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STELLS2: fast and accurate coalescent-based maximum likelihood inference of species trees from gene tree topologies

机译:Stells2:基于基于基因树拓扑的物种树的快速准确的基于聚合的最大可能性推理

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摘要

Motivation: It is well known that gene trees and species trees may have different topologies. One explanation is incomplete lineage sorting, which is commonly modeled by the coalescent process. In multispecies coalescent, a gene tree topology is observed with some probability (called the gene tree probability) for a given species tree. Gene tree probability is the main tool for the program STELLS, which finds the maximum likelihood estimate of the species tree from the given gene tree topologies. However, STELLS becomes slow when data size increases. Recently, several fast species tree inference methods have been developed, which can handle large data. However, these methods often do not fully utilize the information in the gene trees.
机译:动机:众所周知,基因树木和物种树木可能有不同的拓扑。 一个解释是不完整的谱系分类,这是由聚结过程建模的。 在多数播放中,针对给定物种树的一些概率(称为基因树概率)观察到基因树拓扑。 基因树概率是程序Stells的主要工具,其从给定基因树拓扑中找到物种树的最大似然估计。 然而,当数据大小增加时,Stell变慢。 最近,已经开发了几种快速种类的树推理方法,可以处理大数据。 然而,这些方法通常不充分利用基因树中的信息。

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