The complete genome sequence ofChromobacterium violaceumreveals remarkable and exploitable bacterial adaptability

0301 basic medicine paraquat adaptation Negibacteria bacterial protein open reading frame Heavy Metal stress chromobacterium violaceum bacterial genome energy metabolism pathogenicity Bacteria (microorganisms) Genome Bacterial xenobiotic metabolism Adaptation, Physiological Cell Motility Prokaryota priority journal chitinase Mammalia Priority Journal Detoxification signal transduction Biotechnology Signal Transduction biotechnology Paraquat Gene Sequence 572 membrane transport Physiological Molecular Sequence Data Bacterial Protein gene sequence cell motility Stress Bacterial Enzyme Open Reading Frame Open Reading Frames 03 medical and health sciences Pathogenicity Xenobiotic Metabolism Adaptation detoxification nonhuman bacterial enzyme Chromobacterium Chitinase Nucleotide Sequence nucleotide sequence heavy metal Nonhuman carrier protein Membrane Transport Carrier Protein Chromobacterium Violaceum Energy Metabolism Genome, Bacterial
DOI: 10.1073/pnas.1832124100 Publication Date: 2003-10-01T19:44:34Z
AUTHORS (109)
ABSTRACT
Chromobacterium violaceumis one of millions of species of free-living microorganisms that populate the soil and water in the extant areas of tropical biodiversity around the world. Its complete genome sequence reveals (i) extensive alternative pathways for energy generation, (ii) ≈500 ORFs for transport-related proteins, (iii) complex and extensive systems for stress adaptation and motility, and (iv) widespread utilization of quorum sensing for control of inducible systems, all of which underpin the versatility and adaptability of the organism. The genome also contains extensive but incomplete arrays of ORFs coding for proteins associated with mammalian pathogenicity, possibly involved in the occasional but often fatal cases of humanC. violaceuminfection. There is, in addition, a series of previously unknown but important enzymes and secondary metabolites including paraquat-inducible proteins, drug and heavy-metal-resistance proteins, multiple chitinases, and proteins for the detoxification of xenobiotics that may have biotechnological applications.
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