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ApA Dinucleotide Periodicity in Prokaryote, Eukaryote, and Organelle Genomes

机译:原核生物,真核生物和细胞器基因组中的ApA二核苷酸周期性

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摘要

Computer analyses of various genome sequences revealed the existence of certain periodical patterns of adenine-adenine dinucleotides (ApA). For each genome sequence of 13 eubacteria, 3 archaebacteria, 10 eukaryotes, 60 mitochondria, and 9 chloroplasts, we counted frequencies of ApA dinucleotides at each downstream position within 50 bp from every ApA. We found that the complete genomes of all three archaebacteria have clear ApA periodicities of about 10 bps. On the other hand, all of the 13 eubacteria we analyzed were found to have an ApA periodicity of about 11 bp. Similar periodicities exist in the 10 eukaryotes, although higher organisms such as primates tend to have weaker periodic patterns. None of the mitochondria and chroloplasts we analyzed showed an evident periodic pattern.
机译:对各种基因组序列的计算机分析揭示了腺嘌呤-腺嘌呤二核苷酸(ApA)某些周期性模式的存在。对于13个真细菌,3个古细菌,10个真核生物,60个线粒体和9个叶绿体的每个基因组序列,我们计算了距每个ApA 50 bp以内每个下游位置的ApA二核苷酸的频率。我们发现所有三个古细菌的完整基因组具有约10 bps的清晰ApA周期。另一方面,我们分析的所有13个真细菌都具有大约11 bp的ApA周期性。在10种真核生物中存在相似的周期性,尽管诸如灵长类等高等生物倾向于具有较弱的周期性模式。我们分析的线粒体和叶绿体均未显示明显的周期性模式。

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