test5b.bst
来自「fastDNAml is an attempt to solve the sam」· BST 代码 · 共 78 行
BST
78 行
fastDNAml, version 1.2.1, March 9, 1998Based on Joseph Felsenstein's Nucleic acid sequence Maximum Likelihood method, version 3.35 Species, 114 SitesBootstrap random number seed = 137Quick add (only local branches initially optimized) in effectRearrangements of partial trees may cross 1 branch.Rearrangements of full tree may cross 1 branch.Total weight of positions in analysis = 114There are 29 distinct data patterns (columns)Empirical Base Frequencies: A 0.15961 C 0.27385 G 0.31035 T(U) 0.25618Transition/transversion ratio = 2.000000(Transition/transversion parameter = 1.591924)Adding species: Sequence1 Sequence2 Sequence3 Sequence4 Tested 3 alternative trees Ln Likelihood = -353.03694 Sequence5 Tested 5 alternative trees Ln Likelihood = -388.06824 Doing local rearrangements Tested 4 alternative trees Ln Likelihood = -383.09705 Tested 4 alternative treesExamined 17 trees +---- Sequence5 +------------------3 ! +------------------ Sequence4---1 ! +------------------------------------------ Sequence3 +------------------2 ! +------------- Sequence2 ! +-------------------------------- Sequence1Remember: this is an unrooted tree!Ln Likelihood = -383.09705 Between And Length Approx. Confidence Limits ------- --- ------ ------- ---------- ------ 1 3 0.06069 ( 0.00570, 0.12148) ** 3 Sequence5 0.01740 ( zero, 0.04945) * 3 Sequence4 0.07628 ( 0.02364, 0.13421) ** 1 2 0.06623 ( 0.00889, 0.12989) ** 2 Sequence3 0.14394 ( 0.06588, 0.23426) ** 2 Sequence2 0.04896 ( zero, 0.10507) ** 1 Sequence1 0.11844 ( 0.04707, 0.19992) ** * = significantly positive, P < 0.05 ** = significantly positive, P < 0.01Tree also written to treefile.24361
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