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通过紫麦角菌原生质体融合激活原养型分离物中麦角生物碱的生物合成。

Activation of ergot alkaloid biosynthesis in prototrophic isolates by Claviceps purpurea protoplast fusion.

作者信息

Didek-Brumec M, Gaberc-Porekar V, Alacević M, Milicić S, Socic H

机构信息

LEK, Pharmaceutical and Chemical Works, Ljubljana, Yugoslavia.

出版信息

J Biotechnol. 1991 Oct;20(3):271-8. doi: 10.1016/0168-1656(91)90324-o.

Abstract

Intraspecific protoplast fusions were carried out with active ergocornine-ergokryptine and inactive ergocristine Claviceps purpurea strains and vice versa. The isolated prototrophic strains from both types of crossings produced all three alkaloid types, showing that biosynthesis of distinct alkaloid was activated in an inactive partner strain. The prototrophic isolates were stable on minimal medium but they segregated by subculturing on complete medium. In comparison with the original partner strains, differences in morphological and cytological characteristics were also established.

摘要

进行了种内原生质体融合,用产麦角柯宁 - 麦角隐亭的活性菌株和产麦角结晶碱的无活性紫麦角菌菌株进行融合,反之亦然。从两种类型杂交中分离出的原养型菌株产生了所有三种生物碱类型,表明在无活性的亲本菌株中不同生物碱的生物合成被激活。原养型分离株在基本培养基上稳定,但在完全培养基上继代培养时会发生分离。与原始亲本菌株相比,在形态学和细胞学特征上也发现了差异。

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