An evolutionary model for identifying genetic adaptation to high altitude

Keyphrases

• Evolutionary Model 100%
• Hypoxia-inducible Factor 100%
• Genetic Adaptation 100%
• Adaptation to High Altitude 100%
• Selective Intrauterine Growth Restriction (sIUGR) 66%
• Reproductive Period 66%
• O2 Delivery 66%
• SNP 33%
• Genetic Approach 33%
• Population Variation 33%
• During Pregnancy 33%
• Genetic Factors 33%
• Targeted Gene 33%
• Birth Weight 33%
• Multigenerational 33%
• High Altitude 33%
• Low Altitude 33%
• Genomic Approaches 33%
• Regulatory Genes 33%
• Uterine Blood Flow 33%
• Maternal Vascular 33%
• Genetic Mechanism 33%
• Reproductive Strategy 33%
• Early Postnatal Period 33%
• Physiological Adaptation 33%
• High-altitude Populations 33%
• Physiological Measurement 33%
• Tibet 33%
• Physiological Factors 33%
• Han Chinese 33%
• Fetal Response 33%
• Andean Populations 33%
• Chinese Residents 33%
• Serial Studies 33%
• Fetal Growth Restriction 33%
• Adjustment to Pregnancy 33%
• Maternal-fetal 33%

Biochemistry, Genetics and Molecular Biology

• Evolutionary Adaptation 100%
• Altitude 100%
• Evolution 100%
• Hypoxia-Inducible Factors 75%
• Prenatal Growth 50%
• Single Nucleotide Polymorphism 25%
• Genetics 25%
• Genetic Determinism 25%
• Blood Flow 25%
• Birth Weight 25%
• Fetus Growth 25%
• Genetic Mechanism 25%
• Adaptation 25%
• Perinatal Period 25%

Medicine and Dentistry

• Hypoxia Inducible Factor 100%
• Evolutionary Adaptation 100%
• Evolution 100%
• Intrauterine Growth Retardation 66%
• Single Nucleotide Polymorphism 33%
• Birth Weight 33%
• Heredity 33%
• Vasoactive Agent 33%
• Blood Flow 33%
• Fetus Growth 33%
• Perinatal Period 33%
• Physiological Adaptation 33%