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Strong GC and AT Skew Correlation in Chicken Genome

机译:强大的GC和鸡基因组的偏斜相关性

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Chicken genome AT and GC skews for individual chromosomes were visualized simultaneously using a novel method of 2-dimensional color-coded pixel matrix. The visualizations were compared to those of human, mouse and possum genomes. A strikingly strong correlation of AT skew and GC from small to large scale in chicken genome was found, compared to the other vertebrates. Some local skew correlations were also found for the other vertebrates, but only in small genomic scale. Quantitative measures of correlation were developed, and confirmed the special characteristic of chicken chromosomes. Possible explanations for uniqueness of birds in this respect are discussed. The phylogenetic distribution and evolutionary pressures responsible for this previously unreported skew correlation warrant further study.
机译:使用二维颜色编码像素矩阵的新方法同时可视化各个染色体的鸡基因组和单个染色体的GC偏差。将可视化与人,小鼠和可能基因组的比较。发现,与其他脊椎动物相比,发现在诸如鸡基因组中偏差和GC的偏差和GC的比较强烈相关。对于其他脊椎动物,也发现了一些局部偏斜相关性,但仅针对小型基因组规模。开发了相关的相关措施,并确认了鸡染色体的特征。讨论了在这方面的唯一性唯一性的可能解释。对该先前未报告的倾斜相关性负责的系统发育分布和进化压力需要进一步研究。

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