The Role of the Phylogenetic Diversity Measure, PD, in Bio-informatics: Getting the Definition Right

D. Faith
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引用次数: 59

Abstract

A recent paper in this journal (Faith and Baker, 2006) described bio-informatics challenges in the application of the PD (phylogenetic diversity) measure of Faith (1992a), and highlighted the use of the root of the phylogenetic tree, as implied by the original definition of PD. A response paper (Crozier et al. 2006) stated that 1) the (Faith, 1992a) PD definition did not include the use of the root of the tree, and 2) Moritz and Faith (1998) changed the PD definition to include the root. Both characterizations are here refuted. Examples from Faith (1992a, b) document the link from the definition to the use of the root of the overall tree, and a survey of papers over the past 15 years by Faith and colleagues demonstrate that the stated PD definition has remained the same as that in the original 1992 study. PD's estimation of biodiversity at the level of “feature diversity” is seen to have provided the original rationale for the measure's consideration of the root of the phylogenetic tree.
系统发育多样性测量,PD,在生物信息学中的作用:得到正确的定义
该杂志最近发表的一篇论文(Faith and Baker, 2006)描述了Faith (1992a)的系统发育多样性(PD)测量方法应用中的生物信息学挑战,并强调了系统发育树根的使用,正如PD的原始定义所暗示的那样。一篇回应论文(Crozier et al. 2006)指出,1)(Faith, 1992a) PD定义不包括对树的根的使用,2)Moritz和Faith(1998)改变了PD定义,包括根。这里驳斥了这两种描述。Faith (1992a, b)的例子证明了从定义到整个树的根的使用之间的联系,Faith及其同事对过去15年的论文进行的调查表明,所陈述的PD定义与1992年最初的研究保持一致。PD在“特征多样性”水平上对生物多样性的估计被认为为该措施考虑系统发育树的根提供了最初的理由。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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