unipotent stem
单能干细胞
unipotent cells
单能细胞
unipotent lineage
单能谱系
unipotent differentiation
单能分化
unipotent progenitor
单能祖细胞
unipotent potential
单能潜力
unipotent factors
单能因子
unipotent characteristics
单能特征
unipotent origin
单能来源
unipotent niche
单能生态位
the stem cells are classified as unipotent because they can only differentiate into one type of cell.
干细胞被归类为单能干细胞，因为它们只能分化成一种类型的细胞。
unipotent cells play a crucial role in tissue regeneration.
单能细胞在组织再生中发挥着至关重要的作用。
researchers are studying unipotent stem cells for their potential therapeutic applications.
研究人员正在研究单能干细胞的潜在治疗应用。
unlike pluripotent cells, unipotent cells have a limited differentiation capacity.
与多能细胞不同，单能细胞的分化能力有限。
the discovery of unipotent progenitor cells has advanced our understanding of cell differentiation.
单能祖细胞的发现推动了我们对细胞分化的理解。
unipotent stem cells are essential for maintaining specific tissues in the body.
单能干细胞对维持身体特定组织至关重要。
scientists are exploring the characteristics of unipotent cells in developmental biology.
科学家们正在探索单能细胞在发育生物学中的特征。
the ability of unipotent cells to self-renew is limited compared to other stem cells.
与其他干细胞相比，单能细胞自我更新的能力有限。
unipotent cells are often used in regenerative medicine for targeted therapies.
单能细胞常用于再生医学中的靶向疗法。
understanding how unipotent cells function can lead to new medical breakthroughs.
了解单能细胞的功能可以带来新的医学突破。
unipotent stem
单能干细胞
unipotent cells
单能细胞
unipotent lineage
单能谱系
unipotent differentiation
单能分化
unipotent progenitor
单能祖细胞
unipotent potential
单能潜力
unipotent factors
单能因子
unipotent characteristics
单能特征
unipotent origin
单能来源
unipotent niche
单能生态位
the stem cells are classified as unipotent because they can only differentiate into one type of cell.
干细胞被归类为单能干细胞，因为它们只能分化成一种类型的细胞。
unipotent cells play a crucial role in tissue regeneration.
单能细胞在组织再生中发挥着至关重要的作用。
researchers are studying unipotent stem cells for their potential therapeutic applications.
研究人员正在研究单能干细胞的潜在治疗应用。
unlike pluripotent cells, unipotent cells have a limited differentiation capacity.
与多能细胞不同，单能细胞的分化能力有限。
the discovery of unipotent progenitor cells has advanced our understanding of cell differentiation.
单能祖细胞的发现推动了我们对细胞分化的理解。
unipotent stem cells are essential for maintaining specific tissues in the body.
单能干细胞对维持身体特定组织至关重要。
scientists are exploring the characteristics of unipotent cells in developmental biology.
科学家们正在探索单能细胞在发育生物学中的特征。
the ability of unipotent cells to self-renew is limited compared to other stem cells.
与其他干细胞相比，单能细胞自我更新的能力有限。
unipotent cells are often used in regenerative medicine for targeted therapies.
单能细胞常用于再生医学中的靶向疗法。
understanding how unipotent cells function can lead to new medical breakthroughs.
了解单能细胞的功能可以带来新的医学突破。
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