early organogenesis
早期器官发生
cardiac organogenesis
心脏器官发生
renal organogenesis
肾脏器官发生
liver organogenesis
肝脏器官发生
neural organogenesis
神经器官发生
organogenesis process
器官发生过程
organogenesis research
器官发生研究
tissue organogenesis
组织器官发生
embryonic organogenesis
胚胎器官发生
molecular organogenesis
分子器官发生
organogenesis is a crucial process in the development of multicellular organisms.
器官发生是多细胞生物发育中的一个关键过程。
research on organogenesis can lead to advancements in regenerative medicine.
对器官发生的研究可以推动再生医学的发展。
understanding organogenesis helps scientists create artificial organs.
了解器官发生有助于科学家制造人工器官。
during organogenesis, cells differentiate into various specialized cell types.
在器官发生过程中，细胞分化为各种专业细胞类型。
disruptions in organogenesis can lead to congenital defects.
器官发生中的干扰可能导致先天缺陷。
stem cells play a vital role in the process of organogenesis.
干细胞在器官发生过程中发挥着重要作用。
organogenesis involves complex signaling pathways and gene expression.
器官发生涉及复杂的信号通路和基因表达。
studying organogenesis can improve our understanding of developmental biology.
研究器官发生可以提高我们对发育生物学的理解。
organogenesis varies significantly among different species.
不同物种之间的器官发生有显著差异。
advancements in organogenesis research could revolutionize transplant medicine.
器官发生研究的进展可能会彻底改变移植医学。
early organogenesis
早期器官发生
cardiac organogenesis
心脏器官发生
renal organogenesis
肾脏器官发生
liver organogenesis
肝脏器官发生
neural organogenesis
神经器官发生
organogenesis process
器官发生过程
organogenesis research
器官发生研究
tissue organogenesis
组织器官发生
embryonic organogenesis
胚胎器官发生
molecular organogenesis
分子器官发生
organogenesis is a crucial process in the development of multicellular organisms.
器官发生是多细胞生物发育中的一个关键过程。
research on organogenesis can lead to advancements in regenerative medicine.
对器官发生的研究可以推动再生医学的发展。
understanding organogenesis helps scientists create artificial organs.
了解器官发生有助于科学家制造人工器官。
during organogenesis, cells differentiate into various specialized cell types.
在器官发生过程中，细胞分化为各种专业细胞类型。
disruptions in organogenesis can lead to congenital defects.
器官发生中的干扰可能导致先天缺陷。
stem cells play a vital role in the process of organogenesis.
干细胞在器官发生过程中发挥着重要作用。
organogenesis involves complex signaling pathways and gene expression.
器官发生涉及复杂的信号通路和基因表达。
studying organogenesis can improve our understanding of developmental biology.
研究器官发生可以提高我们对发育生物学的理解。
organogenesis varies significantly among different species.
不同物种之间的器官发生有显著差异。
advancements in organogenesis research could revolutionize transplant medicine.
器官发生研究的进展可能会彻底改变移植医学。
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