totipotences potential
全能性潜力
totipotences cells
全能细胞
totipotences stage
全能阶段
totipotences characteristics
全能特征
totipotences differentiation
全能分化
totipotences research
全能性研究
totipotences organisms
全能生物
totipotences capabilities
全能能力
totipotences applications
全能性应用
totipotences embryos
全能胚胎
totipotences are essential in the early stages of embryonic development.
全能性在胚胎发育的早期阶段至关重要。
the totipotences of stem cells allow them to differentiate into any cell type.
干细胞的全能性使它们能够分化为任何细胞类型。
research on totipotences can lead to advancements in regenerative medicine.
对全能性的研究可以促进再生医学的发展。
understanding totipotences helps scientists unlock the secrets of development.
理解全能性帮助科学家揭开发育的秘密。
totipotences are a key feature of zygotes in many organisms.
全能性是许多生物中合子的一个关键特征。
in plants, totipotences allow for the regeneration of entire organisms from single cells.
在植物中，全能性使得单个细胞能够再生出完整的生物体。
studying totipotences can provide insights into cloning techniques.
研究全能性可以为克隆技术提供见解。
totipotences play a crucial role in the formation of tissues and organs.
全能性在组织和器官的形成中起着至关重要的作用。
the concept of totipotences is fundamental in developmental biology.
全能性的概念在发育生物学中是基础。
totipotences can be influenced by the environment in which cells are grown.
全能性可能会受到细胞生长环境的影响。
totipotences potential
全能性潜力
totipotences cells
全能细胞
totipotences stage
全能阶段
totipotences characteristics
全能特征
totipotences differentiation
全能分化
totipotences research
全能性研究
totipotences organisms
全能生物
totipotences capabilities
全能能力
totipotences applications
全能性应用
totipotences embryos
全能胚胎
totipotences are essential in the early stages of embryonic development.
全能性在胚胎发育的早期阶段至关重要。
the totipotences of stem cells allow them to differentiate into any cell type.
干细胞的全能性使它们能够分化为任何细胞类型。
research on totipotences can lead to advancements in regenerative medicine.
对全能性的研究可以促进再生医学的发展。
understanding totipotences helps scientists unlock the secrets of development.
理解全能性帮助科学家揭开发育的秘密。
totipotences are a key feature of zygotes in many organisms.
全能性是许多生物中合子的一个关键特征。
in plants, totipotences allow for the regeneration of entire organisms from single cells.
在植物中，全能性使得单个细胞能够再生出完整的生物体。
studying totipotences can provide insights into cloning techniques.
研究全能性可以为克隆技术提供见解。
totipotences play a crucial role in the formation of tissues and organs.
全能性在组织和器官的形成中起着至关重要的作用。
the concept of totipotences is fundamental in developmental biology.
全能性的概念在发育生物学中是基础。
totipotences can be influenced by the environment in which cells are grown.
全能性可能会受到细胞生长环境的影响。
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