phylogenetic tree
系统发生树
phylogenetic analysis
系统发生分析
a phylogenetic classification of species.
按演化发展对物种进行的分类
Phylogenetic analysis reealed that the majority of oine isolates form a distinct cluster more similar to caprine lentiirus prototypes than to the isna irus prototype.
系统进化分析显示大多数羊的隔离群病毒形成的独特群簇更类似于山羊的慢病毒而不是绵羊髓鞘脱落病毒。术语可能不大专业，大概是这个意思吧！？
This result highlighted not only the phylogenetic significance but also the utility of coenosteum structures in the future revision of species group and species taxonomy in genus Montipora.
重整过去的文献与本研究的结果，未来表孔珊瑚属可以依据平凹状、针管状及疣状三群主要共骨结构进行种群的分类。
Phylogenetic analysis helps scientists understand the evolutionary relationships between different species.
系统发育分析帮助科学家理解不同物种之间的进化关系。
Researchers use phylogenetic trees to visualize the evolutionary history of organisms.
研究人员使用系统发育树来展示生物的进化历史。
Phylogenetic studies often rely on genetic data to reconstruct the evolutionary past.
系统发育研究常常依赖遗传数据来重建进化历史。
Comparative genomics can provide insights into phylogenetic relationships among species.
比较基因组学可以揭示物种之间的系统发育关系。
Phylogenetic analysis is a powerful tool in understanding biodiversity and species evolution.
系统发育分析是理解生物多样性和物种进化的强大工具。
Scientists use phylogenetic methods to study the evolutionary patterns of viruses.
科学家使用系统发育方法研究病毒的进化模式。
Phylogenetic relationships can help in predicting the emergence of new infectious diseases.
系统发育关系有助于预测新传染病的出现。
Phylogenetic trees are often used to classify organisms based on their evolutionary history.
系统发育树常常用于根据生物的进化历史对其进行分类。
The phylogenetic analysis revealed unexpected relationships between certain species.
系统发育分析揭示了某些物种之间意想不到的关系。
Phylogenetic methods are essential in reconstructing the tree of life and understanding its branches.
系统发育方法在重建生命之树和理解其分支方面至关重要。
phylogenetic tree
系统发生树
phylogenetic analysis
系统发生分析
a phylogenetic classification of species.
按演化发展对物种进行的分类
Phylogenetic analysis reealed that the majority of oine isolates form a distinct cluster more similar to caprine lentiirus prototypes than to the isna irus prototype.
系统进化分析显示大多数羊的隔离群病毒形成的独特群簇更类似于山羊的慢病毒而不是绵羊髓鞘脱落病毒。术语可能不大专业，大概是这个意思吧！？
This result highlighted not only the phylogenetic significance but also the utility of coenosteum structures in the future revision of species group and species taxonomy in genus Montipora.
重整过去的文献与本研究的结果，未来表孔珊瑚属可以依据平凹状、针管状及疣状三群主要共骨结构进行种群的分类。
Phylogenetic analysis helps scientists understand the evolutionary relationships between different species.
系统发育分析帮助科学家理解不同物种之间的进化关系。
Researchers use phylogenetic trees to visualize the evolutionary history of organisms.
研究人员使用系统发育树来展示生物的进化历史。
Phylogenetic studies often rely on genetic data to reconstruct the evolutionary past.
系统发育研究常常依赖遗传数据来重建进化历史。
Comparative genomics can provide insights into phylogenetic relationships among species.
比较基因组学可以揭示物种之间的系统发育关系。
Phylogenetic analysis is a powerful tool in understanding biodiversity and species evolution.
系统发育分析是理解生物多样性和物种进化的强大工具。
Scientists use phylogenetic methods to study the evolutionary patterns of viruses.
科学家使用系统发育方法研究病毒的进化模式。
Phylogenetic relationships can help in predicting the emergence of new infectious diseases.
系统发育关系有助于预测新传染病的出现。
Phylogenetic trees are often used to classify organisms based on their evolutionary history.
系统发育树常常用于根据生物的进化历史对其进行分类。
The phylogenetic analysis revealed unexpected relationships between certain species.
系统发育分析揭示了某些物种之间意想不到的关系。
Phylogenetic methods are essential in reconstructing the tree of life and understanding its branches.
系统发育方法在重建生命之树和理解其分支方面至关重要。
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