Rapid evolution of α-gliadin gene family revealed by analyzing Gli-2 locus regions of wild emmer wheat

Keyphrases

• Wild Emmer Wheat 100%
• Gene Family 100%
• Rapid Evolution 100%
• Gliadin Genes 100%
• Gliadin 100%
• B Genome 83%
• Wild Emmer 50%
• Genome Sequencing 33%
• Tetraploid Wheat 33%
• Pseudogene 33%
• Genomic Regions 33%
• Gluten Proteins 33%
• Speciation 16%
• Young Subgroup 16%
• Wheat Species 16%
• Wheat 16%
• Tetraploid 16%
• Chinese Spring 16%
• Hexaploid Bread Wheat 16%
• Conserved Regions 16%
• Orthologous Genes 16%
• Genome Organization 16%
• Health Problems 16%
• Wheat Genome 16%
• Gene Family Member 16%
• Genomic Map 16%
• Domestication 16%
• Glutamine 16%
• Gene Duplication 16%
• Codon 16%
• Food Processing 16%
• Celiac Disease 16%
• D Genome 16%
• Long Genes 16%
• Gene Deletion 16%
• Sequence Divergence 16%
• Gene Pairs 16%
• Phylogenetic Tree Reconstruction 16%
• Dynamic Evolution 16%
• Ancestral Species 16%
• Premature Stop Codon 16%
• Immunogenic Epitopes 16%
• Differential Gene 16%
• Human Selection 16%
• Wheat Flour 16%
• Homologous Regions 16%
• End Use Properties 16%

Biochemistry, Genetics and Molecular Biology

• Multigene Family 100%
• Gliadin 100%
• Genomics 36%
• Hexaploidy 27%
• Pseudogene 18%
• Species Differentiation 9%
• Tetraploidy 9%
• Genomic Organization 9%
• Reconstruction 9%
• Glutamine 9%
• Gene Duplication 9%
• Codon 9%
• Gene Deletion 9%
• Phylogenetic Tree 9%
• Stop Codon 9%
• Optics 9%

Immunology and Microbiology

• Gliadin 100%