chromatins structure
染色质结构
chromatins organization
染色质组织
chromatins modification
染色质修饰
chromatins dynamics
染色质动态
chromatins accessibility
染色质可及性
chromatins remodeling
染色质重塑
chromatins replication
染色质复制
chromatins packaging
染色质包装
chromatins repair
染色质修复
chromatins function
染色质功能
chromatins play a crucial role in gene regulation.
染色质在基因调控中起着至关重要的作用。
changes in chromatins can affect cell differentiation.
染色质的变化可以影响细胞分化。
researchers study chromatins to understand cancer development.
研究人员研究染色质以了解癌症的发展。
chromatins are composed of dna and proteins.
染色质由DNA和蛋白质组成。
alterations in chromatins can lead to genetic disorders.
染色质的改变可能导致遗传性疾病。
chromatins undergo modifications during the cell cycle.
染色质在细胞周期中经历修饰。
understanding chromatins is essential for epigenetics.
理解染色质对于表观遗传学至关重要。
chromatins can influence the expression of specific genes.
染色质可以影响特定基因的表达。
scientists use various techniques to analyze chromatins.
科学家使用各种技术来分析染色质。
the structure of chromatins is vital for dna replication.
染色质的结构对于DNA复制至关重要。
chromatins structure
染色质结构
chromatins organization
染色质组织
chromatins modification
染色质修饰
chromatins dynamics
染色质动态
chromatins accessibility
染色质可及性
chromatins remodeling
染色质重塑
chromatins replication
染色质复制
chromatins packaging
染色质包装
chromatins repair
染色质修复
chromatins function
染色质功能
chromatins play a crucial role in gene regulation.
染色质在基因调控中起着至关重要的作用。
changes in chromatins can affect cell differentiation.
染色质的变化可以影响细胞分化。
researchers study chromatins to understand cancer development.
研究人员研究染色质以了解癌症的发展。
chromatins are composed of dna and proteins.
染色质由DNA和蛋白质组成。
alterations in chromatins can lead to genetic disorders.
染色质的改变可能导致遗传性疾病。
chromatins undergo modifications during the cell cycle.
染色质在细胞周期中经历修饰。
understanding chromatins is essential for epigenetics.
理解染色质对于表观遗传学至关重要。
chromatins can influence the expression of specific genes.
染色质可以影响特定基因的表达。
scientists use various techniques to analyze chromatins.
科学家使用各种技术来分析染色质。
the structure of chromatins is vital for dna replication.
染色质的结构对于DNA复制至关重要。
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