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首页> 外文期刊>Proceedings of the Japan Academy, Series B. Physical and Biological Sciences >Identification of genes in the complete genomic DNA sequence of a hyper-thermophilic archaeon, Pyrococcus sp. OT3
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Identification of genes in the complete genomic DNA sequence of a hyper-thermophilic archaeon, Pyrococcus sp. OT3

机译:鉴定超嗜热古菌毕赤酵母完整基因组DNA序列中的基因。 OT3

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By using the algorithm for identifying transcription units-i.e. independently regulated ORFs and operons, and pseudo-genes, that was described in our earlier paper (Suckow et al., FEBS Letters, in press), the 1, 738, 505 base sequence that covers the whole genome of Pyrococcus sp. OT3 has been analyzed. ORFs of the number, 1, 819, and 51 RNA genes have been identified. For 42% of the identified ORFs significant homology has been found to the known protein genes of known function, and thus these were identified as protein genes, while for 31% homology has been found to the known ORFs of unknown function. For the rest 27% no significant homology has been found.
机译:通过使用用于识别转录单位的算法- i 。独立调节的ORF,操纵子和假基因,在我们之前的论文(Suckow等人,FEBS Letters,印刷中)中已有描述,其1、738、505个碱基序列涵盖了整个序列火球菌的基因组。 OT3已被分析。已经鉴定出数量分别为1、819和51个RNA基因的ORF。已发现42%的已鉴定ORF与已知功能已知的蛋白基因具有显着同源性,因此将它们鉴定为蛋白基因,而已鉴定出31%与未知功能的已知ORF同源。对于其余的27%,未发现显着同源性。

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