Propertites of Heterotachy Phylogeny of FXN 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)
N41	2e-06	0.17998	11.50354	11.60057	11.17409	11.91835	Greater	0.97834	1.43e-14
N65	0.100664	1.152428	3.02175	2.94683	2.22560	3.75867	Greater	0.75038	1.43e-14
N25	0.163383	2.142327	2.65120	2.65083	2.25769	3.05360	Greater	0.74051	1.43e-14
N22	0.272292	2.040783	2.51966	2.34306	1.90979	3.13024	Greater	0.70814	1.43e-14
N55	0.033924	0.238213	1.93817	1.93581	1.30991	2.62048	Greater	0.58091	1.43e-14
N2	0.021799	0.097672	1.69789	1.75440	1.33177	2.20342	Greater	0.55369	1.43e-14
N5	3e-06	0.037141	3.81056	2.50752	0.00000	9.72931	Greater	0.46357	1.43e-14
N35	0.021695	0.127975	1.43130	1.44194	0.88056	1.97688	Greater	0.46354	1.43e-14
N31	0.133911	0.533473	1.50548	1.29718	0.79166	2.02402	Greater	0.46304	1.43e-14
N47	0.029632	0.094734	1.27467	1.34495	0.85422	1.84125	Greater	0.43546	1.43e-14
N20	0.003662	0.028732	3.04273	1.83674	-0.01469	8.63382	Greater	0.39507	1.43e-14
N3	0.065435	0.146253	1.11781	1.15903	0.66939	1.58042	Greater	0.38480	1.43e-14
N29	0.030092	0.091886	2.07846	2.04084	0.00000	4.42092	Greater	0.38231	1.43e-14
N14	3e-06	0.122673	3.41009	1.43431	0.00000	11.06279	Greater	0.37288	1.43e-14
N59	0.022104	0.052548	0.97600	1.04078	0.19595	1.75476	Greater	0.31627	1.43e-14
N37	0.144113	0.308247	0.84345	0.82565	0.51360	1.14201	Greater	0.30822	1.43e-14
N61	0.00956	0.045178	1.55320	1.32264	-0.21951	7.80098	Greater	0.30746	1.43e-14
N16	0.095316	0.211162	0.87202	0.88090	0.41149	1.35058	Greater	0.30654	1.43e-14
N58	0.041524	0.057867	0.72661	0.92013	0.29228	1.49452	Greater	0.29155	1.43e-14
N17	0.135665	0.269295	0.82342	0.73417	0.33098	1.26688	Greater	0.28759	1.43e-14
N9	0.009954	0.010025	0.66227	0.88590	-0.00954	1.75453	Greater	0.25148	1.43e-14
N27	0.253094	0.241086	0.75016	0.61991	0.05225	1.36419	Greater	0.23124	1.43e-14
N6	0.057273	0.094144	0.63374	0.66946	0.17987	1.09188	Greater	0.22184	1.43e-14
N28	0.051793	0.094827	0.36080	1.12335	-1.52928	3.08381	Greater	0.21442	1.43e-14
N18	0.163481	0.199467	0.58488	0.57845	0.12653	1.01091	Greater	0.20036	1.43e-14
N43	0.067986	0.106827	0.46417	0.63535	0.08884	1.06238	Greater	0.18449	1.43e-14
N53	2e-06	2e-06	1.92332	0.00000	0.00000	3.07214	Greater	0.18076	1.43e-14
N46	0.126416	0.182529	0.53800	0.49166	0.07194	0.91159	Greater	0.17838	1.43e-14
N50	0.108816	0.103589	0.42207	0.56532	0.02495	0.97037	Greater	0.15912	1.43e-14
N39	0.007726	0.088786	-0.26154	0.00000	-8.37578	3.15401	Greater	0.13614	1.43e-14
N30	0.112647	0.15857	0.39134	0.31385	-0.24940	0.87101	Greater	0.11145	1.8295e-09
N19	2e-06	2e-06	-0.14619	0.00000	-8.54889	1.30174	Greater	0.09925	4.716e-09
N1	0.019667	0.047167	-2.01575	0.35954	-8.80423	1.51414	Greater	0.02503	0.06645
N45	2e-06	2e-06	0.02764	0.00000	0.00000	0.00000	Lesser	-0.03787	0.04508
N23	0.061023	0.044863	-1.93279	-0.30692	-6.44905	1.45664	Lesser	-0.06902	5.115e-05
N34	2e-06	2e-06	-1.55939	0.00000	-5.11500	0.00000	Lesser	-0.12955	1.43e-14
N63	0.007389	2e-06	-3.01770	-0.15087	-8.74536	0.54764	Lesser	-0.13268	1.43e-14
N13	0.094909	3e-06	-3.32237	-0.07589	-10.20681	1.18819	Lesser	-0.13528	1.43e-14
N56	0.030279	0.029013	-3.18172	-0.51683	-9.68747	0.69342	Lesser	-0.19336	1.43e-14
N11	3e-06	2e-06	-2.75416	0.00000	-7.97814	0.00000	Lesser	-0.19782	1.43e-14
N62	0.068422	0.025118	-2.93383	-0.28472	-9.74961	0.48879	Lesser	-0.21344	1.43e-14
N60	0.016433	0.014197	-3.55364	-1.37584	-9.30325	0.40547	Lesser	-0.21570	1.43e-14
N12	0.00849	3e-06	-4.17284	-7.16214	-8.93604	0.40547	Lesser	-0.22683	1.43e-14
N32	0.266476	0.094149	-0.76227	-0.58921	-1.04491	-0.14147	Lesser	-0.22748	1.43e-14
N26	0.25571	0.03936	-2.91046	-0.94614	-8.90863	0.50618	Lesser	-0.22990	1.43e-14
N7	0.113658	0.044271	-0.85467	-0.58924	-1.19590	-0.16413	Lesser	-0.23731	1.43e-14
N21	0.553841	0.104363	-1.11685	-1.09127	-1.92067	-0.29700	Lesser	-0.24014	1.43e-14
N4	0.012783	3e-06	-3.64953	-2.77121	-9.07647	0.00000	Lesser	-0.24265	1.43e-14
N38	0.029445	0.029008	-3.62641	-1.16924	-9.30769	0.00000	Lesser	-0.30132	1.43e-14
N8	0.020852	2e-06	-4.62399	-8.47439	-9.33865	0.00000	Lesser	-0.30490	1.43e-14
N36	0.011284	2e-06	-4.94875	-8.50320	-9.17682	0.00000	Lesser	-0.34135	1.43e-14
N51	0.010335	2e-06	-4.31687	-7.43691	-9.73953	0.00000	Lesser	-0.34743	1.43e-14
N10	0.04945	3e-06	-4.31027	-6.46251	-10.02992	0.00000	Lesser	-0.35442	1.43e-14
N49	0.01132	3e-06	-4.64008	-7.99620	-9.14010	0.00000	Lesser	-0.36229	1.43e-14
N52	3e-06	2e-06	-5.29958	-8.24918	-9.03235	0.00000	Lesser	-0.39449	1.43e-14
N42	0.025496	2e-06	-5.73329	-9.12222	-9.66304	-0.44518	Lesser	-0.44414	1.43e-14
N40	0.173498	0.009243	-4.61627	-2.62199	-10.94213	-0.52758	Lesser	-0.45882	1.43e-14
N33	0.13764	0.008913	-5.04094	-1.16535	-11.14982	-0.10866	Lesser	-0.45980	1.43e-14
N24	0.150392	0.001486	-4.90017	-2.53834	-11.06701	-0.45232	Lesser	-0.47263	1.43e-14
N44	0.078432	3e-06	-6.25109	-9.18886	-10.77633	-0.31414	Lesser	-0.49974	1.43e-14
N48	0.009723	2e-06	-8.93655	-9.06889	-9.43575	-8.63409	Lesser	-0.63233	1.43e-14
N54	0.027122	3e-06	-9.40722	-9.51027	-9.83323	-9.05878	Lesser	-0.70671	1.43e-14
N57	0.067715	3e-06	-10.16083	-10.21171	-10.49108	-9.86758	Lesser	-0.83578	1.43e-14
N15	0.070401	2e-06	-10.29901	-10.34528	-10.68928	-10.00504	Lesser	-0.85783	1.43e-14
N66	0.106897	2e-06	-10.76164	-10.91788	-11.17986	-10.55529	Lesser	-0.91548	1.43e-14