Bordetella bronchiseptica is a common mammalian respiratory pathogen and is the closely related progenitor of the human pathogen Bordetella pertussis, the organism responsible for whooping cough. Mice are a natural host of B. bronchiseptica, making them an appropriate model for the study of many aspects of the bacterium's biology and its interactions with host cells. In this study the types of ...

Bordetella bronchiseptica chronically infects a wide range of mammals, and resides primarily in the nasal cavity of the infected host. Multiple virulence factors of Bordetella species have been studied in the context of lower respiratory tract infections, but relatively less is known about the bacterial life cycle in the nasal cavity. Evidences were discovered for Bvg intermediate (Bvg(i)) phas...

considering the circulation of bordetella pertussis clinical strains among populations with high vaccination coverage, it is necessary to have a proper understanding of this bacterium causing whooping cough. various techniques, which are available for studying b. pertussis, can facilitate a proper comparison between different populations. we genotypically analyzed a collection of two vaccine st...

pertussis is still endemic and the recently resurgence of the disease caused by bordetella pertussis has been shown in many countries. the polymorphism of the virulence genes of b. pertussis and lack of any information about the allelic variation between the iranian isolates promotes us to analysis of the genes encoded virulence factors including ptxs1, prn, fim3 and cya to understand the diffe...

background and objective: due to contagiousness of pertussis, a rapid and sensitive method for diagnosis is required to initiate the treatment and interrupt its transmission. materials and methods: to detect b. pertussis strains, we used two real-time pcr targeting is 481 and bp283 sequences and compared factors influencing culture and real-time pcr results. results: totally, 779 specimens were...

We describe the first clinical isolate of Bordetella petrii from a patient with mandibular osteomyelitis. The only previously documented isolation of B. petrii occurred after the initial culture of a single strain from an environmental source.