The phylogeny of hominoid is still an open question.

摘要 有关人猿超科发育仍然存在争议。

The historical development of the concepts of genealogy, phylogeny, monophyly and polyphyly is briefly reviewed.

历史地回顾了谱、发育、单、多概念由来和发展。

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，我们析了数百个线粒体DNA序列，并以此重构了基于线粒体基因后口动物发生关。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科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，并以此重构了于线粒体因后口动物系统发生关系。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科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后口动物系统发生关系。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科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后口动物系统发生关系。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科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后口动物系统发生关系。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科的系统育仍然存在争议。

The historical development of the concepts of genealogy, phylogeny, monophyly and polyphyly is briefly reviewed.

历史地回顾了谱系、系统育、单系、多系概念的由来和。

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，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的后口动物系统关系。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科的统发仍然存在争议。

The historical development of the concepts of genealogy, phylogeny, monophyly and polyphyly is briefly reviewed.

历史地回顾了谱、统发、、多概念的由来和发展。

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的后口动物统发生关。

The phylogeny of hominoid is still an open question.

摘要 有关人猿超科的统育仍然存在争议。

The historical development of the concepts of genealogy, phylogeny, monophyly and polyphyly is briefly reviewed.

历史地回顾了谱、统育、单、多概念的由来和展。

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，析了数百个线粒体DNA序列，并以此重构了基于线粒体基因的后口动物统关。

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，我们分百个线粒体DNA序列，并以此重构基于线粒体基因的后口动物系统发生关系。

The phylogeny of hominoid is still an open question.

摘要 有关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、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，我们析了数百个线粒体DNA序列，并以此重构了基于线粒体基因的后口动物系统发生关系。