Science / Life Sciences / Genetics & GenomicsScience / Philosophy & Social Aspects
Description
Transmission genetic analysis : Patterns of inheritance - The chromosomal basic of inheritance - Eukaryote chromosome mapping by recombination - The genetics of bacteria and their viruses - The relationship of DNA and phenotype : From gene to phenotype - DNA : structure and replication - RNA : transcription and processing - Proteins and their synthesis - Regulation of gene transcription - Genome structure and engineering : Gene isolation and manipulation - Genomics - The dynamic genome : transposable elements - The nature of heritable change : Mutation, repair, and recombination - Large-scale chromosomal changes - From genes to processes : Dissection of gene function - Genetic regulation of cell number : normal and cancer cells - The genetic basic of development - The impact of genetic variation : Population genetics - Quantitative genetics - Evolutionary genetics.