Propertites of Heterotachy Phylogeny of FAM136A 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)
N32	2e-06	0.303761	12.37069	12.38176	12.04278	12.77348	Greater	0.98241	2.046e-14
N42	2e-06	0.291047	11.90246	12.00722	11.58513	12.25392	Greater	0.96617	2.046e-14
N61	1e-06	0.057392	10.56421	10.67311	10.16356	11.11695	Greater	0.90077	2.046e-14
N55	3e-06	1.082397	8.02130	5.07869	2.96806	13.17438	Greater	0.84167	2.046e-14
N64	0.042735	0.830688	2.81776	2.72905	2.23394	3.42709	Greater	0.67294	2.046e-14
N25	0.095743	0.809303	2.11058	2.07868	1.79012	2.39696	Greater	0.64424	2.046e-14
N8	2e-06	0.01077	6.67589	8.97635	0.00000	9.73861	Greater	0.60793	2.046e-14
N72	0.003972	0.07756	4.76600	1.75765	0.63937	10.35476	Greater	0.57184	2.046e-14
N84	2e-06	0.025221	5.24350	9.23376	0.00000	10.43526	Greater	0.55643	2.046e-14
N54	2e-06	0.007814	5.17081	8.69726	0.00000	10.53726	Greater	0.53870	2.046e-14
N2	3e-06	0.098279	4.24047	2.27274	0.62763	10.58124	Greater	0.53660	2.046e-14
N31	0.116772	0.331134	1.18120	1.18081	0.89049	1.47807	Greater	0.52670	2.046e-14
N27	0.013266	0.06163	1.32011	1.34160	0.72555	1.89818	Greater	0.48200	2.046e-14
N59	0.044356	0.103161	1.35160	1.45738	0.69668	2.16736	Greater	0.47500	2.046e-14
N33	2e-06	0.0125	4.29287	7.26228	0.00000	9.14147	Greater	0.47208	2.046e-14
N34	2e-06	0.030223	4.19232	1.58811	0.00000	10.22160	Greater	0.46994	2.046e-14
N36	0.03572	0.046488	0.95316	1.00180	0.45918	1.54989	Greater	0.42618	2.046e-14
N12	0.045978	0.075093	0.89266	0.95202	0.35549	1.49422	Greater	0.40113	2.046e-14
N15	2e-06	3e-06	3.77836	0.40547	0.00000	9.09437	Greater	0.39853	2.046e-14
N23	2e-06	3e-06	3.05186	0.40547	0.00000	8.83434	Greater	0.37000	2.046e-14
N67	0.020001	0.005807	3.27013	0.93557	-0.08132	9.66751	Greater	0.36486	2.046e-14
N43	2e-06	0.043783	3.20958	0.80438	-0.44104	10.01378	Greater	0.34879	2.046e-14
N44	0.047482	0.082397	0.65175	0.62931	0.08710	1.16595	Greater	0.33235	2.046e-14
N13	1e-06	2e-06	0.48096	0.69315	0.00000	0.69315	Greater	0.32684	2.046e-14
N22	1e-06	2e-06	0.48096	0.69315	0.00000	0.69315	Greater	0.32684	2.046e-14
N45	1e-06	2e-06	0.48096	0.69315	0.00000	0.69315	Greater	0.32670	2.046e-14
N77	2e-06	0.009745	2.12895	0.40547	-0.12798	8.71210	Greater	0.30795	2.046e-14
N51	0.110228	0.251947	0.50922	0.61775	-0.08012	1.25326	Greater	0.29463	2.046e-14
N57	2e-06	0.011173	1.66163	0.69315	0.00000	9.72741	Greater	0.29436	2.046e-14
N74	0.014481	5e-05	0.75483	0.50332	-1.47146	3.44036	Greater	0.23242	2.046e-14
N40	2e-06	2e-06	0.19894	0.00000	0.00000	0.69315	Greater	0.19344	2.046e-14
N63	3e-06	0.02196	0.67778	0.04760	-0.63368	8.36707	Greater	0.19331	2.046e-14
N6	0.011661	0.011683	1.18239	0.00000	-1.08000	8.24319	Greater	0.15966	2.046e-14
N7	0.023036	0.017775	0.65015	0.05731	-0.72957	8.83812	Greater	0.15538	2.046e-14
N66	0.033802	0.00972	0.03057	0.05208	-0.44919	0.61217	Greater	0.13633	7.7814e-11
N9	3e-06	2e-06	0.06975	0.00000	0.00000	0.02577	Greater	0.13290	2.5859e-08
N38	2e-06	2e-06	0.04474	0.00000	0.00000	0.00000	Greater	0.12197	2.8413e-10
N16	0.011854	3e-06	-0.62132	0.36861	-8.34069	0.61161	Greater	0.11621	3.3672e-11
N10	2e-06	3e-06	0.00414	0.00000	0.00000	0.00000	Greater	0.10170	5.2002e-08
N81	0.040512	0.044961	-0.12047	-0.04868	-0.60575	0.44251	Greater	0.08684	1.4316e-05
N28	0.037592	0.001564	-0.73997	-0.00122	-0.77528	0.63179	Greater	0.08570	1.9474e-05
N21	0.03747	0.065333	-0.14521	-0.10164	-0.60982	0.37115	Greater	0.06819	0.0022368
N92	0.107759	0.105997	-0.31352	-0.17784	-1.18017	0.63180	Greater	0.06067	0.0022368
N70	2e-06	2e-06	-2.11199	0.00000	-6.20557	0.69315	Greater	0.03790	0.1075
N49	0.012591	2e-06	-1.62928	0.00000	-8.94488	0.69315	Greater	0.01929	0.8484
N82	2e-06	2e-06	-1.65838	0.00000	-9.05606	0.40547	Greater	0.01611	0.8484
N17	0.028328	3e-06	-1.34207	-0.09354	-8.34720	0.61531	Greater	0.00786	1
N62	2e-06	2e-06	-1.88650	0.00000	-8.73158	0.69315	Greater	0.00303	1
N83	3e-06	2e-06	-0.89370	-0.16049	-8.85666	0.40547	Lesser	-0.00121	1
N65	3e-06	2e-06	-1.73499	0.00000	-8.35972	0.40547	Lesser	-0.00252	1
N90	0.032896	3e-06	-1.38407	-0.35973	-8.39548	1.01802	Lesser	-0.01947	0.8484
N87	0.117668	0.057484	-0.58512	-0.49743	-1.31726	0.22447	Lesser	-0.02500	0.67016
N60	0.012834	2e-06	-0.91187	-0.40547	-8.75763	0.53076	Lesser	-0.03418	0.18027
N69	0.011473	3e-06	-2.70971	-0.40547	-8.38168	0.00000	Lesser	-0.06375	0.00081536
N30	3e-06	3e-06	-2.18900	-0.31512	-8.80802	0.00000	Lesser	-0.08164	6.9088e-06
N20	0.040724	0.021756	-2.26497	-0.44876	-3.17279	0.34044	Lesser	-0.08539	2.516e-06
N93	1.176079	0.467762	-0.49325	-0.49048	-0.77118	-0.21074	Lesser	-0.10167	1.0416e-08
N1	0.024861	0.025326	-2.21613	-0.55829	-9.26198	0.15401	Lesser	-0.11889	1.18225e-11
N19	0.021081	2e-06	-2.37643	-0.44901	-9.52508	0.00000	Lesser	-0.12737	2.6286e-13
N79	0.139135	0.06065	-0.88629	-0.78266	-1.37981	-0.21728	Lesser	-0.12878	1.8012e-11
N18	0.032957	2e-06	-2.69944	-1.03789	-9.27031	0.00000	Lesser	-0.17818	2.046e-14
N68	2e-06	2e-06	-4.51261	-5.38109	-9.33101	0.00000	Lesser	-0.20568	2.046e-14
N88	0.129329	0.026672	-2.92863	-0.93088	-4.20051	-0.02039	Lesser	-0.22262	2.046e-14
N56	0.054989	0.000895	-3.82646	-3.52754	-9.71139	0.00000	Lesser	-0.25215	2.046e-14
N50	0.11044	0.005866	-2.99688	-1.39924	-10.51673	-0.06713	Lesser	-0.27257	2.046e-14
N78	0.125951	0.024484	-3.60224	-1.40225	-9.87174	-0.32198	Lesser	-0.30008	2.046e-14
N52	0.082484	3e-06	-4.40756	-2.22794	-10.39369	0.00000	Lesser	-0.30245	2.046e-14
N47	0.096773	0.01066	-3.31358	-1.46711	-9.92106	-0.46318	Lesser	-0.30873	2.046e-14
N80	0.104238	0.029514	-3.66605	-1.45043	-9.93599	-0.38825	Lesser	-0.31819	2.046e-14
N5	0.057965	3e-06	-4.75453	-3.01243	-10.33207	0.00000	Lesser	-0.33070	2.046e-14
N86	0.099107	0.018276	-3.58790	-1.70104	-5.43898	-0.72080	Lesser	-0.35171	2.046e-14
N71	0.048283	0.009895	-5.42246	-8.38964	-10.13448	-0.45451	Lesser	-0.40096	2.046e-14
N24	0.062332	0.002526	-4.72447	-2.13969	-10.04871	-1.05599	Lesser	-0.42301	2.046e-14
N53	0.065804	2e-06	-5.33927	-8.85417	-10.68815	-0.40547	Lesser	-0.43489	2.046e-14
N75	0.06521	3e-06	-6.03041	-8.65365	-10.24165	-1.37795	Lesser	-0.44458	2.046e-14
N4	0.021142	2e-06	-6.87419	-9.26641	-9.85133	-2.22739	Lesser	-0.45469	2.046e-14
N89	0.491002	0.040262	-4.63783	-2.50843	-5.57095	-1.52072	Lesser	-0.47563	2.046e-14
N46	0.041876	3e-06	-6.85608	-9.70396	-10.19586	-0.40547	Lesser	-0.48312	2.046e-14
N29	0.055673	2e-06	-6.67680	-9.59395	-10.34901	-0.94535	Lesser	-0.49750	2.046e-14
N85	0.075326	2e-06	-6.03158	-8.66658	-10.56540	-1.38199	Lesser	-0.52753	2.046e-14
N76	0.457935	0.011685	-5.12894	-3.56261	-5.18352	-2.17255	Lesser	-0.52800	2.046e-14
N35	0.111851	0.027769	-5.63404	-3.21291	-10.83888	-1.33253	Lesser	-0.55466	2.046e-14
N37	0.060473	3e-06	-6.95571	-9.60501	-10.25546	-2.01262	Lesser	-0.57489	2.046e-14
N26	0.065703	0.007452	-6.28617	-9.53736	-10.36342	-1.86865	Lesser	-0.58371	2.046e-14
N73	0.11298	0.003379	-6.86306	-9.66555	-10.90213	-2.39198	Lesser	-0.59724	2.046e-14
N14	0.022007	3e-06	-9.43470	-9.42133	-9.69673	-9.12286	Lesser	-0.62916	2.046e-14
N48	0.1168	2e-06	-7.35375	-10.35331	-11.05378	-2.50573	Lesser	-0.64080	2.046e-14
N3	0.025563	2e-06	-9.46123	-9.56269	-10.10217	-9.01767	Lesser	-0.66748	2.046e-14
N39	0.027889	2e-06	-9.62983	-9.63793	-10.11989	-9.31776	Lesser	-0.67735	2.046e-14
N41	0.034741	2e-06	-9.63866	-9.79818	-10.24014	-9.09982	Lesser	-0.68445	2.046e-14
N58	0.042132	2e-06	-9.76039	-9.88560	-10.17725	-9.44683	Lesser	-0.70560	2.046e-14
N11	0.053165	3e-06	-9.87495	-9.91463	-10.22005	-9.60017	Lesser	-0.72657	2.046e-14
N91	0.515967	2e-06	-12.31502	-12.37779	-12.75323	-11.94826	Lesser	-0.99042	2.046e-14