Drought Response QTLs in a Super Basmati × Azucena Population by High-density GBS-based SNP Linkage Mapping

Keyphrases

• High Density 100%
• Drought Tolerance 100%
• Linkage Mapping 100%
• Azucena 100%
• Drought Response 100%
• Super Basmati 100%
• SNP Linkage 100%
• Drought Tolerant 66%
• Basmati 66%
• Basmati Rice 66%
• QTL Cluster 66%
• Chromosome 7 33%
• Linkage Map 33%
• Freshwater 33%
• Marker-assisted Selection 33%
• Fine Mapping 33%
• Water Uptake 33%
• Climate Change 33%
• Genomic Regions 33%
• Chromosome 11 33%
• Physiological Characteristics 33%
• Greenhouse 33%
• Grain Type 33%
• Recombinant Inbred Lines 33%
• Candidate Gene Study 33%
• Dry Water 33%
• Shoot Dry Weight 33%
• Yield Attributes 33%
• SNP Markers 33%
• Functional Markers 33%
• Japonica Cultivars 33%
• Drought-sensitive 33%
• Rice Improvement 33%

Biochemistry, Genetics and Molecular Biology

• Single Nucleotide Polymorphism 100%
• Drought Tolerance 100%
• Gene Mapping 100%
• Genetic Linkage 33%
• Chromosome 7 33%
• Water Transport 33%
• Candidate Gene 33%
• Gene Analysis 33%
• Chromosome 11 33%
• Recombinant Inbred Strain 33%
• Dry Weight 33%
• Aroma 33%
• Genomics 33%
• Cultivar 33%

Agricultural and Biological Sciences

• Gene Mapping 100%
• Single Nucleotide Polymorphism 100%
• Drought Tolerance 100%
• Genetic Linkage 33%
• Grains 33%
• Climate Change 33%
• Cultivar 33%
• Inbred Lines 33%
• Water Uptake 33%