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The non-random location of human oncogenes and tumour suppressor genes

机译:人类癌基因和抑癌基因的非随机定位

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We have analysed 994 sites for oncogenes and tumour suppressor genes located within human chromosome bands. The data presented disclose that: 1) These cancer genes build ridges as well as hot spots, which are not related to the position of other types of genes present in these chromosomes. 2) The frequency of cancer genes is not directly related to chromosome length, to the number of DNA bases per chromosome or to the number of structural genes present in each chromosome. 3) Suppressor genes tend to occupy the same location as oncogenes. 4) Several cancer genes occur in as many as 15 different sites spread over 10 different chromosomes. 5) The main feature of the distribution of both oncogenes and suppressors, is that they tend to be located near telomeres. Moreover, their numbers decrease from the telomere to the centromere building a distinct gradient. The difference is statistically significant. The present evidence, taken together, indicates that the telomeric territory might be a preferential location of cancer related genes and thereby also of stem cell genes.
机译:我们已经分析了位于人类染色体带内的994个癌基因和抑癌基因位点。所提供的数据表明:1)这些癌症基因会形成脊和热点,与这些染色体中存在的其他类型基因的位置无关。 2)癌症基因的频率与染色体长度,每个染色体的DNA碱基数或每个染色体中存在的结构基因的数目没有直接关系。 3)抑制基因倾向于与癌基因占据相同的位置。 4)几种癌症基因分布在10个不同的染色体上的多达15个不同的位点。 5)癌基因和抑制子分布的主要特征是它们倾向于位于端粒附近。此外,它们的数目从端粒到着丝粒减少,建立明显的梯度。差异具有统计学意义。目前的证据表明,端粒区域可能是癌症相关基因的优先位置,因此也是干细胞基因的优先位置。

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