Identification and characterization of fungal effectors and host factors in rice- false smut pathosystem
Other
Agency: Indian Council of Agricultural ResearchRole: Principal Investigator
Transformative Strategy for Controlling Rice Disease in Developing Countries: Healthy Crops
Other
Role: Principal Investigator
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NUCLEOTIDE SEQUECNE OF RICE RESPONSIBLE FOR RESISTANCE TO MAGNAPORTHE ORYZAE AND USES THEREOF
ICAR
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Patent No. :
346774
Filed :
18-03-2014
Published :
30-11--0001Filed
Scholarly Publications
Multi-omics Approaches and Their Applications for Disease Management in Cereal Crops
Book Chapter
Year: 2023.
Volume: 1
, Pages: 175-208
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Authors: B. N. Devanna; D. Pramesh; S. H. Prashant; H. Rajashekara; M. Kumari; S. Raghu; Deepak Pawar; S. M. Awaji; C. Parameswaran; J. L. Katara; S. Samantaray; B. C. Patra; M. S. Madhav; T. R. Sharma
Genome‐Wide Association Study Revealed the Genetics of Seed Vigour Traits in Rice (<scp><i>Oryza sativa</i></scp> L.)
Authors: S.K. SINGH; K.P. JEUGHALE; B. DASH; S.S. BHUYAN; M. CHANDRAVANI; C. PARAMESWARAN; B.N. DEVANNA; R.L. VERMA; J.L. KATARA; S. SAMANTARAY
Stress responsive OsHyPRP16 promoter driven early expression of resistance gene Pi54 potentiate the resistance against Magnaporthe oryzae in transgenic rice