Biological Control of soft rot bacteria of onion in Bangladesh

M. Rahman, A. Khan, A. Akanda
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Abstract

An investigation was conducted to search antagonistic bacteria as biological control agents of soft rotting bacterial pathogen of onion (Allium cepa L.) in vitro and in storage. Antibacterial activity of previously isolated 91 bacterial isolates was tested in vitro against onion soft rot bacteria Burkholderia cepacia O-15. Two isolates namely, R-15 and E-37 were found antagonistic against onion soft rot bacteria. Isolate R-15 was identified as the genus Bacillus and the isolate E-37 to Lactobacillus sp. Isolate R-15 proved to be a strong antagonist against onion soft rot bacteria was selected for bio-control of onion in storage. That was also effectively reduces the soft rot disease of onion in storage condition. Percentage of disease reduction (PDR) due to treatment with antagonistic bacteria was 72.4% compared to untreated control. It is therefore suggested that this isolate could be exploited as biocontrol agent for onion soft rot in Bangladesh. Bangladesh J. Sci. Ind. Res.56(4), 231-240, 2021   
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孟加拉洋葱软腐菌的生物防治
在离体和贮藏条件下,对洋葱软腐菌病原菌的生物防治进行了拮抗菌研究。研究了91株分离菌株对洋葱软腐菌洋葱伯克霍尔德菌O-15的体外抑菌活性。两株菌株R-15和E-37对洋葱软腐病菌有拮抗作用。分离物R-15鉴定为芽孢杆菌属,分离物E-37鉴定为乳杆菌属。分离物R-15对洋葱软腐菌具有较强的拮抗作用,可用于洋葱贮藏中的生物防治。这也有效地减少了洋葱在贮藏条件下的软腐病。与未经治疗的对照组相比,使用拮抗菌治疗的疾病减少率(PDR)为72.4%。因此,该分离物可作为孟加拉洋葱软腐病的生物防治剂。[j]。工业再生,56(4),231- 240,2021
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审稿时长
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