0000000000075282

AUTHOR

Tom J. Humphrey

showing 2 related works from this author

Campylobacter spp. contamination of chicken carcasses during processing in relation to flock colonisation.

2005

The presence and numbers of campylobacters on chicken carcasses from 26 slaughter groups, originating from 22 single-house flocks and processed in four UK plants, were studied in relation to the level of flock colonisation determined by examining the caecal contents of at least ten birds per group. The prevalence of campylobacters on carcasses from five campylobacter-negative flocks processed just after other negative flocks was low (/=30%). Campylobacters were isolated from 90 to 100% of carcasses from three flocks which were partly colonised, with 5, 5 and 30% of caecal contents positive, and which were processed after fully colonised flocks. All carcasses from the remaining fully colonis…

Veterinary medicineFood Handlinganimal diseasesColony Count MicrobialFood ContaminationBiologymedicine.disease_causeMicrobiologyMicrobiologymedicineFood microbiologyAnimalsHumansTypingFood-Processing IndustryCecumbusiness.industryCampylobacterdigestive oral and skin physiologyfood and beveragesCampylobacterHygieneGeneral MedicinePoultry farmingColonisationConsumer Product SafetyFood MicrobiologyMultilocus sequence typingFlockRestriction fragment length polymorphismbusinessChickensFood ScienceInternational journal of food microbiology
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Salmonella bongori Provides Insights into the Evolution of the Salmonellae

2011

The genus Salmonella contains two species, S. bongori and S. enterica. Compared to the well-studied S. enterica there is a marked lack of information regarding the genetic makeup and diversity of S. bongori. S. bongori has been found predominantly associated with cold-blooded animals, but it can infect humans. To define the phylogeny of this species, and compare it to S. enterica, we have sequenced 28 isolates representing most of the known diversity of S. bongori. This cross-species analysis allowed us to confidently differentiate ancestral functions from those acquired following speciation, which include both metabolic and virulence-associated capacities. We show that, although S. bongori…

Salmonellamedicine.disease_causeSettore MED/42 - Igiene Generale E ApplicataTranslocation GeneticEnteropathogenic Escherichia coli1108 Medical MicrobiologySalmonellaCOMPLETE GENOME SEQUENCEIII SECRETION SYSTEMBiology (General)PATHOGENICITY ISLAND 2PhylogenyGenetics0303 health sciencesbiologyVirulenceEffectorPARASITOLOGYENTERICA SEROVAR TYPHIMURIUMSalmonella entericaGenomicsSalmonella bongori evolutionary genomicsBiological EvolutionUREIDOGLYCOLLATE LYASEInfectious DiseasesSalmonella enterica1107 ImmunologyQR180MedicineKLEBSIELLA-PNEUMONIAELife Sciences & BiomedicineResearch Article0605 MicrobiologySalmonella bongoriMICROBIOLOGYESCHERICHIA-COLI K-12Genomic IslandsQH301-705.5Sequence analysisVirulence FactorsImmunologyVirulenceVIROLOGYENCODED EFFECTORsalmonella; salmonella bongori; evoluzione geneticaMicrobiologyQH30103 medical and health sciencesVirologyGeneticsmedicineMICROARRAY ANALYSISAnimalsHumansEnteropathogenic Escherichia coliBiologyMolecular BiologyGene030304 developmental biologyEvolutionary BiologyScience & Technology030306 microbiologyANTIBIOTIC-RESISTANCESequence Analysis DNARC581-607biology.organism_classificationGenes BacterialImmunologic diseases. Allergy
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