Molecular evolution of dimeric α-amylase inhibitor genes in wild emmer wheat and its ecological association

Medicine & Life Sciences

• Amylases 75%
• Genes 27%
• Genetic Markers 6%
• Genetic Selection 8%
• Genetic Structures 8%
• Genetic Variation 6%
• Haplotypes 5%
• Insecta 6%
• Israel 13%
• Molecular Evolution 88%
• Nonparametric Statistics 5%
• Population 19%
• Proteins 2%
• Seeds 6%
• Sequence Analysis 5%
• Single Nucleotide Polymorphism 57%
• Starch 7%
• Triticum 82%
• Weevils 12%

Earth & Environmental Sciences

• analysis 3%
• comparison 2%
• ecological factor 47%
• energy source 6%
• gene 51%
• genetic differentiation 8%
• genetic diversity 7%
• genetic structure 8%
• heterozygosity 9%
• index 6%
• inhibitor 63%
• insect 6%
• marker 28%
• moisture 5%
• natural selection 8%
• polymorphism 43%
• protein 4%
• seed 5%
• starch 7%
• wheat 61%

Agriculture & Biology

• amylases 66%
• Bruchidae 8%
• energy 4%
• environmental factors 26%
• genes 23%
• genetic distance 6%
• genetic variation 8%
• haplotypes 5%
• heterozygosity 5%
• insects 4%
• Israel 14%
• loci 12%
• natural selection 6%
• proteins 2%
• sequence analysis 5%
• single nucleotide polymorphism 38%
• starch 4%
• Triticum turgidum subsp. dicoccoides 100%
• Triticum turgidum subsp. dicoccon 9%