Titlebook: Bacterial Invasion into Eukaryotic Cells; Subcellular Biochemi Tobias A. Oelschlaeger,J?rg Hacker Book 2000 Springer Science+Business Media

COKE

用不完

Host Cell Invasion by ,cci, it has become imperative to improve our understanding of the mechanisms by which this bacterium colonizes, invades and kills its victims. The development of vaccines and novel adjunctive drugs targeting defined pneumococcal virulence determinants is a crucial goal of current research.

禁令

High Frequency Invasion of Mammalian Cells by β Hemolytic Streptococciever, studies of . and . adherence mechanisms are a large body of work that is littered with debate and uncertainty and will therefore not be directly addressed here. Reviews of . (Hasty .., 1992) and . (Tamura and Rubens, 1994) adherence phenomena are cited.

取回

as an Invasive, Intracellular Pathogen of the Brain and Lungsurther subdivision of this taxon. Since routine laboratory identification does not differentiate these species, most reports of infections due to . represent the total complex and underestimate infections due to individual members such as . and . (Workman .., 1998).

摸索

精美食品

Internalization of , by Nonprofessional and Professional Phagocytesell wall. While the teichoic acids are covalently linked to the peptidoglycan, the lipoteichoic acids are anchored to the cytoplasmic membrane via a glycolipid moiety. . is wide spread in nature and is found on plants, in soil, and in freshwater, but also in silage, wastewater, and in human and animal feces (reviewed in Schuchat ., 1991).

換話題

Ballad

災(zāi)難

Patrick DeCorla-Souza,Mark Sullivaner and Aber, 1989). Although these three pathogens have different entry routes and cause different diseases, they share a remarkable tropism for the lymphoid tissues of their host, where they are able to resist the non-specific immune defense mechanisms.

同時(shí)發(fā)生

Interaction of Enteropathogenic , with Host Cellsoms ranging from cholera-like to extreme colitis, possess distinct sets of virulence factors, including specific adhesins, invasins and/or toxins, which are responsible for the characteristic symptoms and diarrhea associated with each class.