.49177	10.20906	Greater	0.73268	1.342e-14
N9	0.213902	1.532942	2.25095	2.12693	1.84747	2.48613	Greater	0.68667	1.342e-14
N32	2e-06	0.007965	6.39805	9.08625	0.40547	9.79141	Greater	0.67012	1.342e-14
N43	0.007909	0.050118	3.75959	2.14122	1.16842	4.73584	Greater	0.66006	1.342e-14
N46	0.000552	0.033158	4.60266	3.45495	1.72006	9.73433	Greater	0.63364	1.342e-14
N35	0.005492	0.053139	3.23778	2.65289	1.03372	6.51102	Greater	0.55736	1.342e-14
N49	0.015244	0.068771	1.39823	1.49853	0.96783	2.00417	Greater	0.51597	1.342e-14
N56	0.049099	0.853816	1.84534	1.42754	0.57118	3.02436	Greater	0.51592	1.342e-14
N61	1e-06	1e-06	4.78810	0.00000	0.00000	10.27670	Greater	0.51262	1.342e-14
N15	0.016508	0.050041	1.15603	1.14717	0.67982	1.57752	Greater	0.49061	1.342e-14
N51	0.080261	0.177319	1.03333	1.06895	0.61745	1.47241	Greater	0.46101	1.342e-14
N6	0.51784	0.850022	0.71324	0.69195	0.48889	0.91337	Greater	0.41141	1.342e-14
N21	0.011551	0.019431	0.83203	0.94612	0.35295	1.45675	Greater	0.40172	1.342e-14
N54	0.00751	0.002626	0.88387	0.75654	-0.40547	2.46566	Greater	0.26836	1.342e-14
N57	0.06134	0.071746	0.21932	0.30330	-0.10899	0.69394	Greater	0.23324	1.342e-14
N53	0.003509	2e-06	-0.11947	0.52713	-7.35404	2.61492	Greater	0.19570	1.342e-14
N38	0.012607	0.029991	0.18329	0.31707	-1.76770	3.97189	Greater	0.16768	1.342e-14
N41	0.330374	0.282343	0.02879	0.03156	-0.17376	0.23310	Greater	0.16395	1.342e-14
N33	0.007586	0.004205	-0.79670	0.73141	-7.55930	1.78184	Greater	0.16390	1.342e-14
N13	0.102963	0.073116	0.02719	0.00862	-0.30363	0.34191	Greater	0.15532	1.342e-14
N42	0.004029	0.000397	-0.20765	0.00000	-8.18730	3.14550	Greater	0.12099	1.7094e-12
N17	0.028796	0.007973	-0.19523	0.03900	-0.65271	0.57618	Greater	0.11880	2.696e-10
N48	0.21881	0.170007	-0.31663	0.04314	-0.53505	0.50348	Greater	0.10482	1.0827e-08
N50	0.031483	0.022334	-0.20734	-0.17431	-0.50187	0.11697	Greater	0.06820	0.0008328
N20	0.030199	0.021598	-0.31119	-0.28283	-0.90238	0.24824	Greater	0.04026	0.05712
N7	0.563253	0.371707	-0.29363	-0.32935	-0.75948	0.14864	Greater	0.03831	0.0529
N28	0.016463	0.018139	-1.44118	-0.10954	-1.94874	0.97944	Greater	0.02240	0.27072
N55	0.036522	0.044848	-2.28232	0.23238	-8.67020	0.90459	Lesser	-0.00400	0.5652
N10	0.081451	0.029204	-0.48199	-0.56588	-1.25105	0.24848	Lesser	-0.00956	0.5652
N30	0.043152	0.027244	-0.50915	-0.62597	-0.89693	-0.21950	Lesser	-0.04917	0.010158
N34	0.045414	0.027967	-0.61798	-0.59147	-1.09685	-0.03757	Lesser	-0.05143	0.007595
N36	0.003014	2e-06	-2.77849	-0.40547	-7.69689	0.00000	Lesser	-0.13497	1.342e-14
N22	0.076446	0.043099	-0.90809	-0.78739	-1.30351	-0.44619	Lesser	-0.16413	1.342e-14
N25	0.028606	0.008872	-2.07584	-0.88764	-2.79967	0.01020	Lesser	-0.16456	1.342e-14
N52	0.005136	2e-06	-2.87047	-0.69315	-8.69450	0.00000	Lesser	-0.20928	1.342e-14
N37	0.045541	0.007895	-3.37888	-1.56639	-9.48011	0.07486	Lesser	-0.25768	1.342e-14
N29	0.0737	0.025992	-1.43484	-1.15748	-1.72936	-0.79856	Lesser	-0.26434	1.342e-14
N4	0.275987	0.062685	-1.33435	-1.40713	-1.77647	-0.90969	Lesser	-0.28331	1.342e-14
N39	0.029354	0.015558	-4.04281	-1.50001	-9.13234	0.02071	Lesser	-0.28942	1.342e-14
N1	0.056904	0.01717	-3.65891	-0.89143	-9.99934	-0.14968	Lesser	-0.31846	1.342e-14
N24	0.047504	0.005396	-3.09889	-1.50106	-4.04389	-0.80337	Lesser	-0.34921	1.342e-14
N8	1.163611	0.155321	-1.72814	-1.64905	-2.08416	-1.31297	Lesser	-0.35920	1.342e-14
N5	0.083486	0.023125	-4.15086	-2.03032	-9.92998	-0.21383	Lesser	-0.36612	1.342e-14
N31	0.035876	3e-06	-4.48393	-2.32651	-9.34248	-0.23226	Lesser	-0.36934	1.342e-14
N23	0.015162	0.001154	-4.37369	-3.19982	-8.92904	-0.68850	Lesser	-0.38646	1.342e-14
N16	0.039834	0.009393	-4.05606	-1.43545	-9.52332	-0.44085	Lesser	-0.38873	1.342e-14
N3	0.270605	0.008744	-2.16775	-2.01808	-2.76145	-1.50195	Lesser	-0.40086	1.342e-14
N26	0.022429	0.002225	-4.73815	-3.33143	-9.36053	-0.49634	Lesser	-0.41249	1.342e-14
N19	0.029131	3e-06	-6.51508	-8.91521	-9.43343	-1.49780	Lesser	-0.56730	1.342e-14
N63	0.066601	0.012891	-5.94896	-9.61910	-10.37072	-1.01635	Lesser	-0.60227	1.342e-14
N2	0.060985	0.000388	-5.45792	-2.88833	-9.97401	-2.13521	Lesser	-0.63539	1.342e-14
N11	0.065121	0.002556	-6.12279	-4.03958	-10.17453	-2.71958	Lesser	-0.64436	1.342e-14
N47	0.009732	3e-06	-8.23734	-8.38670	-8.65869	-7.94366	Lesser	-0.65461	1.342e-14
N14	0.006261	2e-06	-8.22358	-8.34498	-8.69592	-7.78510	Lesser	-0.65805	1.342e-14
N27	0.007722	2e-06	-8.39930	-8.49372	-8.98726	-7.95683	Lesser	-0.68480	1.342e-14
N18	0.01022	2e-06	-8.60326	-8.85109	-9.41902	-8.07434	Lesser	-0.72127	1.342e-14
N12	0.068862	3e-06	-7.67687	-9.58151	-10.20725	-3.86072	Lesser	-0.72239	1.342e-14
N64	0.035426	3e-06	-9.21476	-9.32741	-9.66586	-8.84904	Lesser	-0.80360	1.342e-14