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Results: 1-11 |
Results: 11
IDENTIFICATION OF A PATHOGENICITY ISLAND REQUIRED FOR SALMONELLA ENTEROPATHOGENICITY
Authors: WOOD MW JONES MA WATSON PR HEDGES S WALLIS TS GALYOV EE
Citation: Mw. Wood et al., IDENTIFICATION OF A PATHOGENICITY ISLAND REQUIRED FOR SALMONELLA ENTEROPATHOGENICITY, Molecular microbiology, 29(3), 1998, pp. 883-891
SOPB, A PROTEIN REQUIRED FOR VIRULENCE OF SALMONELLA-DUBLIN, IS AN INOSITOL PHOSPHATE PHOSPHATASE
Authors: NORRIS FA WILSON MP WALLIS TS GALYOV EE MAJERUS PW
Citation: Fa. Norris et al., SOPB, A PROTEIN REQUIRED FOR VIRULENCE OF SALMONELLA-DUBLIN, IS AN INOSITOL PHOSPHATE PHOSPHATASE, Proceedings of the National Academy of Sciences of the United Statesof America, 95(24), 1998, pp. 14057-14059
MUTATION OF INVH, BUT NOT STN, REDUCES SALMONELLA-INDUCED ENTERITIS IN CATTLE
Authors: WATSON PR GALYOV EE PAULIN SM JONES PW WALLIS TS
Citation: Pr. Watson et al., MUTATION OF INVH, BUT NOT STN, REDUCES SALMONELLA-INDUCED ENTERITIS IN CATTLE, Infection and immunity, 66(4), 1998, pp. 1432-1438
A SECRETED EFFECTOR PROTEIN OF SALMONELLA-DUBLIN IS TRANSLOCATED INTOEUKARYOTIC CELLS AND MEDIATES INFLAMMATION AND FLUID SECRETION IN INFECTED ILEAL MUCOSA
Authors: GALYOV EE WOOD MW ROSQVIST R MULLAN PB WATSON PR HEDGES S WALLIS TS
Citation: Ee. Galyov et al., A SECRETED EFFECTOR PROTEIN OF SALMONELLA-DUBLIN IS TRANSLOCATED INTOEUKARYOTIC CELLS AND MEDIATES INFLAMMATION AND FLUID SECRETION IN INFECTED ILEAL MUCOSA, Molecular microbiology, 25(5), 1997, pp. 903-912
BACTERIAL COPPER-COFACTORED AND ZINC-COFACTORED SUPEROXIDE-DISMUTASE CONTRIBUTES TO THE PATHOGENESIS OF SYSTEMIC SALMONELLOSIS
Authors: FARRANT JL SANSONE A CANVIN JR PALLEN MJ LANGFORD PR WALLIS TS DOUGAN G KROLL JS
Citation: Jl. Farrant et al., BACTERIAL COPPER-COFACTORED AND ZINC-COFACTORED SUPEROXIDE-DISMUTASE CONTRIBUTES TO THE PATHOGENESIS OF SYSTEMIC SALMONELLOSIS, Molecular microbiology, 25(4), 1997, pp. 785-796
THE EARLY DYNAMIC-RESPONSE OF THE CALF ILEAL EPITHELIUM TO SALMONELLA-TYPHIMURIUM
Authors: FROST AJ BLAND AP WALLIS TS
Citation: Aj. Frost et al., THE EARLY DYNAMIC-RESPONSE OF THE CALF ILEAL EPITHELIUM TO SALMONELLA-TYPHIMURIUM, Veterinary pathology, 34(5), 1997, pp. 369-386
THE SALMONELLA VIRULENCE PLASMID ENHANCES SALMONELLA-INDUCED LYSIS OFMACROPHAGES AND INFLUENCES INFLAMMATORY RESPONSES
Authors: GUILLOTEAU LA WALLIS TS GAUTIER AV MACINTYRE S PLATT DJ LAX AJ
Citation: La. Guilloteau et al., THE SALMONELLA VIRULENCE PLASMID ENHANCES SALMONELLA-INDUCED LYSIS OFMACROPHAGES AND INFLUENCES INFLAMMATORY RESPONSES, Infection and immunity, 64(8), 1996, pp. 3385-3393
THE SALMONELLA-DUBLIN VIRULENCE PLASMID DOES NOT MODULATE EARLY T-CELL RESPONSES IN MICE
Authors: GUILLOTEAU LA LAX AJ MACINTYRE S WALLIS TS
Citation: La. Guilloteau et al., THE SALMONELLA-DUBLIN VIRULENCE PLASMID DOES NOT MODULATE EARLY T-CELL RESPONSES IN MICE, Infection and immunity, 64(1), 1996, pp. 222-229
CHARACTERIZATION OF INTESTINAL INVASION BY SALMONELLA-TYPHIMURIUM ANDSALMONELLA-DUBLIN AND EFFECT OF A MUTATION IN THE INVH GENE
Authors: WATSON PR PAULIN SM BLAND AP JONES PW WALLIS TS
Citation: Pr. Watson et al., CHARACTERIZATION OF INTESTINAL INVASION BY SALMONELLA-TYPHIMURIUM ANDSALMONELLA-DUBLIN AND EFFECT OF A MUTATION IN THE INVH GENE, Infection and immunity, 63(7), 1995, pp. 2743-2754
THE SALMONELLA-DUBLIN VIRULENCE PLASMID MEDIATES SYSTEMIC BUT NOT ENTERIC PHASES OF SALMONELLOSIS IN CATTLE
Authors: WALLIS TS PAULIN SM PLESTED JS WATSON PR JONES PW
Citation: Ts. Wallis et al., THE SALMONELLA-DUBLIN VIRULENCE PLASMID MEDIATES SYSTEMIC BUT NOT ENTERIC PHASES OF SALMONELLOSIS IN CATTLE, Infection and immunity, 63(7), 1995, pp. 2755-2761
CURRENT PERSPECTIVES IN SALMONELLOSIS
Authors: LAX AJ BARROW PA JONES PW WALLIS TS
Citation: Aj. Lax et al., CURRENT PERSPECTIVES IN SALMONELLOSIS, British Veterinary Journal, 151(4), 1995, pp. 351-377
Risultati: 1-11 |