Author: Zuo, Guanghong; Xu, Zhao; Yu, Hongjie; Hao, Bailin
Title: Jackknife and Bootstrap Tests of the Composition Vector Trees Document date: 2011_3_5
ID: vm5zjr64_8
Snippet: Suppose a species' genome contains M protein products. In order to do bootstrap tests, the same number M proteins are drawn at random from the pool. The drawing is done with replacement, i.e., some proteins may be drawn repeatedly and some others may be skipped at all. The topological distance between a bootstrap tree and the original CVTree with the same K is calculated. Again the average topological distance of 100 bootstrap trees is retained a.....
Document: Suppose a species' genome contains M protein products. In order to do bootstrap tests, the same number M proteins are drawn at random from the pool. The drawing is done with replacement, i.e., some proteins may be drawn repeatedly and some others may be skipped at all. The topological distance between a bootstrap tree and the original CVTree with the same K is calculated. Again the average topological distance of 100 bootstrap trees is retained as the final result (see the discussion of Figure 2 below).
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