[HTML][HTML] Complementary Proteomics, Genomics approaches identifies potential pathogenicity/virulence factors in Tilletia indica induced under the influence of host …
Karnal bunt disease of wheat is incited by quarantine fungal pathogen T. indica. Till date,
there is little information on the pathogenic mechanisms involved in Karnal bunt. In order to
understand the molecular mechanisms of disease pathogenesis, highly aggressive T. indica
TiK isolate was cultured in the presence of host factor extracted from developing spikes of
wheat variety WH-542. Modulation in protein profile of mycelial proteins and secretome from
TiK cultured in the absence and presence of host factor was analyzed by 2-DE. Fifteen and …
there is little information on the pathogenic mechanisms involved in Karnal bunt. In order to
understand the molecular mechanisms of disease pathogenesis, highly aggressive T. indica
TiK isolate was cultured in the presence of host factor extracted from developing spikes of
wheat variety WH-542. Modulation in protein profile of mycelial proteins and secretome from
TiK cultured in the absence and presence of host factor was analyzed by 2-DE. Fifteen and …
Complementary proteomics, genomics approaches identifies potential pathogenicity/virulence factors in Tilletia indica induced under the influence of host factor.
VP Vishakha Pandey, AK Gupta, MS Manoj Singh… - 2019 - cabidigitallibrary.org
Karnal bunt disease of wheat is incited by quarantine fungal pathogen T. indica. Till date,
there is little information on the pathogenic mechanisms involved in Karnal bunt. In order to
understand the molecular mechanisms of disease pathogenesis, highly aggressive T. indica
TiK isolate was cultured in the presence of host factor extracted from developing spikes of
wheat variety WH-542. Modulation in protein profile of mycelial proteins and secretome from
TiK cultured in the absence and presence of host factor was analyzed by 2-DE. Fifteen and …
there is little information on the pathogenic mechanisms involved in Karnal bunt. In order to
understand the molecular mechanisms of disease pathogenesis, highly aggressive T. indica
TiK isolate was cultured in the presence of host factor extracted from developing spikes of
wheat variety WH-542. Modulation in protein profile of mycelial proteins and secretome from
TiK cultured in the absence and presence of host factor was analyzed by 2-DE. Fifteen and …
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