1·Reconstruction of phylogenetic tree depends upon treemaking method and data set.
系统树的构建依赖于一定的方法和数据。
2·Bayesian phylogenetic tree analysis was applied to study evolution rule of H3 strain in detail.
为了进一步刻画H 3序列的变异规律，本研究绘制出了全部序列的进化树。
3·The sequences thus obtained underwent phylogenetic tree analysis and amino acid variation analysis.
然后将所得序列进行系统进化树和氨基酸变异分析。
4·The phylogenetic tree analysis indicated the broiler MTHFR was closely related to mallard and swan goose.
进化树分析表明，鸡MTHFR氨基酸序列与绿头鸭和鸿雁的关系较近。
5·Reconstruction of phylogenetic tree of organisms is one of the most important problems in evolution study.
重建系统演化树是进化研究的一个极为重要的方面。
6·Molecular phylogenetic tree reflects the genetic differences with obvious seasonal variation distribution.
微生物分布存在明显的季节变化。
7·Fig. 2 Phylogenetic tree with branch lengths for the sample plants in the dry-hot valley of the Yuanjiang River.
图2元江干热河谷样方内有支长的植物系统进化树。
8·They were sequenced and compared with other isolates from different areas of the world and constructed the phylogenetic tree.
这种着丝粒蛋白的基因克隆、序列测定工作正在进行。
9·A model and an algorithm were provided for constructing phylogenetic tree based on the principle of maximum likelihood estimate.
利用最大似然估计原理，给出了构建系统发生树的模型和算法。
10·The structure and functions of the protein were analyzed by bioinformatics method, and the phylogenetic tree of the protein was drawn.
然后用生物信息学方法对其结构域和功能作用位点进行分析和预测，并绘制该蛋白的进化树。