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Combining with therapeutic information, pharmaphylogenic research were in accordance with the phylogenetic system presented by Tamura that Ranunculaceae was proposed to be divided into six sub-families: Helleboroideae, Ranunculoideae, Cimicifugoideae, Isopyroideae, Thalictroideae and Coptidoideae . Results also supported the establishment of Cimicifugoideae.

结合其疗效，从药用亲缘学的角度来观察，赞同Tamura的主张，将毛茛科划分为6个亚科，即金莲花亚科Helleboroideae、毛茛亚科Ranunculoideae、升麻亚科Cimicifugoideae、扁果草亚科Isopyroideae、唐松草亚科Thalictroideae和黄连亚科Coptidoideae，支持成立升麻亚科的观点。

The physical maps of mtDNAs from N.taihuensis Chen,Salvelinus taxa and Salmo salar were analyzed.Genetic distances between mtDNAs were calculated by the formula of Nei and Li(1979).Phylogenetic reconstruction method,UPGMA,was used to analyze the genetic relationships and the molecular dendrogram was established and revealed:the genetic distance between Salvelinus taxa and Salmo salar is 12.23% and that between N.taihuensis Chen and Salvelinus taxa-S.salar is 21.36%.Thisc indicates that Salangidae diverged from Salmoninae earlier.

比较了鲑形目3种鱼的线粒体DNA物理图谱，根据限制性位点差异法计算它们之间的遗传距离，利用UPGMA聚类分析法构建分子聚类图，结果表明：红点鲑属与大西洋鲑先聚在一起，再与太湖新银鱼相聚，前两者间遗传距离为12.33%，亲缘关系较近，太湖新银鱼与这两者间的遗传距离为21.36%，亲缘关系较远，表明银鱼科与鲑科分离较早。

Among those, the phylogenetic profiles method, one of popular in silico proteomics methods, has been widely used to predict protein-protein interactions.

这些方法之中，系统发生谱的方法，是一个比较受欢迎的'in silico'的蛋白质组预测方法，现已广泛用于蛋白质相互作用预测。

The purpose of this study is to clarify the taxonomy and phylogenetic evolution relationship of Sparidae fishes from the view of molecular biology.

本研究目的在于从分子水平上阐明鲷科鱼类的分类与系统进化关系。

The phylogenetic relationship of the two types in Sparidae are also discussed in this paper and it is believed that the two types are of divergent evolution in Sparidae .

此外，还讨论了这两种鱼的亲缘关系和鲷科鱼类中两个类群及其核型的分化问题，认为从细胞遗传学角度看，鲷科鱼类的两个类群在演化过程中是分支进化的。

Analysis online showed that its secondary structure was rich with helix and extended-beta, and phylogenetic tree revealed that it clustered closely with Sparus aurata.

斜带石斑鱼FAD和ELO全长cDNA序列的获得，为今后进一步研究其高不饱和脂肪酸合成途径奠定基础。

Analysis online showed that its secondary structure was mainly composed helix and extended-beta, and phylogenetic tree revealed that it clustered closely with Sparus aurata and Dicentrarchus labrax.

二级结构分析显示其以螺旋和β折叠为主，系统进化分析表明其与金头鲷和欧洲鲈鱼的亲缘关系最近。

Phylogenetic analyses indicated that the co-existence of V. spinulosa and V.

刺苦草和苦草在这些湖泊中常常混生，形成带状相间分布格局。

On the other hand, in the absence of a universally-accepted phylogenetic-based taxonomic system (and a pragmatic viewpoint dictates that such an absence will always exist), stability in terms of the number of caimans recognized by specific or subspecific nomenclature will remain elusive.

另一方面，由于没有普遍接受的亲缘为基础的分类系统（和务实的角度告诉我们，这样的情况下将始终存在），稳定方面的一些具体caimans承认或亚名称将仍然无法实现。

Results Based on morphological characteristics, biological characteristics and phylogenetic evidences, we studied the taxonomy of the strain YY0801 isolated from Phytomia zonata (Diptera: Syrphidae).

从黄道蚜蝇昆虫体内分离到螺原体YY0801，并对其进行了形态学、基本生物学及分子生物学特性研究。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。