Genomic evidence of local adaptation to climate and diet in indigenous Siberians

Medicine & Life Sciences

• Climate 89%
• Cold Climate 61%
• Siberia 60%
• Diet 53%
• Genetic Selection 50%
• Basal Metabolism 50%
• Photoperiod 49%
• Brown Adipose Tissue 47%
• Exome 47%
• Missense Mutation 40%
• Gene Frequency 38%
• Biological Phenomena 37%
• Lipid Metabolism 37%
• Cold Temperature 35%
• Single Nucleotide Polymorphism 32%
• Genes 31%
• Population 30%
• Food 27%
• Genome 26%
• Lipids 25%
• Phenotype 23%
• Serum 17%

Earth & Environmental Sciences

• local adaptation 100%
• genomics 78%
• diet 68%
• lipid 44%
• climate 42%
• gene 39%
• photoperiod 35%
• natural selection 31%
• allele 29%
• phenotype 28%
• polymorphism 27%
• mutation 25%
• biological processes 25%
• serum 25%
• inhabitant 24%
• genome 24%
• innovation 22%
• metabolism 22%
• tissue 18%
• distribution 18%
• cold 18%
• food 17%
• resource 14%
• temperature 9%
• rate 8%
• analysis 6%

Agriculture & Biology

• climate 61%
• single nucleotide polymorphism arrays 53%
• missense mutation 52%
• basal metabolic rate 50%
• genomics 49%
• cold zones 48%
• brown adipose tissue 46%
• Siberia 46%
• blood lipids 41%
• frequency distribution 40%
• diet 40%
• lipid metabolism 38%
• natural selection 36%
• gene frequency 36%
• tail 32%
• photoperiod 31%
• genes 27%
• phenotype 25%
• genome 21%
• temperature 15%