1 opod exposure as a potential risk factor for Bartonella infection.

2 the diagnostic and therapeutic management of Bartonella infection.

3 ues are increasingly important in diagnosing Bartonella infections.

4 d that experimentally infected mice resolved Bartonella infection by mounting antibody responses that

5 thelioma, these results suggest that chronic Bartonella infection could have a role in the developmen

6 nd a careful search for evidence of systemic Bartonella infection, e.g., exposure to cats, Bartonella

7                    New methods of diagnosing Bartonella infections have resulted in increased recogni

8  the diagnosis, treatment, and prevention of Bartonella infection in dogs remains challenging.

9                    An epidemiologic study of Bartonella infection in domestic French cats revealed th

10 wildlife removal on per capita prevalence of Bartonella infection in either rodents or fleas.

11 who developed clinical signs compatible with Bartonella infection in Santa Clara County, Calif., this

12 tive diagnostic method for identification of Bartonella infections in humans and have utility in Bart

13                                 Diagnosis of Bartonella infections is hampered by the slow, fastidiou

14  well recognized disease due to disseminated Bartonella infections occurring predominantly in immunoc

15                                        Human Bartonella infections result in diverse medical presenta

16 at elicit antibody production in response to Bartonella infections, this project was undertaken to id

17        A similar condition in the absence of Bartonella infection when described in organ transplant

18 the role of various T cell subsets in murine Bartonella infection, which establishes persistent bacte