Dynamics of the Bacterial Chromosome: Structure and FunctionJohn Wiley & Sons, 21.8.2006 - 448 sivua This book provides an unique overview on bacterial genetics, bacterial genome projects and gene technology and its applicaitons in biological and biomedical research and medicine. The author guides the reader up the front in research within the different fields of bacterial genetics, based mainly on results received with Escherichia coli and Bacillus subtilis. |
Sisältö
1 Structure of the Bacterial Cell | 1 |
2 Organization of the Bacterial Chromosome | 29 |
3 The Bacterial Cell Cycle Replication of the Chromosome Partitioning and Cell Division | 51 |
4 Recombination | 83 |
5 Origin of Mutations and Repair of DNA Lesions | 121 |
6 Principles of Gene Regulation | 153 |
7 Protein Quality Control Through Molecular Chaperones Protein Folding Catalysts and ATPdependent Proteases | 271 |
8 Secretion of Proteins | 309 |
9 Stress Genes and Their Regulation | 341 |
10 Exchange of Genes Transformation Conjugation and Transduction | 381 |
Glossary | 405 |
413 | |
Muita painoksia - Näytä kaikki
Dynamics of the Bacterial Chromosome: Structure and Function Wolfgang Schumann (Prof. Dr. rer. nat.) Rajoitettu esikatselu - 2006 |
Dynamics of the Bacterial Chromosome: Structure and Function Wolfgang Schumann Esikatselu ei käytettävissä - 2006 |
Dynamics of the Bacterial Chromosome: Structure and Function Wolfgang Schumann Esikatselu ei käytettävissä - 2006 |
Yleiset termit ja lausekkeet
activity amino acid anti-terminator ATP-dependent ATPase bacteria binding sites catalyzed cell chaperone chromosome cleavage codon coli complex conjugative consists contains cytoplasmic membrane degradation dimer dissociation disulfide DNA sequence DnaA DnaK domain double-stranded elements elongation encoded endonuclease enzyme eukaryotic expression filament folding formation frameshift function genetic genome Gram-negative GroEL H-NS helicase homologous hydrolysis induced inhibits initiation inner membrane insertion interaction intron involved kinase lesion located mechanism membrane proteins Microbiol modulated molecular molecules motif mRNA mutations N-terminal nucleotides occurs ofthe operon oriC outer membrane oxidative pathway periplasmic phage phosphoryl pilus plasmid Pol IV polypeptide promoter protease RecA recombination region regulatory regulon release repair replication fork repressor residues ribosome RNA polymerase RNase role secretion sensor sigma factor signal peptide single-stranded specific stem-loop strand structure subtilis subunit synthesis target teins temperature termination tion trans transcription transfer translation translocation transmembrane transport transposons tRNA upstream uptake