Genome-wide associations and transcriptional profiling reveal ROS regulation as one underlying mechanism of sheath blight resistance in rice

Keyphrases

• Rice 100%
• Genome-wide Association 100%
• Transcriptional Profiling 100%
• Sheath Blight Resistance 100%
• Reactive Oxygen Species 66%
• Quantitative Trait Loci 66%
• High Density 33%
• Genomic Regions 33%
• Redox Signaling 33%
• Genome-wide Association Study 33%
• Defense Genes 33%
• Reactive Oxygen Species Production 33%
• Potential Identification 33%
• Novel Genes 33%
• Histochemical Staining 33%
• Deregulation 33%
• Resistance Mechanisms 33%
• Differentially Expressed Genes 33%
• Chromosome 1 33%
• Near-isogenic Lines 33%
• Multiple Regions 33%
• Chromosome 11 33%
• Chromosome 4 33%
• Rice Sheath Blight 33%
• Rhizoctonia Solani 33%
• Sheath Blight 33%
• Rice Disease 33%
• Multiple Mechanisms 33%
• Pathogen Colonization 33%
• Necrotrophic Fungi 33%
• Resistant Lines 33%

Biochemistry, Genetics and Molecular Biology

• Gene Expression Profiling 100%
• Quantitative Trait Locus 100%
• Infectious Agent 50%
• RNA 50%
• Genome-Wide Association Study 50%
• Chromosome 1 50%
• near Isogenic Line 50%
• Chromosome 11 50%
• Chromosome 4 50%
• Genomics 50%
• Rhizoctonia solani 50%

Immunology and Microbiology

• Quantitative Trait Locus 100%
• Gene Expression Assay 100%
• Infectious Agent 50%
• Genome-Wide Association Study 50%
• Chromosome 1 50%
• Rhizoctonia solani 50%
• Chromosome 11 50%
• Chromosome 4 50%
• near Isogenic Line 50%