Genome-wide association analysis uncovers the genetic architecture of tradeoff between flowering date and yield components in sesame

Keyphrases

• Sesame 100%
• Genome-wide Association Analysis 100%
• Genetic Architecture 100%
• Yield Components 100%
• Flowering Date 100%
• Phenotypic Variation 40%
• Morpho-agronomic Traits 40%
• Genotype 20%
• Genomic Regions 20%
• Mediterranean Basin 20%
• Breeding Program 20%
• Crop Plants 20%
• Genetic Makeup 20%
• Genetic Diversity 20%
• Natural Variation 20%
• Increased Yield 20%
• Mediterranean Climate 20%
• Economic Importance 20%
• Genome-wide Association Study 20%
• Yield Attributes 20%
• Climate Conditions 20%
• Agricultural Importance 20%
• Geographically Distributed 20%
• Single nucleotide Polymorphism Markers 20%
• Yield Quality 20%
• Oilseed Crops 20%
• Genomic Signals 20%
• Sesamum Indicum 20%
• Orphan Crops 20%
• Field-based Phenotyping 20%
• Yield Sustainability 20%

Biochemistry, Genetics and Molecular Biology

• Genome Wide Association Study 100%
• Genetic Architecture 100%
• Phenotypic Variation 100%
• Agronomic Trait 100%
• Genomics 100%
• Genetics 50%
• Single-Nucleotide Polymorphism 50%
• Genetic Divergence 50%
• Genome-Wide Association Study 50%
• Sesamum 50%

Agricultural and Biological Sciences

• Anthesis 100%
• Agronomic Trait 50%
• Phenotypic Variation 50%
• Single Nucleotide Polymorphism 25%
• Mediterranean Climate 25%
• Genome-Wide Association Study 25%
• Oil Crops 25%
• Sesamum indicum 25%
• Genetic Variability 25%
• Genetic Divergence 25%