Natural logarithm of Amino acid over Solvent accessabilities tree branch lengths ratios

Propertites of Heterotachy Phylogeny of MPST 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)

N27 2e-06 0.074507 7.89174 9.89699 3.79927 10.96031 Greater 0.87372 2.2e-14

N68 0.132933 3.361187 3.40751 3.37061 3.19669 3.62533 Greater 0.84848 2.2e-14

N72 0.135936 2.839906 3.34759 3.27613 2.90105 3.66540 Greater 0.84087 2.2e-14

N8 0.00989 0.094335 4.89663 2.59824 1.75411 10.20874 Greater 0.79928 2.2e-14

N50 3e-06 0.065937 6.86599 9.97104 1.26001 10.55379 Greater 0.74454 2.2e-14

N55 0.119734 0.513606 1.90268 1.86091 1.37444 2.42295 Greater 0.73293 2.2e-14

N49 2e-06 0.041217 6.69393 9.99773 0.00000 10.97077 Greater 0.70140 2.2e-14

N76 2e-06 2e-06 5.74115 9.22725 0.00000 9.54995 Greater 0.66821 2.2e-14

N102 3e-06 3e-06 3.98253 0.56926 0.00000 9.68794 Greater 0.59620 2.2e-14

N28 0.067877 0.4317 1.48975 1.78176 0.70788 2.59611 Greater 0.59295 2.2e-14

N22 0.018716 0.136177 2.85669 1.99455 0.11290 4.39703 Greater 0.56726 2.2e-14

N1 0.031351 0.117355 1.12784 1.40182 0.43967 2.08854 Greater 0.54705 2.2e-14

N60 0.030112 0.04324 0.89384 0.93792 0.36190 1.45588 Greater 0.53897 2.2e-14

N58 2e-06 0.011135 3.48189 0.40547 0.00000 10.00148 Greater 0.53448 2.2e-14

N9 0.077881 0.205956 0.87218 0.96974 0.06471 1.71921 Greater 0.50221 2.2e-14

N69 0.107489 0.156891 0.57448 0.78282 -0.06525 1.45367 Greater 0.44475 2.2e-14

N66 1e-06 2e-06 0.40987 0.69315 0.00000 0.69315 Greater 0.43943 2.2e-14

N12 0.056604 0.068567 0.84687 0.49302 -0.28366 1.64940 Greater 0.43917 2.2e-14

N40 0.01339 0.036282 1.47825 0.84490 -0.86518 7.74760 Greater 0.40922 2.2e-14

N19 0.15736 0.214306 0.32855 0.45606 0.01319 0.84540 Greater 0.40846 2.2e-14

N67 0.082725 0.11112 0.34687 0.40399 -0.31437 0.99029 Greater 0.38317 2.2e-14

N18 0.182639 0.22885 0.19903 0.31009 -0.06579 0.62005 Greater 0.36681 2.2e-14

N56 3e-06 3e-06 0.22789 0.00000 0.00000 0.40547 Greater 0.35752 2.2e-14

N84 2e-06 2e-06 0.09268 0.00000 0.00000 0.00000 Greater 0.31417 2.2e-14

N46 0.002148 2e-06 0.23129 0.00000 -6.55962 3.24414 Greater 0.30777 2.2e-14

N48 3e-06 3e-06 0.40496 0.00000 -0.91763 6.38772 Greater 0.29980 2.2e-14

N2 0.112607 0.110576 0.05791 0.01944 -0.45750 0.58128 Greater 0.29457 2.2e-14

N62 0.003539 3e-06 -0.00292 0.00000 -7.21229 2.59230 Greater 0.26829 2.2e-14

N23 0.470754 0.271365 -0.18320 -0.08706 -1.02588 0.60171 Greater 0.23504 2.2e-14

N11 0.501221 0.344705 -0.16438 -0.12763 -0.64220 0.40844 Greater 0.23117 2.2e-14

N4 0.207683 0.189256 -0.16133 -0.07639 -0.42488 0.21501 Greater 0.22674 2.2e-14

N53 0.00654 2e-06 -1.24729 0.17816 -8.51278 1.47410 Greater 0.21042 2.2e-14

N20 0.042307 0.032381 -0.21353 -0.40273 -1.15765 0.70667 Greater 0.20965 2.2e-14

N34 0.009564 3e-06 -1.69713 0.00000 -8.38856 1.04512 Greater 0.19453 2.2e-14

N39 3e-06 3e-06 -0.18652 -0.40547 -0.40547 0.00000 Greater 0.18858 2.2e-14

N16 0.009219 0.008941 -0.69663 -0.37748 -6.92854 1.45709 Greater 0.18156 2.2e-14

N65 0.123816 0.064022 -0.38754 -0.35040 -1.16146 0.37990 Greater 0.17378 2.2e-14

N61 0.020177 0.024567 -2.54677 0.34117 -9.09790 1.73669 Greater 0.14269 2.2e-14

N54 0.031559 0.047359 -2.27459 0.29088 -9.34417 1.39070 Greater 0.14161 2.2e-14

N71 0.145385 0.037177 -0.64759 -0.54991 -1.29691 0.12049 Greater 0.10910 5.7918e-10

N87 0.012554 2e-06 -1.89500 -0.03012 -8.63355 0.57472 Greater 0.10428 7.2252e-07

N47 0.037191 0.015668 -2.06411 -0.10544 -2.86653 0.65048 Greater 0.09890 2.798e-08

N15 0.093046 0.038786 -0.66238 -0.65647 -1.23653 0.04582 Greater 0.09471 1.19643e-07

N36 0.030811 0.017304 -2.71790 -0.26749 -9.09902 0.86470 Greater 0.06471 0.0007551

N17 0.052509 0.012166 -1.64667 -0.77849 -2.03264 0.34513 Greater 0.04890 0.023551

N98 3e-06 2e-06 -2.52184 -0.29156 -7.66090 0.00000 Greater 0.04563 0.02932

N42 0.018612 0.017947 -3.22154 -0.28061 -8.81130 0.45512 Greater 0.03132 0.2392

N21 0.174886 0.05272 -1.83854 -0.77540 -2.12453 0.22734 Greater 0.01626 0.866

N10 0.138906 0.023205 -1.12829 -1.12792 -1.79141 -0.28920 Greater 0.00505 1

N77 3e-06 2e-06 -3.04451 -0.40547 -7.81197 0.00000 Greater 0.00338 1

N64 0.100762 0.05278 -2.04946 -0.70474 -2.63310 0.22811 Lesser -0.00021 1

N7 0.144212 0.056596 -0.90885 -0.91517 -1.31259 -0.48686 Lesser -0.01132 0.9984

N89 0.005947 2e-06 -3.63827 -7.02731 -8.49177 0.00000 Lesser -0.02088 0.7007

N79 0.013734 2e-06 -3.08053 -0.40547 -9.10925 0.18382 Lesser -0.02358 0.7007

N96 0.070025 0.004455 -1.05962 -1.10876 -1.48735 -0.69128 Lesser -0.04660 0.15498

N90 3e-06 2e-06 -3.40826 -0.40547 -8.06793 -0.40547 Lesser -0.04824 0.021444

N25 1.033904 0.29124 -1.15094 -1.25503 -1.66752 -0.71677 Lesser -0.05366 0.008203

N82 0.01818 0.005193 -3.81084 -1.54253 -9.02720 0.24147 Lesser -0.06706 0.0016142

N43 0.044623 0.027709 -3.65995 -0.49101 -9.65108 0.41009 Lesser -0.06726 0.00042448

N24 0.055791 0.011712 -3.09481 -1.88534 -8.73740 0.51381 Lesser -0.08011 1.25596e-05

N6 0.080641 0.015641 -1.94178 -1.46174 -2.10695 -0.89818 Lesser -0.12133 3.234e-10

N45 0.046573 0.01223 -3.38760 -1.09439 -9.48149 -0.08823 Lesser -0.13451 2.2e-14

N13 0.064089 0.004342 -3.61592 -1.89322 -9.60504 0.09937 Lesser -0.14328 2.2e-14

N83 0.019057 0.014289 -4.55483 -8.63489 -9.27669 0.00000 Lesser -0.15058 2.2e-14

N5 0.038232 0.005718 -3.87530 -1.81492 -9.39732 -0.28651 Lesser -0.17002 2.2e-14

N92 0.010808 2e-06 -5.21480 -8.24276 -8.86884 0.00000 Lesser -0.17495 2.2e-14

N38 0.007299 3e-06 -5.77854 -7.92756 -8.49345 0.00000 Lesser -0.17655 2.2e-14

N37 0.065474 0.032175 -4.01234 -0.94131 -9.84427 -0.07201 Lesser -0.18070 2.2e-14

N26 0.447109 0.491859 -4.40694 -1.54531 -11.80478 -0.02170 Lesser -0.22250 2.2e-14

N78 0.025755 0.005543 -5.07747 -8.35505 -9.44983 -0.23690 Lesser -0.22364 2.2e-14

N75 0.031002 2e-06 -5.89934 -9.08008 -9.66399 0.00000 Lesser -0.27880 2.2e-14

N88 0.026396 2e-06 -5.85677 -9.09193 -9.89466 -0.25880 Lesser -0.30959 2.2e-14

N86 0.02533 2e-06 -6.33679 -8.96610 -9.49351 -0.84912 Lesser -0.34216 2.2e-14

N99 0.106628 0.006592 -4.38549 -2.07748 -10.39050 -1.14033 Lesser -0.35156 2.2e-14

N74 0.008252 2e-06 -8.31387 -8.32416 -8.63693 -7.96381 Lesser -0.39754 2.2e-14

N3 0.136877 0.0149 -4.93688 -2.42668 -10.90755 -1.53934 Lesser -0.39865 2.2e-14

N52 0.035785 3e-06 -6.78615 -9.26870 -9.78617 -1.70624 Lesser -0.40211 2.2e-14

N59 0.010555 3e-06 -8.42174 -8.52642 -8.77333 -8.02093 Lesser -0.42030 2.2e-14

N85 0.04032 0.02372 -7.00667 -9.55879 -9.94319 -0.92554 Lesser -0.43762 2.2e-14

N31 0.015605 3e-06 -8.54721 -8.61818 -8.92097 -8.30367 Lesser -0.45084 2.2e-14

N95 0.126822 0.037176 -5.55224 -1.88505 -11.06155 -1.08577 Lesser -0.46520 2.2e-14

N63 0.100486 3e-06 -6.63247 -10.41585 -10.91311 -0.81968 Lesser -0.50792 2.2e-14

N35 0.023915 3e-06 -8.87272 -8.93788 -9.33303 -8.40634 Lesser -0.51295 2.2e-14

N57 0.014162 2e-06 -8.93085 -8.89590 -9.26568 -8.63364 Lesser -0.51708 2.2e-14

N81 0.017065 2e-06 -9.03475 -9.11151 -9.52807 -8.65539 Lesser -0.54793 2.2e-14

N73 0.024744 3e-06 -9.06161 -9.12580 -9.45397 -8.75442 Lesser -0.55145 2.2e-14

N30 0.116932 0.015965 -6.85697 -10.34703 -10.67655 -1.54676 Lesser -0.57060 2.2e-14

N14 0.15264 0.008299 -7.27038 -10.67904 -11.17442 -2.02926 Lesser -0.57511 2.2e-14

N97 0.063124 3e-06 -7.37309 -9.95769 -10.47177 -2.64459 Lesser -0.59120 2.2e-14

N33 0.024934 2e-06 -9.20854 -9.36875 -9.64536 -8.86799 Lesser -0.59134 2.2e-14

N44 0.024381 2e-06 -9.26009 -9.36306 -9.64290 -9.02293 Lesser -0.60215 2.2e-14

N80 0.028285 2e-06 -9.27861 -9.48448 -9.81356 -8.90788 Lesser -0.61208 2.2e-14

N29 0.022803 2e-06 -9.35025 -9.48482 -9.83556 -9.06751 Lesser -0.63012 2.2e-14

N70 0.157737 0.023579 -8.16764 -10.95642 -11.38490 -2.57891 Lesser -0.63714 2.2e-14

N91 0.034713 3e-06 -9.46189 -9.56840 -9.90701 -9.19665 Lesser -0.65099 2.2e-14

N51 0.038646 2e-06 -9.68530 -9.79624 -10.05889 -9.46491 Lesser -0.70412 2.2e-14

N101 0.051968 2e-06 -10.21000 -10.28054 -10.52166 -9.95252 Lesser -0.81268 2.2e-14

N32 0.073097 2e-06 -10.32954 -10.41817 -10.73035 -10.02668 Lesser -0.83077 2.2e-14

N94 0.095107 2e-06 -10.74153 -10.80840 -11.00308 -10.53757 Lesser -0.89856 2.2e-14

N100 0.18262 2e-06 -11.42913 -11.45688 -11.62419 -11.24350 Lesser -0.97645 2.2e-14

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
Inner branch by (daughter) node	Amino acids - based tree	Residue solvent accessabilities - based tree	Mean of logarithmic ratios	Median of logarithmic ratios	Q1 or 25% quantile of logarithmic ratios	Q3 or 75% quantile of logarithmic ratios	Difference, U-test	Cliff's delta	Normalized p-value, U-test (Holm correction for multiple tests)
N27	2e-06	0.074507	7.89174	9.89699	3.79927	10.96031	Greater	0.87372	2.2e-14
N68	0.132933	3.361187	3.40751	3.37061	3.19669	3.62533	Greater	0.84848	2.2e-14
N72	0.135936	2.839906	3.34759	3.27613	2.90105	3.66540	Greater	0.84087	2.2e-14
N8	0.00989	0.094335	4.89663	2.59824	1.75411	10.20874	Greater	0.79928	2.2e-14
N50	3e-06	0.065937	6.86599	9.97104	1.26001	10.55379	Greater	0.74454	2.2e-14
N55	0.119734	0.513606	1.90268	1.86091	1.37444	2.42295	Greater	0.73293	2.2e-14
N49	2e-06	0.041217	6.69393	9.99773	0.00000	10.97077	Greater	0.70140	2.2e-14
N76	2e-06	2e-06	5.74115	9.22725	0.00000	9.54995	Greater	0.66821	2.2e-14
N102	3e-06	3e-06	3.98253	0.56926	0.00000	9.68794	Greater	0.59620	2.2e-14
N28	0.067877	0.4317	1.48975	1.78176	0.70788	2.59611	Greater	0.59295	2.2e-14
N22	0.018716	0.136177	2.85669	1.99455	0.11290	4.39703	Greater	0.56726	2.2e-14
N1	0.031351	0.117355	1.12784	1.40182	0.43967	2.08854	Greater	0.54705	2.2e-14
N60	0.030112	0.04324	0.89384	0.93792	0.36190	1.45588	Greater	0.53897	2.2e-14
N58	2e-06	0.011135	3.48189	0.40547	0.00000	10.00148	Greater	0.53448	2.2e-14
N9	0.077881	0.205956	0.87218	0.96974	0.06471	1.71921	Greater	0.50221	2.2e-14
N69	0.107489	0.156891	0.57448	0.78282	-0.06525	1.45367	Greater	0.44475	2.2e-14
N66	1e-06	2e-06	0.40987	0.69315	0.00000	0.69315	Greater	0.43943	2.2e-14
N12	0.056604	0.068567	0.84687	0.49302	-0.28366	1.64940	Greater	0.43917	2.2e-14
N40	0.01339	0.036282	1.47825	0.84490	-0.86518	7.74760	Greater	0.40922	2.2e-14
N19	0.15736	0.214306	0.32855	0.45606	0.01319	0.84540	Greater	0.40846	2.2e-14
N67	0.082725	0.11112	0.34687	0.40399	-0.31437	0.99029	Greater	0.38317	2.2e-14
N18	0.182639	0.22885	0.19903	0.31009	-0.06579	0.62005	Greater	0.36681	2.2e-14
N56	3e-06	3e-06	0.22789	0.00000	0.00000	0.40547	Greater	0.35752	2.2e-14
N84	2e-06	2e-06	0.09268	0.00000	0.00000	0.00000	Greater	0.31417	2.2e-14
N46	0.002148	2e-06	0.23129	0.00000	-6.55962	3.24414	Greater	0.30777	2.2e-14
N48	3e-06	3e-06	0.40496	0.00000	-0.91763	6.38772	Greater	0.29980	2.2e-14
N2	0.112607	0.110576	0.05791	0.01944	-0.45750	0.58128	Greater	0.29457	2.2e-14
N62	0.003539	3e-06	-0.00292	0.00000	-7.21229	2.59230	Greater	0.26829	2.2e-14
N23	0.470754	0.271365	-0.18320	-0.08706	-1.02588	0.60171	Greater	0.23504	2.2e-14
N11	0.501221	0.344705	-0.16438	-0.12763	-0.64220	0.40844	Greater	0.23117	2.2e-14
N4	0.207683	0.189256	-0.16133	-0.07639	-0.42488	0.21501	Greater	0.22674	2.2e-14
N53	0.00654	2e-06	-1.24729	0.17816	-8.51278	1.47410	Greater	0.21042	2.2e-14
N20	0.042307	0.032381	-0.21353	-0.40273	-1.15765	0.70667	Greater	0.20965	2.2e-14
N34	0.009564	3e-06	-1.69713	0.00000	-8.38856	1.04512	Greater	0.19453	2.2e-14
N39	3e-06	3e-06	-0.18652	-0.40547	-0.40547	0.00000	Greater	0.18858	2.2e-14
N16	0.009219	0.008941	-0.69663	-0.37748	-6.92854	1.45709	Greater	0.18156	2.2e-14
N65	0.123816	0.064022	-0.38754	-0.35040	-1.16146	0.37990	Greater	0.17378	2.2e-14
N61	0.020177	0.024567	-2.54677	0.34117	-9.09790	1.73669	Greater	0.14269	2.2e-14
N54	0.031559	0.047359	-2.27459	0.29088	-9.34417	1.39070	Greater	0.14161	2.2e-14
N71	0.145385	0.037177	-0.64759	-0.54991	-1.29691	0.12049	Greater	0.10910	5.7918e-10
N87	0.012554	2e-06	-1.89500	-0.03012	-8.63355	0.57472	Greater	0.10428	7.2252e-07
N47	0.037191	0.015668	-2.06411	-0.10544	-2.86653	0.65048	Greater	0.09890	2.798e-08
N15	0.093046	0.038786	-0.66238	-0.65647	-1.23653	0.04582	Greater	0.09471	1.19643e-07
N36	0.030811	0.017304	-2.71790	-0.26749	-9.09902	0.86470	Greater	0.06471	0.0007551
N17	0.052509	0.012166	-1.64667	-0.77849	-2.03264	0.34513	Greater	0.04890	0.023551
N98	3e-06	2e-06	-2.52184	-0.29156	-7.66090	0.00000	Greater	0.04563	0.02932
N42	0.018612	0.017947	-3.22154	-0.28061	-8.81130	0.45512	Greater	0.03132	0.2392
N21	0.174886	0.05272	-1.83854	-0.77540	-2.12453	0.22734	Greater	0.01626	0.866
N10	0.138906	0.023205	-1.12829	-1.12792	-1.79141	-0.28920	Greater	0.00505	1
N77	3e-06	2e-06	-3.04451	-0.40547	-7.81197	0.00000	Greater	0.00338	1
N64	0.100762	0.05278	-2.04946	-0.70474	-2.63310	0.22811	Lesser	-0.00021	1
N7	0.144212	0.056596	-0.90885	-0.91517	-1.31259	-0.48686	Lesser	-0.01132	0.9984
N89	0.005947	2e-06	-3.63827	-7.02731	-8.49177	0.00000	Lesser	-0.02088	0.7007
N79	0.013734	2e-06	-3.08053	-0.40547	-9.10925	0.18382	Lesser	-0.02358	0.7007
N96	0.070025	0.004455	-1.05962	-1.10876	-1.48735	-0.69128	Lesser	-0.04660	0.15498
N90	3e-06	2e-06	-3.40826	-0.40547	-8.06793	-0.40547	Lesser	-0.04824	0.021444
N25	1.033904	0.29124	-1.15094	-1.25503	-1.66752	-0.71677	Lesser	-0.05366	0.008203
N82	0.01818	0.005193	-3.81084	-1.54253	-9.02720	0.24147	Lesser	-0.06706	0.0016142
N43	0.044623	0.027709	-3.65995	-0.49101	-9.65108	0.41009	Lesser	-0.06726	0.00042448
N24	0.055791	0.011712	-3.09481	-1.88534	-8.73740	0.51381	Lesser	-0.08011	1.25596e-05
N6	0.080641	0.015641	-1.94178	-1.46174	-2.10695	-0.89818	Lesser	-0.12133	3.234e-10
N45	0.046573	0.01223	-3.38760	-1.09439	-9.48149	-0.08823	Lesser	-0.13451	2.2e-14
N13	0.064089	0.004342	-3.61592	-1.89322	-9.60504	0.09937	Lesser	-0.14328	2.2e-14
N83	0.019057	0.014289	-4.55483	-8.63489	-9.27669	0.00000	Lesser	-0.15058	2.2e-14
N5	0.038232	0.005718	-3.87530	-1.81492	-9.39732	-0.28651	Lesser	-0.17002	2.2e-14
N92	0.010808	2e-06	-5.21480	-8.24276	-8.86884	0.00000	Lesser	-0.17495	2.2e-14
N38	0.007299	3e-06	-5.77854	-7.92756	-8.49345	0.00000	Lesser	-0.17655	2.2e-14
N37	0.065474	0.032175	-4.01234	-0.94131	-9.84427	-0.07201	Lesser	-0.18070	2.2e-14
N26	0.447109	0.491859	-4.40694	-1.54531	-11.80478	-0.02170	Lesser	-0.22250	2.2e-14
N78	0.025755	0.005543	-5.07747	-8.35505	-9.44983	-0.23690	Lesser	-0.22364	2.2e-14
N75	0.031002	2e-06	-5.89934	-9.08008	-9.66399	0.00000	Lesser	-0.27880	2.2e-14
N88	0.026396	2e-06	-5.85677	-9.09193	-9.89466	-0.25880	Lesser	-0.30959	2.2e-14
N86	0.02533	2e-06	-6.33679	-8.96610	-9.49351	-0.84912	Lesser	-0.34216	2.2e-14
N99	0.106628	0.006592	-4.38549	-2.07748	-10.39050	-1.14033	Lesser	-0.35156	2.2e-14
N74	0.008252	2e-06	-8.31387	-8.32416	-8.63693	-7.96381	Lesser	-0.39754	2.2e-14
N3	0.136877	0.0149	-4.93688	-2.42668	-10.90755	-1.53934	Lesser	-0.39865	2.2e-14
N52	0.035785	3e-06	-6.78615	-9.26870	-9.78617	-1.70624	Lesser	-0.40211	2.2e-14
N59	0.010555	3e-06	-8.42174	-8.52642	-8.77333	-8.02093	Lesser	-0.42030	2.2e-14
N85	0.04032	0.02372	-7.00667	-9.55879	-9.94319	-0.92554	Lesser	-0.43762	2.2e-14
N31	0.015605	3e-06	-8.54721	-8.61818	-8.92097	-8.30367	Lesser	-0.45084	2.2e-14
N95	0.126822	0.037176	-5.55224	-1.88505	-11.06155	-1.08577	Lesser	-0.46520	2.2e-14
N63	0.100486	3e-06	-6.63247	-10.41585	-10.91311	-0.81968	Lesser	-0.50792	2.2e-14
N35	0.023915	3e-06	-8.87272	-8.93788	-9.33303	-8.40634	Lesser	-0.51295	2.2e-14
N57	0.014162	2e-06	-8.93085	-8.89590	-9.26568	-8.63364	Lesser	-0.51708	2.2e-14
N81	0.017065	2e-06	-9.03475	-9.11151	-9.52807	-8.65539	Lesser	-0.54793	2.2e-14
N73	0.024744	3e-06	-9.06161	-9.12580	-9.45397	-8.75442	Lesser	-0.55145	2.2e-14
N30	0.116932	0.015965	-6.85697	-10.34703	-10.67655	-1.54676	Lesser	-0.57060	2.2e-14
N14	0.15264	0.008299	-7.27038	-10.67904	-11.17442	-2.02926	Lesser	-0.57511	2.2e-14
N97	0.063124	3e-06	-7.37309	-9.95769	-10.47177	-2.64459	Lesser	-0.59120	2.2e-14
N33	0.024934	2e-06	-9.20854	-9.36875	-9.64536	-8.86799	Lesser	-0.59134	2.2e-14
N44	0.024381	2e-06	-9.26009	-9.36306	-9.64290	-9.02293	Lesser	-0.60215	2.2e-14
N80	0.028285	2e-06	-9.27861	-9.48448	-9.81356	-8.90788	Lesser	-0.61208	2.2e-14
N29	0.022803	2e-06	-9.35025	-9.48482	-9.83556	-9.06751	Lesser	-0.63012	2.2e-14
N70	0.157737	0.023579	-8.16764	-10.95642	-11.38490	-2.57891	Lesser	-0.63714	2.2e-14
N91	0.034713	3e-06	-9.46189	-9.56840	-9.90701	-9.19665	Lesser	-0.65099	2.2e-14
N51	0.038646	2e-06	-9.68530	-9.79624	-10.05889	-9.46491	Lesser	-0.70412	2.2e-14
N101	0.051968	2e-06	-10.21000	-10.28054	-10.52166	-9.95252	Lesser	-0.81268	2.2e-14
N32	0.073097	2e-06	-10.32954	-10.41817	-10.73035	-10.02668	Lesser	-0.83077	2.2e-14
N94	0.095107	2e-06	-10.74153	-10.80840	-11.00308	-10.53757	Lesser	-0.89856	2.2e-14
N100	0.18262	2e-06	-11.42913	-11.45688	-11.62419	-11.24350	Lesser	-0.97645	2.2e-14

Propertites of Heterotachy Phylogeny of MPST proteinsNatural logarithm of 'Amino acids -' over 'Residue solvent accessibilities -' based tree branch lengths ratios; 100 iteration of random 50%-alignment jackknife

Propertites of Heterotachy Phylogeny of MPST proteins
Natural logarithm of 'Amino acids -' over 'Residue solvent accessibilities -' based tree branch lengths ratios;
100 iteration of random 50%-alignment jackknife