Genetics

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Genetics; Cellular division and chromosomes; Reproductive cycles. Nucleic acids; Repllication and synthesis of nucleic acids. Transmission and distribution of genetic material; Mendelian principles; Segregation; Independent assortment; Probality and statistical testing; Dominance relations and multiple alleles in diploid organisms; Environmental effects and gene expression; Gene interaction and lethality; Sex determination and sex linkage in diploids; Maternal effects and cytoplasmic heredity; Quantitative inheritance; Analysis of quantitative characters; Arragement of genetic material; Linkage and recombination; Gene mapping in diploids; Recombination in fungi; Recombination in bacteria; Recombination in viruses; Change and structure of genetic material;Chromosome variation in number; Changes in chromosome structure; Gene mutation; Induced genetic changes and DNA repair mechanisms; genetic fine structure; Function of genetic material; Nature of the genetic code; Gene regulation; Gene manipulation; Differentiation and pattern; Course of genetic material in populations; Gene frequencies and equilibrium; Changes in gene frequencies; Inbreedings and heterosis; Genetic strucuture of populations; Speciation and evolution; Prospects for the control of human evolution.