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Part 1 Heredity and the phenotype: cell division - mitosis and meosis; Mendalian genetics; modification of Mendelian ratios; linkage and chromosome mapping in eukaryotes; recombination and mapping in bacteria and bacteriophages; extensions of genetic analysis; extranuclear inheritance; chromosome mutation and sex determination. Part 2 Molecular basis of heredity: structure and analysis of DNA; DNA replication and recombination; storage and expression of genetic information; proteins - the end product of genetic expression; gene mutation, DNA repair, and transposable elements; recombinant DNA technology; applications of recombination DNA technology; genomic organization of DNA. Part 3 Advanced topics in genetic analysis: regulation of gene expression in bacteria and phages; regulation of gene expression in eukaryotes; developmental genetics; genetics and cancer; genetic basis of the immune response; behaviour genetics; population genetics; genetics and evolution. Appendices: experiemental methodology in genetics; solutions to selected problems and discussion questions.