aneuploidies are chromosomal abnormalities that can lead to developmental disorders.
非整倍體是染色體異常，可能導致發育障礙。
somatic aneuploidies occur in body cells and are often associated with cancer.
體細胞非整倍體發生在體細胞中，通常與癌症有關。
germline aneuploidies can be inherited and passed to offspring.
生殖細胞非整倍體可以遺傳並傳給後代。
prenatal screening can detect aneuploidies such as down syndrome.
產前篩查可以檢測如唐氏綜合症等非整倍體。
maternal age is a major risk factor for aneuploidies.
母親的年齡是非整倍體的主要風險因素。
meiotic errors often cause aneuploidies in gametes.
減數分裂錯誤通常會導致配子中的非整倍體。
some aneuploidies are compatible with life while others are lethal.
某些非整倍體與生命相容，而其他則是致命的。
advanced maternal age increases the risk of fetal aneuploidies.
高齡產婦會增加胎兒非整倍體的風險。
genetic counselors discuss aneuploidies with expecting parents.
遺傳諮詢師會與預期父母討論非整倍體。
chromosomal analysis helps identify specific aneuploidies.
染色體分析有助於識別特定的非整倍體。
miscarriages can result from chromosomal aneuploidies.
流產可能是由染色體非整倍體引起的。
aneuploidies affect gene dosage and disrupt cellular balance.
非整倍體會影響基因劑量並破壞細胞平衡。
research on aneuploidies has advanced our understanding of genetics.
對非整倍體的研究加深了我們對遺傳學的了解。
aneuploidies are chromosomal abnormalities that can lead to developmental disorders.
非整倍體是染色體異常，可能導致發育障礙。
somatic aneuploidies occur in body cells and are often associated with cancer.
體細胞非整倍體發生在體細胞中，通常與癌症有關。
germline aneuploidies can be inherited and passed to offspring.
生殖細胞非整倍體可以遺傳並傳給後代。
prenatal screening can detect aneuploidies such as down syndrome.
產前篩查可以檢測如唐氏綜合症等非整倍體。
maternal age is a major risk factor for aneuploidies.
母親的年齡是非整倍體的主要風險因素。
meiotic errors often cause aneuploidies in gametes.
減數分裂錯誤通常會導致配子中的非整倍體。
some aneuploidies are compatible with life while others are lethal.
某些非整倍體與生命相容，而其他則是致命的。
advanced maternal age increases the risk of fetal aneuploidies.
高齡產婦會增加胎兒非整倍體的風險。
genetic counselors discuss aneuploidies with expecting parents.
遺傳諮詢師會與預期父母討論非整倍體。
chromosomal analysis helps identify specific aneuploidies.
染色體分析有助於識別特定的非整倍體。
miscarriages can result from chromosomal aneuploidies.
流產可能是由染色體非整倍體引起的。
aneuploidies affect gene dosage and disrupt cellular balance.
非整倍體會影響基因劑量並破壞細胞平衡。
research on aneuploidies has advanced our understanding of genetics.
對非整倍體的研究加深了我們對遺傳學的了解。
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