It is the first resource to provide phylogenetic trees of viral species computed using whole-genome sequence data.
它是提供使用全部基因组序列数据计算病毒物种系统发生树的第一个资源。
However, 16s rRNA-based phylogenetic trees are increasingly leading to advances in medicine, primarily in two ways.
不过基于16srRNA序列的分类树却对医学的贡献越来越大，主要体现在两个方面。
And to use bioinformatics tools analyzing the sequences of genes and proteins, constructing the phylogenetic trees.
并利用生物信息学手段分析其基因序列、蛋白序列并构建基因的系统进化树。
It allows one to select sets of homologous genes among vertebrate species, and to visualize multiple alignments and phylogenetic trees.
允许用户在脊椎动物物种间选择数列同源性基因，然后显示多序列联配和系统发生树。
The different branch length in the phylogenetic trees constructed by the N-J method indicated difference of evolutionary rates in the process of evolution.
由于邻元法构建的进化树其分支长度存在差异，提示在这一基因家族的进化过程中，各分支上的进化速率并不相同。
The molecular phylogenetic trees constructed by UPMGA method showed the genetic relationship among 31 restorer lines, which was identical with pedigree analysis.
由UPMGA方法得到的聚类分析结果表明了31个恢复系间的亲缘关系，聚类结果与它们的系谱关系基本吻合。
In on the Origin of Species, Charles Darwin used vestigial organs as evidence for evolution, and their presence has helped define and shape our phylogenetic trees.
在《物种起源》一书中，达尔文将退化的器官认定为进化的证据，它们的存在帮助我们定义和形成了人类的进化树。
The partition topological distance can by and large measure the difference between phylogenetic trees, but has lower accuracy than the pathway topological distance.
分割拓扑距离在总体上可反映树间的拓扑结构差异，但其测度精确度比通经拓扑距离要低。
The NJ and MP phylogenetic trees showed that, Talim wapiti had further genetic distance with another subspecies, which should be clustered in different wapiti types;
构建NJ和MP分子系统发育树发现，塔里木马鹿与其他马鹿遗传距离较远，分属于不同的类群；
From the phylogenetic trees by genetic distance, the isolates derived from the same region, which included Yunnan, Fujian, Shandong, Jiangsu, Henan and Japanese isolates.
从据遗传距离构建的系统发育树看出，来自云南、福建、江苏、山东、河南、日本的分离物，可能具有共同的起源。
It contains rich simulation routines to generate trees under a number of different phylogenetic and coalescent models.
它包含了富集模拟程序以在许多不同的系统发生和联合模型中产生树。
It contains rich simulation routines to generate trees under a number of different phylogenetic and coalescent models.
它包含了富集模拟程序以在许多不同的系统发生和联合模型中产生树。
应用推荐