Molecular Mechanisms of Bacterial VirulenceClarence I. Kado, Jorge H. Crosa Springer Science & Business Media, 1993. dec. 31. - 672 oldal This is the first volume to bring together the studies on the differences and profound similarities in the molecular mechanism of virulence between bacteria pathogenic for humans, animals and plants. The volume contains the following sections: 1. Host cell recognition and binding; 2. Pathogen ingression and invasive mechanisms; 3. Enzymes, toxins and other pathogenic factors; 4. Regulation of virulence genes and signal transduction; 5. Pathogen of host-defense mechanisms. |
Tartalomjegyzék
IV | 3 |
V | 17 |
VI | 31 |
VII | 47 |
VIII | 67 |
IX | 79 |
XI | 93 |
XIII | 109 |
XXXVI | 357 |
XXXVII | 379 |
XXXVIII | 399 |
XXXIX | 415 |
XL | 429 |
XLII | 447 |
XLIII | 463 |
XLIV | 477 |
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Gyakori szavak és kifejezések
Acad Actinobacillus pleuropneumoniae activity adhesin Agrobacterium tumefaciens amino acid amylovora analysis assay avirulence genes bacterial Bacteriol Beaman binding Bordetella Bordetella pertussis campestris pv characterization chromosomal cloned complementation containing culture disease domain encoded enzymes Erwinia Escherichia coli exopolysaccharide expression extracellular fragment function fusion gene cluster genetic hemolysin homology hrp genes hybridization Immun induced Infect insertion interactions invasion involved iron isolated leukotoxin locus macrophages Microbiol Molecular molecules mutagenesis mutants Natl nucleotide sequence operon outer membrane P.s. pv pathogen pathovar periplasmic pertussis phaseolicola phenotype pili pilus plant cell plasmid pleuropneumoniae polysaccharide Proc production proferrioxamines protease protein Pseudomonas solanacearum Pseudomonas syringae Pseudomonas syringae pv receptor region regulation regulatory residues role Salmonella secretion serotype Shigella flexneri siderophore signal specific strains structure subunit surface synthesis syringomycin T-DNA tissue toxin transcription transfer transposon typhimurium vir genes VirD2 virG virulence factors vitro wild type Xanthomonas Yersinia