study of autosomes
常染色体的研究
mutations on autosomes
常染色体上的突变
autosome chromosome number
常染色体的染色体编号
the human genome contains 22 pairs of autosomes.
人类基因组包含22对常染色体。
autosomes are responsible for most of our genetic traits.
常染色体负责我们大多数的遗传特征。
each parent contributes one autosome to their child.
每位父母向孩子贡献一个常染色体。
scientists study autosomes to understand genetic diseases.
科学家研究常染色体以了解遗传疾病。
autosomes differ from sex chromosomes in their function.
常染色体与性染色体在功能上有所不同。
mapping autosomes helps in identifying genetic markers.
绘制常染色体图谱有助于识别遗传标记。
research on autosomes has advanced significantly in recent years.
近年来对常染色体的研究取得了显著进展。
understanding autosomes is crucial for genetic counseling.
理解常染色体对于遗传咨询至关重要。
study of autosomes
常染色体的研究
mutations on autosomes
常染色体上的突变
autosome chromosome number
常染色体的染色体编号
the human genome contains 22 pairs of autosomes.
人类基因组包含22对常染色体。
autosomes are responsible for most of our genetic traits.
常染色体负责我们大多数的遗传特征。
each parent contributes one autosome to their child.
每位父母向孩子贡献一个常染色体。
scientists study autosomes to understand genetic diseases.
科学家研究常染色体以了解遗传疾病。
autosomes differ from sex chromosomes in their function.
常染色体与性染色体在功能上有所不同。
mapping autosomes helps in identifying genetic markers.
绘制常染色体图谱有助于识别遗传标记。
research on autosomes has advanced significantly in recent years.
近年来对常染色体的研究取得了显著进展。
understanding autosomes is crucial for genetic counseling.
理解常染色体对于遗传咨询至关重要。
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