Wesolowski M, Fukuhara H
Mol Gen Genet. 1979 Mar 5;170(3):261-75. doi: 10.1007/BF00267059.
Ninety five rho- mitochondrial DNA's of Saccharomyces cerevisiae were compared for their deletion structure by means of 15 genetic markers and 22 tRNA genes. The patterns of co-deletion and co-retention of different tRNA genes allowed us to determine their positions with respect to each other. The deduced order of tRNA genes was consistent with the order of the genetic markers established by independent genetic approaches. Our previously proposed mitochondrial tRNA gene map has been revised and extended. Transfer RNA genes, corresponding to all 20 aminoacids, and two isoacceptor tRNA genes were localized. The possible position of each tRNA gene has been indicated on the physical map of mitochondrial DNA. Seventeen tRNA genes are carried by a narrow region representing less than 20% of the wild type genome.
通过15个遗传标记和22个tRNA基因,对95个酿酒酵母的rho-线粒体DNA的缺失结构进行了比较。不同tRNA基因的共同缺失和共同保留模式使我们能够确定它们彼此之间的位置。推导的tRNA基因顺序与通过独立遗传方法建立的遗传标记顺序一致。我们之前提出的线粒体tRNA基因图谱已得到修订和扩展。对应于所有20种氨基酸的tRNA基因以及两个同工受体tRNA基因已定位。每个tRNA基因的可能位置已在线粒体DNA的物理图谱上标明。17个tRNA基因由一个狭窄区域携带,该区域占野生型基因组的比例不到20%。