The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress

Abstract Biological control has gained increasing attention as a strategy to address biotic and abiotic stresses in crops. In this study, we identified the strain KRS009 as Bacillus mojavensis through morphological identification and multilocus sequence analysis. KRS009 exhibited broad‐spectrum anti...

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Main Authors: Zhao, Fuhua, Wang, Dan, Liu, Huizi, Shan, Yujia, Qi, Hong‐Yue, Dai, Xiaofeng, Chen, Jieyin, Lesueur, Didier, Han, Dongfei, Zhang, Xiaojun, Zhang, Dandan
Format: Journal Article
Language:Inglés
Published: Wiley 2024
Subjects:
Online Access:https://hdl.handle.net/10568/168498
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author Zhao, Fuhua
Wang, Dan
Liu, Huizi
Shan, Yujia
Qi, Hong‐Yue
Dai, Xiaofeng
Chen, Jieyin
Lesueur, Didier
Han, Dongfei
Zhang, Xiaojun
Zhang, Dandan
author_browse Chen, Jieyin
Dai, Xiaofeng
Han, Dongfei
Lesueur, Didier
Liu, Huizi
Qi, Hong‐Yue
Shan, Yujia
Wang, Dan
Zhang, Dandan
Zhang, Xiaojun
Zhao, Fuhua
author_facet Zhao, Fuhua
Wang, Dan
Liu, Huizi
Shan, Yujia
Qi, Hong‐Yue
Dai, Xiaofeng
Chen, Jieyin
Lesueur, Didier
Han, Dongfei
Zhang, Xiaojun
Zhang, Dandan
author_sort Zhao, Fuhua
collection Repository of Agricultural Research Outputs (CGSpace)
description Abstract Biological control has gained increasing attention as a strategy to address biotic and abiotic stresses in crops. In this study, we identified the strain KRS009 as Bacillus mojavensis through morphological identification and multilocus sequence analysis. KRS009 exhibited broad‐spectrum antifungal activity against various phytopathogenic fungi by secreting soluble and volatile compounds. Additionally, the physio‐biochemical traits of strain KRS009 were characterized, including its growth‐promoting capabilities and active enzymes. Notably, KRS009 demonstrated the capacity for biofilm formation and exhibited tolerance to saline‐alkali conditions. The biological security evaluation confirmed the safety of KRS009 for both humans and plants. Furthermore, strain KRS009 was found to trigger plant immunity by inducing systemic resistance through salicylic acid‐ and jasmonic acid‐dependent signaling pathways. Greenhouse experiments conducted on cotton plants proved that the treatment with strain KRS009 effectively protected cotton against Verticillium wilt caused by Verticillium dahliae and promoted the growth of cotton under salt stress. These findings highlight the potential of B. mojavensis KRS009 as a promising biocontrol and biofertilizer agent for promoting plant growth, combating fungal diseases and mitigating salt stress in plants.
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spelling CGSpace1684982025-11-11T17:44:50Z The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress Zhao, Fuhua Wang, Dan Liu, Huizi Shan, Yujia Qi, Hong‐Yue Dai, Xiaofeng Chen, Jieyin Lesueur, Didier Han, Dongfei Zhang, Xiaojun Zhang, Dandan biological control-biocontrol osmotic stress-salt stress verticillium immune response-immunity reactions Abstract Biological control has gained increasing attention as a strategy to address biotic and abiotic stresses in crops. In this study, we identified the strain KRS009 as Bacillus mojavensis through morphological identification and multilocus sequence analysis. KRS009 exhibited broad‐spectrum antifungal activity against various phytopathogenic fungi by secreting soluble and volatile compounds. Additionally, the physio‐biochemical traits of strain KRS009 were characterized, including its growth‐promoting capabilities and active enzymes. Notably, KRS009 demonstrated the capacity for biofilm formation and exhibited tolerance to saline‐alkali conditions. The biological security evaluation confirmed the safety of KRS009 for both humans and plants. Furthermore, strain KRS009 was found to trigger plant immunity by inducing systemic resistance through salicylic acid‐ and jasmonic acid‐dependent signaling pathways. Greenhouse experiments conducted on cotton plants proved that the treatment with strain KRS009 effectively protected cotton against Verticillium wilt caused by Verticillium dahliae and promoted the growth of cotton under salt stress. These findings highlight the potential of B. mojavensis KRS009 as a promising biocontrol and biofertilizer agent for promoting plant growth, combating fungal diseases and mitigating salt stress in plants. 2024-12 2025-01-03T12:13:54Z 2025-01-03T12:13:54Z Journal Article https://hdl.handle.net/10568/168498 en Open Access application/pdf Wiley Zhao, F.; Wang, D.; Liu, H.; Shan, Y.; Qi, H.; Dai, X.; Chen, J.; Lesueur, D.; Han, D.; Zhang, X.; Zhang, D. (2024) The biocontrol strain Bacillus mojavensis KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress. New Plant Protection 1(2): e20. ISSN: 2994-9890
spellingShingle biological control-biocontrol
osmotic stress-salt stress
verticillium
immune response-immunity reactions
Zhao, Fuhua
Wang, Dan
Liu, Huizi
Shan, Yujia
Qi, Hong‐Yue
Dai, Xiaofeng
Chen, Jieyin
Lesueur, Didier
Han, Dongfei
Zhang, Xiaojun
Zhang, Dandan
The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress
title The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress
title_full The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress
title_fullStr The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress
title_full_unstemmed The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress
title_short The biocontrol strain <i>Bacillus mojavensis</i> KRS009 confers resistance to cotton Verticillium wilt and improves tolerance to salt stress
title_sort biocontrol strain i bacillus mojavensis i krs009 confers resistance to cotton verticillium wilt and improves tolerance to salt stress
topic biological control-biocontrol
osmotic stress-salt stress
verticillium
immune response-immunity reactions
url https://hdl.handle.net/10568/168498
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