the phylogeny of the amphibian intestinal tract.
两栖动物肠道的演化发展
The phylogeny of hominoid is still an open question.
摘要 有关人猿超科的系统发育仍然存在争议。
The historical development of the concepts of genealogy, phylogeny, monophyly and polyphyly is briefly reviewed.
历史地回顾了谱系、系统发育、单系、多系概念的由来和发展。
In the present study, by using data generated from hundreds of mtDNA sequences, we revalue the deuterostome phylogeny in terms of whole mitochondrial genomes (mitogenomes).
本研究中，我们分析了数百个线粒体DNA序列，并以此重构了基于线粒体基因组的后口动物系统发生关系。
Phylogeny is the evolutionary history of a group of organisms.
系统发育是一组生物的进化历史。
Scientists use phylogeny to study the relationships between different species.
科学家利用系统发育研究不同物种之间的关系。
Understanding phylogeny helps in tracing the origins of various traits.
了解系统发育有助于追溯各种特征的起源。
Phylogeny can reveal the common ancestry of organisms.
系统发育可以揭示生物的共同祖先。
Comparative anatomy is often used in conjunction with phylogeny to understand evolutionary relationships.
比较解剖学常与系统发育结合使用，以了解进化关系。
The study of phylogeny helps in reconstructing the tree of life.
系统发育研究有助于重建生命之树。
Phylogeny provides insights into the diversification of species over time.
系统发育为随时间物种多样化提供了见解。
Molecular data is increasingly being used in phylogeny studies.
分子数据越来越多地被用于系统发育研究。
Phylogeny can help in predicting future evolutionary trends.
系统发育有助于预测未来的进化趋势。
The field of phylogeny is constantly evolving with new discoveries and methodologies.
系统发育领域随着新发现和方法论的不断涌现而不断发展。
the phylogeny of the amphibian intestinal tract.
两栖动物肠道的演化发展
The phylogeny of hominoid is still an open question.
摘要 有关人猿超科的系统发育仍然存在争议。
The historical development of the concepts of genealogy, phylogeny, monophyly and polyphyly is briefly reviewed.
历史地回顾了谱系、系统发育、单系、多系概念的由来和发展。
In the present study, by using data generated from hundreds of mtDNA sequences, we revalue the deuterostome phylogeny in terms of whole mitochondrial genomes (mitogenomes).
本研究中，我们分析了数百个线粒体DNA序列，并以此重构了基于线粒体基因组的后口动物系统发生关系。
Phylogeny is the evolutionary history of a group of organisms.
系统发育是一组生物的进化历史。
Scientists use phylogeny to study the relationships between different species.
科学家利用系统发育研究不同物种之间的关系。
Understanding phylogeny helps in tracing the origins of various traits.
了解系统发育有助于追溯各种特征的起源。
Phylogeny can reveal the common ancestry of organisms.
系统发育可以揭示生物的共同祖先。
Comparative anatomy is often used in conjunction with phylogeny to understand evolutionary relationships.
比较解剖学常与系统发育结合使用，以了解进化关系。
The study of phylogeny helps in reconstructing the tree of life.
系统发育研究有助于重建生命之树。
Phylogeny provides insights into the diversification of species over time.
系统发育为随时间物种多样化提供了见解。
Molecular data is increasingly being used in phylogeny studies.
分子数据越来越多地被用于系统发育研究。
Phylogeny can help in predicting future evolutionary trends.
系统发育有助于预测未来的进化趋势。
The field of phylogeny is constantly evolving with new discoveries and methodologies.
系统发育领域随着新发现和方法论的不断涌现而不断发展。
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