nucleoli size
核仁大小
nucleoli function
核仁功能
nucleoli formation
核仁形成
nucleoli number
核仁数量
nucleoli staining
核仁染色
nucleoli activity
核仁活性
nucleoli distribution
核仁分布
nucleoli analysis
核仁分析
nucleoli structure
核仁结构
nucleoli dynamics
核仁动态
the nucleoli are essential for ribosome production.
核仁对核糖体的产生至关重要。
scientists study nucleoli to understand cell function.
科学家研究核仁以了解细胞功能。
nucleoli can vary in size depending on the cell type.
核仁的大小可以根据细胞类型而异。
during cell division, nucleoli disappear temporarily.
在细胞分裂过程中，核仁会暂时消失。
increased nucleoli number may indicate active protein synthesis.
核仁数量的增加可能表明蛋白质合成活跃。
nucleoli are often referred to as the cell's ribosome factories.
核仁通常被称为细胞的核糖体工厂。
fluorescent staining can highlight nucleoli in cells.
荧光染色可以突出细胞中的核仁。
research on nucleoli may lead to cancer treatment advancements.
对核仁的研究可能会推动癌症治疗的进展。
changes in nucleoli structure can signal disease.
核仁结构的变化可能预示着疾病。
understanding nucleoli dynamics is crucial for cell biology.
理解核仁动态对细胞生物学至关重要。
nucleoli size
核仁大小
nucleoli function
核仁功能
nucleoli formation
核仁形成
nucleoli number
核仁数量
nucleoli staining
核仁染色
nucleoli activity
核仁活性
nucleoli distribution
核仁分布
nucleoli analysis
核仁分析
nucleoli structure
核仁结构
nucleoli dynamics
核仁动态
the nucleoli are essential for ribosome production.
核仁对核糖体的产生至关重要。
scientists study nucleoli to understand cell function.
科学家研究核仁以了解细胞功能。
nucleoli can vary in size depending on the cell type.
核仁的大小可以根据细胞类型而异。
during cell division, nucleoli disappear temporarily.
在细胞分裂过程中，核仁会暂时消失。
increased nucleoli number may indicate active protein synthesis.
核仁数量的增加可能表明蛋白质合成活跃。
nucleoli are often referred to as the cell's ribosome factories.
核仁通常被称为细胞的核糖体工厂。
fluorescent staining can highlight nucleoli in cells.
荧光染色可以突出细胞中的核仁。
research on nucleoli may lead to cancer treatment advancements.
对核仁的研究可能会推动癌症治疗的进展。
changes in nucleoli structure can signal disease.
核仁结构的变化可能预示着疾病。
understanding nucleoli dynamics is crucial for cell biology.
理解核仁动态对细胞生物学至关重要。
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