Article: Structural Biology of Bacterial Pathogenesis.(Book Review)

Article: Structural biology of bacterial ...
SciTech Book News;  September 1, 2005 ;     482 words ...1555813011 Structural biology of bacterial pathogenesis. Ed. by Gabriel ... implicated in bacterial pathogenesis. They exclude the structural biology of toxins, which ... basic paradigm of bacterial pathogenesis. The topics ...

Article: Bacterial pathogenesis; methods and ...
SciTech Book News;  June 1, 2008 ;     472 words ...9781588297402 Bacterial pathogenesis; methods and protocols. Ed. by Frank R. DeLeo and ... biology and related fields that examine the mechanisms of bacterial pathogenesis, and the relationships between the host and these pathogens ...

Article: Phages; their role in bacterial pathogenesis and ...
SciTech Book News;  December 1, 2005 ;     558 words ...1555813070 Phages; their role in bacterial pathogenesis and biotechnology. Ed. by Matthew K. Waldor et al. ASM Press 2005 450 pages $119.95 Hardcover QR342 Bacteriophages were ...

Article: Genomics and Bacterial Pathogenesis.
Emerging Infectious Diseases;  September 1, 2000 ;     700+ words ...Whole-genome sequencing is transforming the study of pathogenic bacteria. Searches for single virulence genes can now be performed on a genomewide scale by a variety of computer and genetic techniques. These techniques are discussed to provide a perspective on the developing field of genomics.

Article: U.S., Canadian Inventors Develop Bacterial ...
US Fed News Service, Including US State News;  February 22, 2008 ;     465 words ...ALEXANDRIA, Va., Feb. 22 -- Bonnie L. Bassler of Princeton, N.J., Michael G. Surette of Calgary, Canada, have developed a bacterial disease controlling method. According to the U.S. Patent & Trademark Office: "The production of a purified extracellular bacterial signal called autoinducer-2 is

Article: The Contribution of Cytolethal Distending Toxin to ...
Critical Reviews in Microbiology;  October 1, 2006 ;     700+ words ...Cytolethal distending toxin (CDT) is a bacterial toxin that initiates a eukaryotic cell cycle block at the G^sub 2^ stage prior to mitosis. CDT is produced by a number of bacterial pathogens including: Campylobacter species, Escherichia coli, Salmonella enterica serovar Typhi, Shigella

Article: New structural biology research from Abbott ...
Biotech Week;  August 20, 2008 ;     700+ words ... ... G protein-coupled receptors for structural biology,' is now available. According ... overcome before membrane protein structural biology becomes routine: over-expression ... presented in the context of potential structural biology applications," wrote M.L. Chiu ...