放线菌菌株对引起榴莲炭疽病的 Colletotrichum sp.

Minh Tuong Le, Hong Nhieu Le, Quoc Viet Le, Quang Dung Nguyen, Van Tap Nguyen
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引用次数: 0

摘要

这项研究是在芹苴大学进行的,目的是调查放线菌分离物拮抗引起榴莲炭疽病的 Colletotrichum sp.结果表明,在所评估的 28 株放线菌中,6 株放线菌(包括 BT19、BL10、TG19、BT16、ĐT15 和 VL9)具有较强的拮抗能力,在共同接种 7 天后,抑制区半径分别达到 12.4、9.4、11.1、9.8、9.7 和 9.2 毫米,拮抗效力分别为 63.22、58.62、55.86、53.56、52.64 和 53.79%。在实验室条件下对 6 株菌株 BT19、BL10、TG19、BT16、DT15 和 VL9 的β-葡聚糖降解能力进行了测定,结果表明 BT19 菌株的β-葡聚糖分解活性最高,β-葡聚糖裂解光晕半径为 8.53 mm,试验 14 天后分泌的β-葡聚糖酶含量达到 0.678 IU/ml。本研究的结果将为进一步的研究奠定基础,有助于找到有效的方法来控制榴莲炭疽病。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Antagonistic potential of actinomycete strains against Colletotrichum sp. causes anthracnose disease in durian
The research was carried out at Can Tho University with the aim of investigating the ability of actinomycetes isolates to antagonise Colletotrichum sp. fungus causing anthracnose disease in durian. The results showed that among the 28 actinomycete strains evaluated, 6 actinomycetes including BT19, BL10, TG19, BT16, ĐT15, and VL9 had stronger antagonism with a radius of inhibition zone reaches 12.4, 9.4, 11.1, 9.8, 9.7, and 9.2 mm, respectively and antagonistic efficacy of 63.22, 58.62, 55.86, 53.56, 52.64, and 53.79%, respectively at 7 days after co-inoculation. The ability to degrade β-glucan of 6 strains BT19, BL10, TG19, BT16, DT15, and VL9 performed under laboratory conditions showed that the BT19 isolate had the highest β-glucanolytic activity with the β-glucan lyse halo radius of 8.53 mm and secreted β-glucanase content reached 0.678 IU/ml at 14 days after testing. The results of this study will be the basis for further research to contribute to finding effective methods to control anthracnose disease in durian.
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