Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: KEGG:D02003 (NBT)
 1,323 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

A study of the functional-metabolic activity of neutrophilic leukocytes was performed in 54 patients with salmonellosis using cytochemical and luminescent-cytofluorimetric methods. The time course of disease revealed regular changes of the most important components of the leukocytic microbicidal system and indices of the NBT test activity depending on a stage, degree of severity, clinical type and type of applied therapy. Profound quantitative and qualitative shifts of the intraleukocytic components of the microbicidal system and indices of the NBT test of neutrophilic granulocytes in the time course of salmonellosis characterized the state of nonspecific body resistance.
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PMID:[Indices of body nonspecific reactivity in salmonellosis patients]. 331 84

Cytochemical studies of the components of intracellular microbicidal system of leukocytes were performed on rabbits. Two experimental models of Salmonella infection were used. With the oral infection by S. typhimurium the mild form of experimental salmonellosis was noticed. The decrease in myeloperoxidase activity and cation protein and lipid content, as well as an increase in glycogen content and NBT-test activity were observed. Intravenous injection of S. typhimurium endotoxin produced the clinical pattern of endotoxin shock. The activity of all the variables tested was decreased. It returned to standard values 120-240 hours after endotoxin injection.
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PMID:[Changes in the nonspecific factors of body protection in experimental Salmonella infection]. 354 38

S. Choleraesuis (Choleraesuis) and S. Typhimurium (Typhimurium) cause salmonellosis in pigs and humans. The effects of vaccine strains pSV-less Typhimurium OU5048 and Choleraesuis OU7266 and SPI-2-mutant Choleraesuis SC2284 on the immune responses of pigs against Typhimurium, Choleraesuis, and S. Enteritidis (Enteritidis) with or without the virulence plasmid (pSV) were determined. After oral vaccination of three vaccine groups and challenge with Choleraesuis CN36, the level of Salmonella-specific IgG in sera and the bactericidal effects and superoxide generation of peripheral blood mononuclear cells (PBMCs) and polymorphonuclear leukocytes (PMNs) against the above strains were determined using ELISA and NBT assay, respectively. Among three vaccine strains tested, OU7266 stimulated the highest Salmonella-specific IgG levels. Complement inactivation increased IgG concentration, while E. coli absorption reduced IgG levels. The pSV-containing strains were less resistant to serum killing than the pSV-less strains, and Enteritidis exhibited the lowest resistance to serum killing. Serovars tested, vaccine strains, and timeline periods postvaccination and challenge were important factors affecting superoxide production. The two Choleraesuis vaccine strains stimulated greater levels of superoxide from PMNs and PBMCs than the Typhimurium strains. The PMNs and PBMCs in challenged and vaccinated pigs reduced more superoxide than those in challenged hosts. In vaccinated hosts, pSV-less Salmonella strains triggered lower levels of PMN/PBMC-generated superoxide upon challenge than strains with pSV against Enteritidis and Choleraesuis. Overall, Choleraesuis OU7266 may be better than the other vaccine strains in generating the greatest IgG levels, serum bactericidal activity and superoxide levels. The pSV likely influences the immune responses.
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PMID:Differences in immune responses of pigs vaccinated with Salmonella Typhimurium and S. Choleraesuis strains and challenged with S. Choleraesuis. 3130 Jan 24