submetacentric chromosome
亚中期染色体
submetacentric arm
亚中期臂
submetacentric karyotype
亚中期核型
submetacentric dna
亚中期DNA
submetacentric region
亚中期区域
submetacentric pair
亚中期对
submetacentric structure
亚中期结构
submetacentric species
亚中期物种
submetacentric traits
亚中期特征
submetacentric analysis
亚中期分析
the submetacentric chromosome plays a crucial role in genetic diversity.
亚中部染色体在遗传多样性中起着至关重要的作用。
researchers studied the characteristics of submetacentric chromosomes.
研究人员研究了亚中部染色体的特性。
submetacentric chromosomes can be identified under a microscope.
在显微镜下可以识别出亚中部染色体。
many species exhibit submetacentric chromosomes in their karyotypes.
许多物种在其染色体组中表现出亚中部染色体。
the submetacentric structure affects chromosome behavior during cell division.
亚中部结构影响细胞分裂过程中染色体的行为。
geneticists often analyze submetacentric chromosomes for mutations.
遗传学家通常分析亚中部染色体以寻找突变。
submetacentric chromosomes are important for understanding evolutionary relationships.
亚中部染色体对于理解进化关系非常重要。
in some organisms, submetacentric chromosomes are more common than acrocentric ones.
在某些生物中，亚中部染色体比亚端染色体更常见。
submetacentric chromosome abnormalities can lead to genetic disorders.
亚中部染色体异常可能导致遗传疾病。
the arrangement of submetacentric chromosomes can vary among species.
亚中部染色体的排列在不同物种之间可能有所不同。
submetacentric chromosome
亚中期染色体
submetacentric arm
亚中期臂
submetacentric karyotype
亚中期核型
submetacentric dna
亚中期DNA
submetacentric region
亚中期区域
submetacentric pair
亚中期对
submetacentric structure
亚中期结构
submetacentric species
亚中期物种
submetacentric traits
亚中期特征
submetacentric analysis
亚中期分析
the submetacentric chromosome plays a crucial role in genetic diversity.
亚中部染色体在遗传多样性中起着至关重要的作用。
researchers studied the characteristics of submetacentric chromosomes.
研究人员研究了亚中部染色体的特性。
submetacentric chromosomes can be identified under a microscope.
在显微镜下可以识别出亚中部染色体。
many species exhibit submetacentric chromosomes in their karyotypes.
许多物种在其染色体组中表现出亚中部染色体。
the submetacentric structure affects chromosome behavior during cell division.
亚中部结构影响细胞分裂过程中染色体的行为。
geneticists often analyze submetacentric chromosomes for mutations.
遗传学家通常分析亚中部染色体以寻找突变。
submetacentric chromosomes are important for understanding evolutionary relationships.
亚中部染色体对于理解进化关系非常重要。
in some organisms, submetacentric chromosomes are more common than acrocentric ones.
在某些生物中，亚中部染色体比亚端染色体更常见。
submetacentric chromosome abnormalities can lead to genetic disorders.
亚中部染色体异常可能导致遗传疾病。
the arrangement of submetacentric chromosomes can vary among species.
亚中部染色体的排列在不同物种之间可能有所不同。
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