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• W1992324782 abstract "Microorganisms under natural habitats live in communities and some provides benefits to plant. Further, microbes when introduced to soil as consortium and interact with a host plant, partially mimic the natural soil conditions. The current research trend has therefore oriented towards investigating the role of small microbial consortia in promoting plant growth and health against various invading pathogens. This is a paradigm shift from the original investigations involving a single microbe. In the recent past, information on various mechanisms by which microbial consortia promoted plant growth and triggered defense responses in host plants during pathogen ingress have become available. It was also unveiled that microbes in small consortia enhance the defense signaling cascades leading to enhanced transcriptional activation of several metabolic pathways. However, an additive or synergistic effect is not achieved every time a microbial consortium is used. With progress in time a sizable understanding on microbial consortium-induced plant defense responses had been reached. Further generation of information on host's responses to pathogenic challenge in the presence of diverse microbial consortia at functional level is underway. In this review, we have presented the outcomes of small microbial consortia used so far to protect crop plants from various pathogens. We have also provided possible explanations for reduction in diseases when a microbial consortium was used, compared the effects of microbes when used alone as well as in consortium, possible shortcomings for not obtaining desired outcome from the introduced consortia, and provided the rationale for development of effective microbial consortia capable of inducing enhanced systemic resistance. Finally, we have suggested some potential biotechnological applications to sustain the effect of microbe-induced defense responses in host plants." @default.
• W1992324782 created "2016-06-24" @default.
• W1992324782 creator A5040144677 @default.
• W1992324782 creator A5057100943 @default.
• W1992324782 creator A5068797503 @default.
• W1992324782 creator A5069920379 @default.
• W1992324782 date "2015-08-01" @default.
• W1992324782 modified "2023-10-18" @default.
• W1992324782 title "Microbial consortium-mediated plant defense against phytopathogens: Readdressing for enhancing efficacy" @default.
• W1992324782 cites W1527475052 @default.
• W1992324782 cites W1937358407 @default.
• W1992324782 cites W1965112586 @default.
• W1992324782 cites W1966858787 @default.
• W1992324782 cites W1968830441 @default.
• W1992324782 cites W1971829879 @default.
• W1992324782 cites W1972684056 @default.
• W1992324782 cites W1974176344 @default.
• W1992324782 cites W1981598684 @default.
• W1992324782 cites W1984646131 @default.
• W1992324782 cites W1985481098 @default.
• W1992324782 cites W1986917729 @default.
• W1992324782 cites W1989362029 @default.
• W1992324782 cites W1993823684 @default.
• W1992324782 cites W1998438094 @default.
• W1992324782 cites W1998891319 @default.
• W1992324782 cites W1999912119 @default.
• W1992324782 cites W2005906963 @default.
• W1992324782 cites W2012249171 @default.
• W1992324782 cites W2012391873 @default.
• W1992324782 cites W2016083925 @default.
• W1992324782 cites W2016218768 @default.
• W1992324782 cites W2016422898 @default.
• W1992324782 cites W2016552951 @default.
• W1992324782 cites W2016606855 @default.
• W1992324782 cites W2016720916 @default.
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• W1992324782 cites W2019075610 @default.
• W1992324782 cites W2021575822 @default.
• W1992324782 cites W2021977789 @default.
• W1992324782 cites W2022161134 @default.
• W1992324782 cites W2026632161 @default.
• W1992324782 cites W2029227842 @default.
• W1992324782 cites W2030785876 @default.
• W1992324782 cites W2032381265 @default.
• W1992324782 cites W2039599479 @default.
• W1992324782 cites W2056121697 @default.
• W1992324782 cites W2056162339 @default.
• W1992324782 cites W2056796162 @default.
• W1992324782 cites W2058635394 @default.
• W1992324782 cites W2059084721 @default.
• W1992324782 cites W2059702734 @default.
• W1992324782 cites W2067575144 @default.
• W1992324782 cites W2073730073 @default.
• W1992324782 cites W2078450669 @default.
• W1992324782 cites W2080139466 @default.
• W1992324782 cites W2083019293 @default.
• W1992324782 cites W2083027737 @default.
• W1992324782 cites W2083613232 @default.
• W1992324782 cites W2084146051 @default.
• W1992324782 cites W2089774081 @default.
• W1992324782 cites W2091468303 @default.
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• W1992324782 cites W2113168338 @default.
• W1992324782 cites W2113970864 @default.
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• W1992324782 cites W2117508787 @default.
• W1992324782 cites W2124424782 @default.
• W1992324782 cites W2129326278 @default.
• W1992324782 cites W2135800342 @default.
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• W1992324782 cites W2322908543 @default.
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• W1992324782 doi "https://doi.org/10.1016/j.soilbio.2015.04.001" @default.
• W1992324782 hasPublicationYear "2015" @default.
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