Studies for IAA (Indole-3-Acetic Acid) Production by Isolates H6 with Nitric Acid Mutation

R. F. W. Putrie, T. Widowati, H. Sukiman
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引用次数: 2

Abstract

Nitric acid mutations are known could be used for strain improvement. This research aimed to studies IAA production by nitric acid mutan were compared with wild type. Mutation were conducted with some different treatment time such as 0, 30, 60, 90 and 120 min subsequently it were measured for IAA production. Isolate H6 as -1wild type isolates were also molecularly identified. The wild strain exhibited 53.83 µg mL of IAA while the -1 -1. nitric acid mutan within a range 77.39 µg mL to 95.70 µg mL Isolates H6.60 exhibited the highest IAA -1 production which 39.87 µg mL higher were compared with wild-type. Based on 16S rRNA gene analysis, isolate H6 belonged to Lysobacter sp. ES2-22.
硝酸突变菌株H6生产吲哚-3-乙酸的研究
已知硝酸突变可用于菌株改良。本研究旨在研究硝酸突变体与野生型的IAA产量。在不同的处理时间(0、30、60、90和120 min)下进行诱变,并测定其IAA产量。分离H6作为-1野生型分离株也得到了分子鉴定。野生菌株的IAA含量为53.83µg mL,野生菌株的IAA含量为-1µg mL。在77.39µg mL ~ 95.70µg mL范围内,菌株H6.60的IAA -1产量最高,比野生型高39.87µg mL。根据16S rRNA基因分析,分离物H6属于溶杆菌sp. ES2-22。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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