aneuploidies are chromosomal abnormalities that can lead to developmental disorders.
非整倍体是可能导致发育障碍的染色体异常。
somatic aneuploidies occur in body cells and are often associated with cancer.
体细胞非整倍体发生在体细胞中，通常与癌症相关。
germline aneuploidies can be inherited and passed to offspring.
生殖系非整倍体可以遗传并传递给后代。
prenatal screening can detect aneuploidies such as down syndrome.
产前筛查可以检测唐氏综合征等非整倍体。
maternal age is a major risk factor for aneuploidies.
母亲年龄是非整倍体的主要风险因素。
meiotic errors often cause aneuploidies in gametes.
减数分裂错误通常导致配子中的非整倍体。
some aneuploidies are compatible with life while others are lethal.
一些非整倍体可以存活，而另一些则是致死的。
advanced maternal age increases the risk of fetal aneuploidies.
高龄产妇会增加胎儿非整倍体的风险。
genetic counselors discuss aneuploidies with expecting parents.
遗传咨询师与准父母讨论非整倍体问题。
chromosomal analysis helps identify specific aneuploidies.
染色体分析有助于识别特定的非整倍体。
miscarriages can result from chromosomal aneuploidies.
染色体非整倍体可能导致流产。
aneuploidies affect gene dosage and disrupt cellular balance.
非整倍体影响基因剂量并破坏细胞平衡。
research on aneuploidies has advanced our understanding of genetics.
对非整倍体的研究促进了我们对遗传学的理解。
aneuploidies are chromosomal abnormalities that can lead to developmental disorders.
非整倍体是可能导致发育障碍的染色体异常。
somatic aneuploidies occur in body cells and are often associated with cancer.
体细胞非整倍体发生在体细胞中，通常与癌症相关。
germline aneuploidies can be inherited and passed to offspring.
生殖系非整倍体可以遗传并传递给后代。
prenatal screening can detect aneuploidies such as down syndrome.
产前筛查可以检测唐氏综合征等非整倍体。
maternal age is a major risk factor for aneuploidies.
母亲年龄是非整倍体的主要风险因素。
meiotic errors often cause aneuploidies in gametes.
减数分裂错误通常导致配子中的非整倍体。
some aneuploidies are compatible with life while others are lethal.
一些非整倍体可以存活，而另一些则是致死的。
advanced maternal age increases the risk of fetal aneuploidies.
高龄产妇会增加胎儿非整倍体的风险。
genetic counselors discuss aneuploidies with expecting parents.
遗传咨询师与准父母讨论非整倍体问题。
chromosomal analysis helps identify specific aneuploidies.
染色体分析有助于识别特定的非整倍体。
miscarriages can result from chromosomal aneuploidies.
染色体非整倍体可能导致流产。
aneuploidies affect gene dosage and disrupt cellular balance.
非整倍体影响基因剂量并破坏细胞平衡。
research on aneuploidies has advanced our understanding of genetics.
对非整倍体的研究促进了我们对遗传学的理解。
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