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Nucleotide sequence of the mitochondrial genes coding for tRNAglyGGR and tRNAvalGUR.

机译:编码tRNAglyGGR和tRNAvalGUR的线粒体基因的核苷酸序列。

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摘要

Yeast mitochondrial DNA-pBR322 recombinant DNA molecules known to contain tRNA genes from a tRNA rich region of the yeast genome were used as a source of DNA for restriction mapping and tRNA gene sequence analysis. We report here restriction maps of two segments of yeast mitochondrial DNA and the sequence of mitochondrial genes coding for tRNAglyGGR and tRNAvalGUR. Both genes are flanked by A + T rich DNA and neither has an intervening sequence nor codes for a 3' CCA end. The tRNA structures deduced from the genes have the usual cloverleaf structures and invariant nucleotides. This combination of DNA sequencing and restriction mapping has enabled us to determine that the tRNAvalGUR and a previously sequenced tRNA, the tRNApheUUY are transcribed from the same strand of DNA.
机译:酵母线粒体DNA-pBR322重组DNA分子已知包含来自酵母基因组tRNA富集区域的tRNA基因,被用作DNA的来源,用于限制性图谱和tRNA基因序列分析。我们在这里报告酵母线粒体DNA的两个部分的限制性图谱以及编码tRNAglyGGR和tRNAvalGUR的线粒体基因序列。这两个基因均侧接富含A + T的DNA,既没有插入序列,也没有编码3'CCA末端。从基因推导的tRNA结构具有通常的苜蓿叶形结构和不变的核苷酸。 DNA测序和限制性图谱的结合使我们能够确定tRNAvalGUR和先前测序的tRNA,即tRNApheUUY是从同一条DNA转录而来的。

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