AGRICULTURAL
UNIVERSITY OF ATHENS
Department of
Biotechnology          
Home
 - 
Courses
 - 
Population Genetics

Population Genetics

Content

• Random mating populations
• Hardy- Weinberg (H-W ) principle. Testing H-W proportions
• Estimation of allele frequencies. Sex-linked loci. Extensions and generalizations of HWE
• Deviations from H-W equilibrium
• Inbreeding coefficient (F). Inbreeding depression
• Estimation of F from pedigree analysis
• Genetic drift. Genetic drift and expected allele frequencies
• Patterns of genetic drift in the Wright- Fisher model
• Effect of population size in the Wright – Fisher model. Founder effect
• Effective population size. Unequal sex ratio. Fluctuating population size
• Mutation. Selectively neutral mutations. Harmful mutations. Advantageous mutations
• Population subdivision.F- Statistics
• Genetic divergence among populations and gene flow
• Linkage Disequilibrium (LD). LD coefficients. Change in LD due to random mating
• Wahlund effect
• Natural selection. Fitness. Single locus with two alleles. Multiple alleles
• Calculation of allele frequency changes
• Special cases of selection. Heterozygote advantage
• Mutation –selection balance. Genetic hitchhiking. Selective sweeps
• The neutral theory and tests of neutrality

Learning outcomes

Bibliography

Population Genetics, Matthew Hamilton 2009, Wiley-Blackwell

NEWSLETTER

Biotechnology is a rapidly advancing discipline which aims at exploitting the progress in life and physical sciences as well as other related fields, in developing new and advanced products, processes and services
linkedin facebook pinterest youtube rss twitter instagram facebook-blank rss-blank linkedin-blank pinterest youtube twitter instagram Skip to content