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藤仓赤霉菌中赤霉素的生物合成。赤霉素A47。

Biosynthesis of gibberellins in Gibberella fujikuroi. Gibberellin A47.

作者信息

McInnes A G, Smith D G, Durley R C, Pharis R P, Arsenault G P, MacMillan J, Gaskin P, Vining L C

出版信息

Can J Biochem. 1977 Jul;55(7):728-35. doi: 10.1139/o77-105.

Abstract

Two minor radioactive products in cultures of G. fujikuroi strain ACC917 supplemented with labeled gibberellin A4 have been identified as the 2alpha-hydroxy derivative, gibberellin A47, and the hydrate, gibberellin A2. In addition, evidence was obtained by combined gas chromatography--mass spectrometry for the formation of 3-O-acetylgibberellin A1,3-O-acetylgibberellin A3, and gibberellin A20 by the culture. The time course of gibberellin synthesis in defined and complex media, as well as changes in the relative amounts of radioactive gibberellins formed when [4C]gibberellin A4 was added to cultures at different ages, suggest that the composition of the gibberellin mixture produced is determined by the balance between synthesis and decay of key enzymes in the branching pathway.

摘要

在添加了标记赤霉素A4的藤仓赤霉菌株ACC917培养物中,两种次要的放射性产物已被鉴定为2α-羟基衍生物赤霉素A47和水合物赤霉素A2。此外,通过气相色谱-质谱联用获得的证据表明,该培养物形成了3-O-乙酰基赤霉素A1、3-O-乙酰基赤霉素A3和赤霉素A20。在限定培养基和复合培养基中赤霉素合成的时间进程,以及在不同培养龄期向培养物中添加[4C]赤霉素A4时形成的放射性赤霉素相对量的变化,表明所产生的赤霉素混合物的组成是由分支途径中关键酶的合成与降解之间的平衡决定的。

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