Gene Variants Ancient DNA Mental Health Genetics Population Genetics Neanderthal Genetics Sex Determination Neanderthal DNA AMY1 Gene Genetic Variation Exome Sequencing Genetic Variants Gene Duplication Disease Genetics Denisovan DNA Ancient Genomes Adaptations Gender Determination Mitochondrial DNA Ancestral Populations Ancient Lineages Circadian Rhythms Neanderthal Genes DNA Gene Evolution Humanized Mice Human Genome Proteins Human Genetic Engineering Handedness DNA Sequencing Physiological Adaptation Genetic Studies Developmental Genetics Adaptation Developmental Milestones Migration Patterns Gene Identification Major Histocompatibility Complex Human-Accelerated Regions Single Nucleotide Polymorphisms (SNPs) Cancer Genetics Autism Genetics Genomic Diversity Genomic Variation Olfactory Genetics Hibernation Genetics Disease Mechanisms Genetic Markers Chronic Fatigue Syndrome ADSL Enzyme Variants MUC19 Gene Denisovans Denisovan Genetics Repetitive DNA Comparative Genetics Disease Risk Eye Color Mental Health Alien DNA Obesity Genes Longevity Research Metabolism Alien Genetic Manipulation Extraterrestrial Influence Rare Variants Facial Development Mutations Protective Genes Ancestral DNA Family Tree Genetic Variations Genomic Studies FTO Gene Variants Ancestry Research Amylase Genes Amylase Gene Variations Neanderthals Sex Ratio AMY1 Gene Variations Starch Digestion Amylase Gene Awards Hominin Interbreeding Tooth Development
A Nature analysis of 28 ancient genomes identifies adaptations that clarify the region’s role in our species’ evolution.
