nucleole size
核仁大小
nucleole function
核仁功能
nucleole structure
核仁结构
nucleole formation
核仁形成
nucleole activity
核仁活动
nucleole dynamics
核仁动态
nucleole analysis
核仁分析
nucleole identification
核仁鉴定
nucleole components
核仁成分
nucleole regulation
核仁调节
the nucleole plays a crucial role in ribosome production.
核仁在核糖体的产生中起着至关重要的作用。
scientists study the nucleole to understand cell function.
科学家研究核仁以了解细胞功能。
changes in the nucleole can indicate cellular stress.
核仁的变化可能表明细胞压力。
the size of the nucleole can vary among different cell types.
不同细胞类型的核仁大小可以有所不同。
during cell division, the nucleole disassembles and reforms.
在细胞分裂过程中，核仁会解体并重新形成。
fluorescent staining helps visualize the nucleole.
荧光染色有助于观察核仁。
researchers found that the nucleole is involved in gene regulation.
研究人员发现核仁参与基因调控。
the nucleole is often referred to as the cell's "control center."
核仁通常被称为细胞的“控制中心”。
abnormalities in the nucleole can lead to diseases.
核仁的异常可能导致疾病。
understanding the nucleole's function is essential for cancer research.
了解核仁的功能对癌症研究至关重要。
nucleole size
核仁大小
nucleole function
核仁功能
nucleole structure
核仁结构
nucleole formation
核仁形成
nucleole activity
核仁活动
nucleole dynamics
核仁动态
nucleole analysis
核仁分析
nucleole identification
核仁鉴定
nucleole components
核仁成分
nucleole regulation
核仁调节
the nucleole plays a crucial role in ribosome production.
核仁在核糖体的产生中起着至关重要的作用。
scientists study the nucleole to understand cell function.
科学家研究核仁以了解细胞功能。
changes in the nucleole can indicate cellular stress.
核仁的变化可能表明细胞压力。
the size of the nucleole can vary among different cell types.
不同细胞类型的核仁大小可以有所不同。
during cell division, the nucleole disassembles and reforms.
在细胞分裂过程中，核仁会解体并重新形成。
fluorescent staining helps visualize the nucleole.
荧光染色有助于观察核仁。
researchers found that the nucleole is involved in gene regulation.
研究人员发现核仁参与基因调控。
the nucleole is often referred to as the cell's "control center."
核仁通常被称为细胞的“控制中心”。
abnormalities in the nucleole can lead to diseases.
核仁的异常可能导致疾病。
understanding the nucleole's function is essential for cancer research.
了解核仁的功能对癌症研究至关重要。
探索常用高频词汇