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- W3128131161 endingPage "126721" @default.
- W3128131161 startingPage "126721" @default.
- W3128131161 abstract "Microbial volatile organic compounds (mVOCs) have great potential in plant ecophysiology, yet the role of belowground VOCs in plant stress management remains largely obscure. Analysis of biocontrol producing VOCs into the soil allow detailed insight into their interaction with soil borne pathogens for plant disease management. A root interaction trial was set up to evaluate the effects of VOCs released from Trichoderma viride BHU-V2 on soil-inhabiting fungal pathogen and okra plant growth. VOCs released into soil by T. viride BHU-V2 inhibited the growth of collar rot pathogen, Sclerotium rolfsii. Okra plants responded to VOCs by increasing the root growth (lateral roots) and total biomass content. VOCs exposure increased defense mechanism in okra plants by inducing different enzyme activities i.e. chitinase (0.89 fold), β-1,3-glucanase (0.42 fold), peroxidase (0.29 fold), polyphenol oxidase (0.33 fold) and phenylalanine lyase (0.7 fold) when inoculated with S. rolfsii. In addition, T. viride BHU-V2 secreted VOCs reduced lipid peroxidation and cell death in okra plants under pathogen inoculated condition. GC/MS analysis of VOCs blend revealed that T. viride BHU-V2 produced more number of antifungal compounds in soil medium as compared to standard medium. Based on the above observations it is concluded that okra plant roots perceive VOCs secreted by T. viride BHU-V2 into soil that involved in induction of plant defense system against S. rolfsii. In an ecological context, the findings reveal that belowground microbial VOCs may play an important role in stress signaling mechanism to interact with plants." @default.
- W3128131161 created "2021-02-15" @default.
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- W3128131161 date "2021-05-01" @default.
- W3128131161 modified "2023-10-06" @default.
- W3128131161 title "Belowground fungal volatiles perception in okra (Abelmoschus esculentus) facilitates plant growth under biotic stress" @default.
- W3128131161 cites W1484920454 @default.
- W3128131161 cites W1527475052 @default.
- W3128131161 cites W1933835178 @default.
- W3128131161 cites W1937358407 @default.
- W3128131161 cites W1970032662 @default.
- W3128131161 cites W1993189960 @default.
- W3128131161 cites W2002321319 @default.
- W3128131161 cites W2008789739 @default.
- W3128131161 cites W2012236208 @default.
- W3128131161 cites W2028788652 @default.
- W3128131161 cites W2038662406 @default.
- W3128131161 cites W2042742404 @default.
- W3128131161 cites W2049905907 @default.
- W3128131161 cites W2056006288 @default.
- W3128131161 cites W2058635394 @default.
- W3128131161 cites W2065882639 @default.
- W3128131161 cites W2070178623 @default.
- W3128131161 cites W2078653417 @default.
- W3128131161 cites W2081842083 @default.
- W3128131161 cites W2082917714 @default.
- W3128131161 cites W2093616182 @default.
- W3128131161 cites W2097911860 @default.
- W3128131161 cites W2106730604 @default.
- W3128131161 cites W2109365702 @default.
- W3128131161 cites W2109533799 @default.
- W3128131161 cites W2111179865 @default.
- W3128131161 cites W2117933268 @default.
- W3128131161 cites W2119769824 @default.
- W3128131161 cites W2125591204 @default.
- W3128131161 cites W2139296428 @default.
- W3128131161 cites W2148494501 @default.
- W3128131161 cites W2151709988 @default.
- W3128131161 cites W2152817453 @default.
- W3128131161 cites W2156268565 @default.
- W3128131161 cites W2158804744 @default.
- W3128131161 cites W2178174522 @default.
- W3128131161 cites W2253886704 @default.
- W3128131161 cites W2334519637 @default.
- W3128131161 cites W2345465110 @default.
- W3128131161 cites W2469566425 @default.
- W3128131161 cites W2499074027 @default.
- W3128131161 cites W250278818 @default.
- W3128131161 cites W2504153919 @default.
- W3128131161 cites W2520786492 @default.
- W3128131161 cites W2527666934 @default.
- W3128131161 cites W2545592600 @default.
- W3128131161 cites W2547841677 @default.
- W3128131161 cites W2553701348 @default.
- W3128131161 cites W2584315108 @default.
- W3128131161 cites W2606135201 @default.
- W3128131161 cites W2620646606 @default.
- W3128131161 cites W2724964714 @default.
- W3128131161 cites W2735363328 @default.
- W3128131161 cites W2766047290 @default.
- W3128131161 cites W2774420946 @default.
- W3128131161 cites W2782916169 @default.
- W3128131161 cites W2792790121 @default.
- W3128131161 cites W2793595137 @default.
- W3128131161 cites W2793968458 @default.
- W3128131161 cites W2801435745 @default.
- W3128131161 cites W2803236256 @default.
- W3128131161 cites W2804295004 @default.
- W3128131161 cites W2885083031 @default.
- W3128131161 cites W2899017924 @default.
- W3128131161 cites W2901450406 @default.
- W3128131161 cites W2904282263 @default.
- W3128131161 cites W2904730098 @default.
- W3128131161 cites W2913986808 @default.
- W3128131161 cites W2941882683 @default.
- W3128131161 cites W2955320494 @default.
- W3128131161 cites W2963503104 @default.
- W3128131161 cites W2966508955 @default.
- W3128131161 cites W2968374930 @default.
- W3128131161 cites W2981541417 @default.
- W3128131161 cites W2982709793 @default.
- W3128131161 cites W2990070497 @default.
- W3128131161 cites W2996371938 @default.
- W3128131161 cites W3007896965 @default.
- W3128131161 cites W3020658322 @default.
- W3128131161 cites W3043626580 @default.
- W3128131161 cites W35784147 @default.
- W3128131161 doi "https://doi.org/10.1016/j.micres.2021.126721" @default.
- W3128131161 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33581445" @default.
- W3128131161 hasPublicationYear "2021" @default.
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