endoderms develop
内脏发生
studying endoderms
研究内脏
endoderms migrate
内脏迁移
endoderms differentiate
内脏分化
early endoderms
早期内脏
endoderms form
内脏形成
endoderms interact
内脏相互作用
endoderms express
内脏表达
endoderms influence
内脏影响
endoderms contribute
内脏贡献
researchers study the development of endoderms in early embryos.
研究人员研究早期胚胎中内胚层的发展。
the endoderms give rise to the lining of the digestive tract.
内胚层产生消化道内膜。
proper formation of endoderms is crucial for organ development.
内胚层的适当形成对于器官的发育至关重要。
genetic mutations can disrupt the differentiation of endoderms.
基因突变会扰乱内胚层的分化。
the endoderms contribute to the formation of the respiratory system.
内胚层有助于呼吸系统的形成。
scientists investigate the signaling pathways affecting endoderms.
科学家研究影响内胚层的信号通路。
defects in endoderms can lead to congenital abnormalities.
内胚层的缺陷可能导致先天性疾病。
the migration of endoderms is a key event in gastrulation.
内胚层的迁移是发生胚内膜形成的关键事件。
endoderms express specific transcription factors during development.
在发育过程中，内胚层表达特定的转录因子。
understanding endoderms is vital for regenerative medicine research.
理解内胚层对于再生医学研究至关重要。
the interaction between mesoderms and endoderms is well-documented.
中间胚层与内胚层的相互作用已被充分记录。
endoderms develop
内脏发生
studying endoderms
研究内脏
endoderms migrate
内脏迁移
endoderms differentiate
内脏分化
early endoderms
早期内脏
endoderms form
内脏形成
endoderms interact
内脏相互作用
endoderms express
内脏表达
endoderms influence
内脏影响
endoderms contribute
内脏贡献
researchers study the development of endoderms in early embryos.
研究人员研究早期胚胎中内胚层的发展。
the endoderms give rise to the lining of the digestive tract.
内胚层产生消化道内膜。
proper formation of endoderms is crucial for organ development.
内胚层的适当形成对于器官的发育至关重要。
genetic mutations can disrupt the differentiation of endoderms.
基因突变会扰乱内胚层的分化。
the endoderms contribute to the formation of the respiratory system.
内胚层有助于呼吸系统的形成。
scientists investigate the signaling pathways affecting endoderms.
科学家研究影响内胚层的信号通路。
defects in endoderms can lead to congenital abnormalities.
内胚层的缺陷可能导致先天性疾病。
the migration of endoderms is a key event in gastrulation.
内胚层的迁移是发生胚内膜形成的关键事件。
endoderms express specific transcription factors during development.
在发育过程中，内胚层表达特定的转录因子。
understanding endoderms is vital for regenerative medicine research.
理解内胚层对于再生医学研究至关重要。
the interaction between mesoderms and endoderms is well-documented.
中间胚层与内胚层的相互作用已被充分记录。
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