Volume 24, Number 12—December 2018
Research
Human Exposure to Novel Bartonella Species from Contact with Fruit Bats
Table
Epidemiologic data for persons with antibodies to Bartonella rousetti detected in study of human exposure to a novel Bartonella species from contact with fruit bats, Nigeria, 2013*
Participant age, y/sex | Titer in acute-phase serum† | Titer in convalescent-phase serum† | Ever ate bat | Ever participated in bat festival | Last time touched, scratched, or bitten by bat | Febrile illness since first bat festival of 2013 |
---|---|---|---|---|---|---|
45/F | <1:32 | 1:64 | Yes | No | 6–12 mo ago | No |
37/M | <1:32 | 1:64 | Yes | No | >12 mo ago | No |
25/F | <1:32 | 1:512 | Yes | Yes | <1 mo ago | No |
30/F | <1:32 | 1:512 | No | No | Never | No |
21/M | 1:64 | <1:32 | No | No | Never | No |
44/F | 1:64 | <1:32 | Yes | Yes | <1 mo ago | No |
70/M | 1:256 | No sample | Yes | No | >12 mo ago | Yes |
32/F | 1:256 | No sample | No | No | Never | No |
*Bartonella rousetti is the proposed name for the novel Bartonella species identified in Egyptian fruit bats in Nigeria.
†Acute-phase samples collected within 11–15 d after first bat festival of 2013; convalescent-phase samples collected 69–78 d after acute-phase sample collection (the second bat festival of 2013 did not take place between collections of acute- and convalescent-phase samples).
1Team members are listed at the end of this article.