Population Genetics |
Contents
Genetics and Statistical Background 120 | 1 |
Evolution and Speciation 2142 | 21 |
Evolution and Speciation | 29 |
Evolutionary Advantage of Sex 4359 | 43 |
Evolutionary Advantage of | 45 |
Equilibrium and Mating Systems 6080 | 60 |
Equilibrium and Mating Systems | 77 |
Polygenic Inheritance 8199 | 81 |
Process that Change Allelic Frequencies 118137 | 118 |
Process that Change Allelic Frequencies | 121 |
HardyWeinberg | 138 |
Genetic Drift 153181 | 153 |
Genetic Drift | 155 |
Natural Selection 182218 | 182 |
Natural Selection | 184 |
Quantitative Genetics 219246 | 219 |
Common terms and phrases
AA aa additive variance allelic frequencies amino acid assumption average bristles calculate called change in allelic coalescent codon colour correlation covariance decrease deleterious alleles deleterious mutations deviation diploid directional selection Drosophila environment environmental enzyme epistasis Equation estimate evolution example expected F₁ fixation probability flies gametes gene genetic drift genetic variation genome genotype frequencies Hardy-Weinberg equilibrium Hardy-Weinberg law Hardy-Weinberg proportions heritability heterozygotes heterozygous homozygotes homozygous identical by descent inbred inbreeding coefficient incomplete dominance increase individuals intensity of selection lethal loci locus mean fitness migration molecular Muller's ratchet mutation rate natural populations natural selection neutral theory nucleotide occurs offspring organisms outbred overdominance P₁ pairs parents patch phenotype polymorphism population genetics protein quantitative genetics quantitative traits random mating randomly rate of substitution recessive recombination relatives reproductive sample segregation selection coefficient sexual speciation species three genotypes total number V₁ variable viability zero