the anaphases of mitosis are crucial for separating chromosomes.
有丝分裂的后期是分离染色体至关重要的阶段。
studying anaphases helps us understand cell division processes.
研究细胞分裂后期有助于我们理解细胞分裂的过程。
microscope observation of anaphases reveals detailed chromosome movements.
通过显微镜观察后期，可以揭示染色体的详细运动轨迹。
proper execution of anaphases ensures accurate genetic inheritance.
细胞分裂后期执行正确能够确保基因的准确遗传。
errors during anaphases can lead to chromosomal abnormalities.
后期过程中出现错误会导致染色体异常。
anaphases are a critical stage in the cell cycle.
细胞分裂后期是细胞周期中一个至关重要的阶段。
scientists use various techniques to study anaphases in detail.
科学家们使用各种技术来详细研究细胞分裂后期。
understanding anaphases is essential for comprehending cancer development.
理解细胞分裂后期对于理解癌症发展至关重要。
dysregulation of anaphases can contribute to various genetic diseases.
后期功能失调可能导致多种遗传疾病。
anaphases mark the separation of sister chromatids during cell division.
细胞分裂后期标志着姐妹染色单体的分离。
the anaphases of mitosis are crucial for separating chromosomes.
有丝分裂的后期是分离染色体至关重要的阶段。
studying anaphases helps us understand cell division processes.
研究细胞分裂后期有助于我们理解细胞分裂的过程。
microscope observation of anaphases reveals detailed chromosome movements.
通过显微镜观察后期，可以揭示染色体的详细运动轨迹。
proper execution of anaphases ensures accurate genetic inheritance.
细胞分裂后期执行正确能够确保基因的准确遗传。
errors during anaphases can lead to chromosomal abnormalities.
后期过程中出现错误会导致染色体异常。
anaphases are a critical stage in the cell cycle.
细胞分裂后期是细胞周期中一个至关重要的阶段。
scientists use various techniques to study anaphases in detail.
科学家们使用各种技术来详细研究细胞分裂后期。
understanding anaphases is essential for comprehending cancer development.
理解细胞分裂后期对于理解癌症发展至关重要。
dysregulation of anaphases can contribute to various genetic diseases.
后期功能失调可能导致多种遗传疾病。
anaphases mark the separation of sister chromatids during cell division.
细胞分裂后期标志着姐妹染色单体的分离。
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