An Introduction to Genetic Statistics

a₁ Aax Aa AB/ab alleles analysis of variance b₁ b₂ binomial binomial distribution breed c₁ C₂ calculate chapter coefficient of inbreeding coefficient of parentage consider covariance degrees of freedom denoted equal equation estimation Eugen example expectation F₁ F₂ Fisher formula full-sib mating function gametic array gene frequencies genetic genotypic array given Haldane Hence heterozygotes homozygotes hypothesis identical by descent individuals intraclass correlation large number linkage loci locus Lond mathematical mating types matrix method maximum likelihood mean squares mutation n₁ n₂ normal distribution observations obtained offspring P₁ panmictic parameters path coefficients population possible probability problem procedure progeny proportion quantity random gene random mating random sample roots selection Sewall situation solution statistical sum of squares Suppose Table theory total number unity Wright x₁ Y₁ zero др