植物 tRNA 基因:大豆 tRNAasp 和 tRNAmet 的假定基因。

C Waldron, N Wills, R F Gesteland
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引用次数: 0

摘要

我们发现了与大豆总 tRNA 杂交的大豆基因组克隆片段。我们随机选择了其中的五个克隆,它们具有独特的限制性内切酶位点模式,并且只包含一小部分与 tRNA 同源的区域(在克隆的 10-12 kb 中不到 1 kb)。对其中两个杂交片段进行了亚克隆,并对包括同源区在内的约 600 bp 区域进行了测序。每个区域都包含一个假定的 tRNA 基因(tRNAasp 或 tRNAmet),周围是富含 AT 碱基对(68-82%)的 DNA。这两个序列都不编码接受氨基酸的-CCA末端。tRNAasp 基因不包含任何干扰序列,但 tRNAmet 基因的反密码子环中有一个 11-bp 的序列,这在成熟的 tRNA 中是不可能出现的。大豆基因组中似乎有少量序列与包含推定 tRNA 基因的每个区域具有同源性。
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Plant tRNA genes: putative soybean genes for tRNAasp and tRNAmet.

We have identified cloned fragments of the soybean genome that hybridize to total soybean tRNA. Five of these clones, chosen at random, have unique patterns of restriction endonuclease sites and contain only a small region that is homologous to tRNA (less than 1 kb of 10-12 kb cloned). Two of the hybridizing fragments were subcloned and regions of about 600 bp including the homologies were sequenced. Each region contains a single putative tRNA gene, for tRNAasp or tRNAmet, surrounded by DNA rich in AT basepairs (68-82%). Neither sequence encodes the amino acid-accepting -CCA terminus. The tRNAasp gene does not contain any intervening sequences, but the tRNAmet gene has an 11-bp sequence in the anticodon loop that would not be expected in the mature tRNA. There appear to be a small number of sequences within the soybean genome that share homology with each of the regions containing a putative tRNA gene.

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