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Loss of heterozygosity in somatic cells of the mouse. An important step in cancer initiation?

机译:小鼠体细胞中杂合性的丧失。引发癌症的重要一步?

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Loss of heterozygosity (LOH) of tumour suppressor genes is a crucial step in the development of sporadic and hereditary cancer. Recently, we and others have developed mouse models in which the frequency and nature of LOH events at an autosomal locus can be elucidated in genetically stable normal somatic cells. In this paper, an overview is presented of recent studies in LOH-detecting mouse models. Molecular mechanisms that lead to LOH and the effects of genetic and environmental variables are discussed. The general finding that LOH of a marker gene occurs frequently in somatic cells of the mouse without deleterious effects on cell viability, suggests that also tumour suppressor genes are lost in similar frequencies. LOH of tumour suppressor genes may thus be an initiating event in cancer development.
机译:肿瘤抑制基因的杂合性(LOH)丧失是散发性和遗传性癌症发展的关键步骤。最近,我们和其他人开发了小鼠模型,其中可以在遗传稳定的正常体细胞中阐明常染色体基因座LOH事件的频率和性质。在本文中,将概述LOH检测小鼠模型的最新研究。讨论了导致LOH的分子机制以及遗传和环境变量的影响。标记基因的LOH在小鼠体细胞中频繁发生而对细胞生存力没有有害影响的一般发现表明,抑癌基因也以相似的频率丢失。因此,抑癌基因的LOH可能是癌症发展中的起始事件。

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