首页> 外国专利> dna sequence coding for a s - locus - specific glycoprotein from selvuforligelige plants, the procedure for the cloning of a cdna sequence coding for at least a portion of the glycoprotein,overfaeringsvektor, transformed microorganism and fusion protein

dna sequence coding for a s - locus - specific glycoprotein from selvuforligelige plants, the procedure for the cloning of a cdna sequence coding for at least a portion of the glycoprotein,overfaeringsvektor, transformed microorganism and fusion protein

机译:编码来自七叶树属植物的s-位点特异性糖蛋白的dna序列,克隆编码至少一部分糖蛋白的cdna序列的程序,过度消耗的载体,转化的微生物和融合蛋白

摘要

A DNA having a base sequence coding for an S-locus glycoprotein from self-incompatible plants has been cloned, novel recombinant DNA transfer vectors containing the cloned DNA have been constructed, and novel microorganisms transformed by the recombinant transfer vectors have been obtained. A chimeric gene for an S-locus specific glycoprotein has been constructed and a fusion protein can be expressed from the chimeric gene. A method of cloning a cDNA sequence for S-locus specific glycoprotein from self-incompatible plants is described.
机译:已经从自身不相容的植物中克隆了具有编码S基因座糖蛋白的碱基序列的DNA,已经构建了含有克隆的DNA的新型重组DNA转移载体,并且已经获得了通过重组转移载体转化的新型微生物。已经构建了S基因座特异性糖蛋白的嵌合基因,并且可以从该嵌合基因表达融合蛋白。描述了一种从自体不相容植物克隆S基因座特异性糖蛋白的cDNA序列的方法。

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