Canine vector borne diseases of zoonotic concern in three dog shelters in Peninsular Malaysia: The importance of preventive measures
- Author:
Lau, S.F.
;
Dolah, R.N.
- Publication Type:Journal Article
- From:Tropical Biomedicine
2017;34(1):72-79
- CountryMalaysia
- Language:English
-
Abstract:
This study investigated canine vector borne diseases (CVBDs) of zoonotic
significance in three major shelters in Peninsular Malaysia in order to highlight the
importance of shelter management in diseases prevention. Since crowded housing has
the potential to bring vectors and infected dogs into close proximity, the prevalence of
CVBDs infection is always higher in sheltered dogs in comparison to pet dogs. Serum
was collected from 90 adult dogs (30 from each shelter) from three shelters in different
regions of Peninsular Malaysia (Shelter A, B and C). The prevalence of Dirofilaria immitis,
Ehrlichia canis, E. ewingii, Anaplasma phagocytophilum, A. platys and Borrelia
burgdorferi in dogs residing in three shelters with different management protocols was
investigated by using rapid clinical test kits, SNAP® 4Dx® Plus (IDEXX Laboratories,
Westbrook, ME). The most common pathogen detected was Ehrlichia spp. (55.6%, 50
out of 90 dogs), followed by Anaplasma spp. (16.7%; 15 out of 90 dogs). Dirofilaria
immitis could only be detected in one of the shelters (10.0%; nine out of 90 dogs). No
evidence of B. burgdorferi was detected in all three shelters. Forty one out of 90 dogs
(45.6%) were infected with at least one pathogen meanwhile 14 out of 90 dogs (15.6%)
were infected with more than one pathogen. It is of crucial importance to practice
preventive measures during the admission of the new animals into the facilities.
Occasional treatment of the dogs (as practiced in Shelter B) was not effective when
compared to scheduled preventive measures. Future studies should emphasize the
isolation and additional molecular characterization of vector borne pathogens in Peninsular
Malaysia. In addition, studies that define the tick species that infest dogs in this region
would help to elucidate their role as vectors for disease transmission.
- Full text:P020170529357670116767.pdf
