Bartonella henselae is the causative agent of Cat Scratch Disease (CSD) in humans. Cat is considered the reservoir of the bacterium. Identification of bacteriemic cats is the basic tool in the prophylaxis of CSD. Blood samples were collected between January 1999-December 2000 from 248 domestic cats living in an urban area (Reggio Emilia) in Northern Italy and tested for Bartonella henselae bacteriemia. Cultural and PCR methods were used. PCR was used directly on cat blood as well as to identify the Bartonella strain growth in culture. 24 (9.7 %) cats were found bacteriemic, most of which aged <1 year. A higher sensitivity was demonstrated by cultural method compared with PC
Bartonella henselae is the major etiological agent of cat scratch disease in humans. Cats act as the...
Background: The availability of a serologic test for cat scratch disease in humans has allowed the d...
The isolation of Bartonella henselae, the agent of cat scratch disease, from the blood of naturally ...
Bartonella henselae is the major etiological agent of Cat Scratch Disease in humans. Cats act as the...
The presence of cat-scratch disease etiologic agents was evaluated in 87 stray cats living in the Ve...
The presence of cat-scratch disease etiologic agents was evaluated in 87 stray cats living in the Ve...
To verify the presence of Bartonella henselae-infection in cats living in Tuscany (central Italy) se...
Cats are the main reservoirs of zoonotic Bartonella henselae which are the causative agents of Cat S...
Abstract Background The bacterial genus Bartonella is distributed worldwide and poses a public healt...
In Taiwan, the first human case of cat-scratch disease (CSD) was diagnosed by a serologic test in 19...
Abstract. Bartonella henselae, an emerging pathogen bacterium, is the main causative agent of the ca...
Cat scratch disease is a worldwide zoonosis caused predominatly by Bartonella henselae and in a less...
Cats from western Sicily were tested for Bartonella spp. by blood culture and PCR assays. B. hensel...
Cats from western Sicily were tested for Bartonella spp. by blood culture and PCR assays. B. hensel...
The prevalence of Bartonella henselae and B. clarridgeiae (the agents of cat scratch disease) infect...
Bartonella henselae is the major etiological agent of cat scratch disease in humans. Cats act as the...
Background: The availability of a serologic test for cat scratch disease in humans has allowed the d...
The isolation of Bartonella henselae, the agent of cat scratch disease, from the blood of naturally ...
Bartonella henselae is the major etiological agent of Cat Scratch Disease in humans. Cats act as the...
The presence of cat-scratch disease etiologic agents was evaluated in 87 stray cats living in the Ve...
The presence of cat-scratch disease etiologic agents was evaluated in 87 stray cats living in the Ve...
To verify the presence of Bartonella henselae-infection in cats living in Tuscany (central Italy) se...
Cats are the main reservoirs of zoonotic Bartonella henselae which are the causative agents of Cat S...
Abstract Background The bacterial genus Bartonella is distributed worldwide and poses a public healt...
In Taiwan, the first human case of cat-scratch disease (CSD) was diagnosed by a serologic test in 19...
Abstract. Bartonella henselae, an emerging pathogen bacterium, is the main causative agent of the ca...
Cat scratch disease is a worldwide zoonosis caused predominatly by Bartonella henselae and in a less...
Cats from western Sicily were tested for Bartonella spp. by blood culture and PCR assays. B. hensel...
Cats from western Sicily were tested for Bartonella spp. by blood culture and PCR assays. B. hensel...
The prevalence of Bartonella henselae and B. clarridgeiae (the agents of cat scratch disease) infect...
Bartonella henselae is the major etiological agent of cat scratch disease in humans. Cats act as the...
Background: The availability of a serologic test for cat scratch disease in humans has allowed the d...
The isolation of Bartonella henselae, the agent of cat scratch disease, from the blood of naturally ...