Subjects

Table of Contents “...The molecular basis of heredity, variation, and evolution -- Transmission genetics -- Cell division and chromosome heredity -- Gene interaction -- Genetic linkage and mapping in eukaryotes -- Gene analysis and mapping in bacteria and bacteriophage -- DNA structure and replication -- Molecular biology of transcription and RNA processing -- The molecular biology of translation -- The integration of genetic approaches : understanding sickle cell disease -- Chromosome structure -- Gene mutation, DNA repair, and homologous recombination -- Chromosome aberrations and transposition -- Regulation of gene expression in bacteria and bacteriophage -- Regulation of gene expression in eukaryotes -- Forward genetics and recombinant DNA technology -- Applications of recombinant DNA technology and reverse genetics -- Genomics : genetics from a whole genome perspective -- Cytoplasmic inheritance and the evolution of organelle genomes -- Developmental genetics -- Genetic analysis of quantitative traits -- Population genetics and evolution....”

Table of Contents “...Introduction to genetics -- Mitosis and meiosis -- Mendelian genetics -- Extensions of Mendelian genetics -- Chromosome mapping in eukaryotes -- Genetic analysis and mappi-ng in bacteria and bacteriophages -- Sex determination and sex chromosomes -- Chromosome mutation : variation in number and arrangement -- Extranuclear inheritance -- DNA structure and analysis -- DNA replication and recombination -- DNA organization in chromosomes -- The genetic code and transcription -- Translation and proteins -- Gene mutation, DNA repair, and transposition -- Regulation of gene expression in prokaryotes -- Regulation of gene expression in eukaryotes -- Developmental genetics -- Cancer and regulation of the cell cycle -- Recombinant DNA technology -- Genomics, bioinformatics, and proteomics -- Applications and ethics of genetic engineering and biotechnology -- Quantitative genetics and multifactorial traits -- Genetics of behavior -- Population and evolutionary -- Conservation gentics....”

Subjects

Table of Contents “...Genetic technologies. Recombinant DNA technology -- Biotechnology -- Structural genomics -- Functional genomics, proteomics, and bioinformatics -- pt. ...”

Table of Contents “...paradigm and the role of lysogenic conversion in bacterial pathogenesis -- Transposition, site-specific recombination, and families of recombinases -- Molecular mechanisms of homologous recombination -- DNA repair and mutagenesis -- Regulation of gene expression : operons -- Global regulation : regulons, stimulons, and cell-cell communication -- Bacterial cell compartmentalization and sporulation....”
Table of contents only

Subjects Connect to electronic resource

Table of Contents “...The bacterial chromosome : DNA structure, replication, and segregation -- Bacterial gene expression : transcription, translation, and protein folding -- Bacterial genetic analysis : forward and reverse -- Plasmids -- Conjugation -- Transformation -- Lytic bacteriophages : development, genetics, and generalized transduction -- Lysogeny : the l paradigm and the role of lysogenic conversion in bacterial pathogenesis -- Transposition, site-specific recombination, and families of recombinases -- Molecular mechanisms of homologous recombination -- DNA repair and mutagenesis -- Regulation of gene expression : operons -- Global regulation : regulons and stimulons -- Bacterial cell compartmentalization and sporulation....”
Connect to electronic resource

Table of Contents

Table of Contents