aneuploidy can lead to developmental abnormalities.
单倍体异常会导致发育异常。
the cells were aneuploid, indicating a chromosomal error.
这些细胞为单倍体异常，表明染色体错误。
aneuploidy is often associated with cancer development.
单倍体异常经常与癌症发展相关联。
researchers are studying the mechanisms behind aneuploidy.
研究人员正在研究单倍体异常背后的机制。
aneuploid cells may have altered gene expression patterns.
单倍体异常细胞可能具有改变的基因表达模式。
aneuploidy can result in a range of phenotypic effects.
单倍体异常会导致多种表型效应。
detecting aneuploidy is crucial for prenatal diagnosis.
检测单倍体异常对于产前诊断至关重要。
aneuploidy can occur spontaneously or be induced by environmental factors.
单倍体异常可以自发发生，也可以由环境因素诱导。
the presence of aneuploid cells is a hallmark of certain diseases.
存在单倍体异常细胞是某些疾病的标志。
understanding aneuploidy can shed light on evolutionary processes.
理解单倍体异常可以阐明进化过程。
aneuploidy can lead to developmental abnormalities.
单倍体异常会导致发育异常。
the cells were aneuploid, indicating a chromosomal error.
这些细胞为单倍体异常，表明染色体错误。
aneuploidy is often associated with cancer development.
单倍体异常经常与癌症发展相关联。
researchers are studying the mechanisms behind aneuploidy.
研究人员正在研究单倍体异常背后的机制。
aneuploid cells may have altered gene expression patterns.
单倍体异常细胞可能具有改变的基因表达模式。
aneuploidy can result in a range of phenotypic effects.
单倍体异常会导致多种表型效应。
detecting aneuploidy is crucial for prenatal diagnosis.
检测单倍体异常对于产前诊断至关重要。
aneuploidy can occur spontaneously or be induced by environmental factors.
单倍体异常可以自发发生，也可以由环境因素诱导。
the presence of aneuploid cells is a hallmark of certain diseases.
存在单倍体异常细胞是某些疾病的标志。
understanding aneuploidy can shed light on evolutionary processes.
理解单倍体异常可以阐明进化过程。
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