在过去几年中，科学家利用小鼠研究了非整倍体的遗传原因。
For the past several years, scientists have used mice to study the genetic causes of aneuploidy.
这个新研究表明，DNA数量的错误和它在癌细胞里面如何包装-叫做非整倍体-可能影响免疫系统的能力来毁坏肿瘤细胞。
The new study suggests that errors in the quantity of DNA and how it's packaged inside cancer cells - called aneuploidy - might affect the immune system's ability to destroy the cells.
研究人员希望将来他们能够研究出他们称之为“非整倍体疗法”的药物。
The researchers hope that, in the future, they can develop what they are calling "aneuploidy therapy."
Cleveland教授实验室的研究者建立染色体数目有明显变异的小鼠模型，并分析该非整倍体小鼠模型是否更容易罹患肿瘤。
To find out, researchers in the Cleveland lab created and analyzed mouse models with cells having a highly variable number of chromosomes to discover if such aneuploidy made the mice more tumor-prone.
Cleveland教授实验室的研究者建立染色体数目有明显变异的小鼠模型，并分析该非整倍体小鼠模型是否更容易罹患肿瘤。
To find out, researchers in the Cleveland lab created and analyzed mouse models with cells having a highly variable number of chromosomes to discover if such aneuploidy made the mice more tumor-prone.
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