The effect of single nucleotide polymorphism identification strategies on estimates of linkage disequilibrium

Earth & Environmental Sciences

• disequilibrium 93%
• polymorphism 92%
• chromosome 54%
• genome 32%
• African American 24%
• demographic history 23%
• effect 20%
• population genetics 20%
• gene flow 19%
• subpopulation 19%
• genomics 17%
• marker 14%
• gene 13%
• sampling 9%
• resource 9%
• prediction 8%
• simulation 7%
• distribution 6%

Agriculture & Biology

• linkage disequilibrium 92%
• single nucleotide polymorphism 81%
• chromosomes 33%
• genome 19%
• demographic statistics 15%
• gene flow 15%
• population genetics 15%
• experimental design 14%
• prediction 11%
• genomics 11%
• sampling 6%
• genes 6%

Medicine & Life Sciences

• Linkage Disequilibrium 100%
• Single Nucleotide Polymorphism 73%
• Chromosomes 29%
• Population 19%
• Gene Flow 18%
• Population Genetics 15%
• Population Characteristics 14%
• Human Genome 13%
• African Americans 11%
• Genome 8%
• Demography 8%
• Genes 5%