| 复数 | synapses |
cell synapsis
细胞突触
synapsis process
突触过程
synapsis formation
突触形成
synapsis stage
突触阶段
synapsis pairing
突触配对
synapsis alignment
突触对齐
synapsis interaction
突触相互作用
synapsis mechanism
突触机制
synapsis analysis
突触分析
synapsis regulation
突触调节
synapsis is crucial for genetic recombination during meiosis.
在减数分裂过程中，突触对于遗传重组至关重要。
the process of synapsis allows homologous chromosomes to pair up.
突触过程使同源染色体能够配对。
during synapsis, crossing over can occur between chromatids.
在突触期间，姐妹染色单体之间可能发生交叉。
researchers study synapsis to understand genetic diversity.
研究人员研究突触以理解遗传多样性。
in some species, synapsis is more complex than in others.
在某些物种中，突触比其他物种更复杂。
errors in synapsis can lead to chromosomal abnormalities.
突触中的错误可能导致染色体异常。
the study of synapsis has implications for evolutionary biology.
对突触的研究对进化生物学有重要意义。
understanding synapsis helps explain how traits are inherited.
理解突触有助于解释特征是如何遗传的。
synapsis occurs during the prophase of meiosis i.
突触发生在减数分裂I的前期。
visualizing synapsis can enhance our understanding of genetics.
可视化突触可以增强我们对遗传学的理解。
cell synapsis
细胞突触
synapsis process
突触过程
synapsis formation
突触形成
synapsis stage
突触阶段
synapsis pairing
突触配对
synapsis alignment
突触对齐
synapsis interaction
突触相互作用
synapsis mechanism
突触机制
synapsis analysis
突触分析
synapsis regulation
突触调节
synapsis is crucial for genetic recombination during meiosis.
在减数分裂过程中，突触对于遗传重组至关重要。
the process of synapsis allows homologous chromosomes to pair up.
突触过程使同源染色体能够配对。
during synapsis, crossing over can occur between chromatids.
在突触期间，姐妹染色单体之间可能发生交叉。
researchers study synapsis to understand genetic diversity.
研究人员研究突触以理解遗传多样性。
in some species, synapsis is more complex than in others.
在某些物种中，突触比其他物种更复杂。
errors in synapsis can lead to chromosomal abnormalities.
突触中的错误可能导致染色体异常。
the study of synapsis has implications for evolutionary biology.
对突触的研究对进化生物学有重要意义。
understanding synapsis helps explain how traits are inherited.
理解突触有助于解释特征是如何遗传的。
synapsis occurs during the prophase of meiosis i.
突触发生在减数分裂I的前期。
visualizing synapsis can enhance our understanding of genetics.
可视化突触可以增强我们对遗传学的理解。
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