INVESTIGADORES
SALOMON Oscar Daniel
artículos
Título:
Lutzomyia migonei as putative vector of visceral leishmaniasis in La Banda, Argentina
Autor/es:
SALOMON OD; QUINTANA MG; BEZZI G; MORÁN ML; BETBEDER E; VALDEZ D
Revista:
ACTA TROPICA
Editorial:
ELSEVIER SCIENCE BV
Referencias:
Año: 2010 vol. 113 p. 84 - 87
ISSN:
0001-706X
Resumen:
Four autochthonous cases of human visceral leishmaniasis (VL) were reported in La Banda, Santiago del
Estero from June 2007 to May 2008. In the vicinity of these cases there were 3/47 rK39 sero-positive
dogs, and another 4 dogs with VL were reported by passive surveillance. The sero-positive dogs and
infected humans lived within a 3.1km radius. Phebotomine sand fly captures were performed twice
during November/December 2007 and April 2008. In 20 of the 59 sampled sites in the areas of the human
and canine cases (220 night/traps) 151 phlebotomine sand flies were collected and consisted of: Lutzomyia
migonei 93%, Lutzomyia cortelezzii 5.6% and Lutzomyia neivai 1.4%. We propose that there was an enzootic
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
migonei 93%, Lutzomyia cortelezzii 5.6% and Lutzomyia neivai 1.4%. We propose that there was an enzootic
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
Lutzomyia
migonei 93%, Lutzomyia cortelezzii 5.6% and Lutzomyia neivai 1.4%. We propose that there was an enzootic
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
93%, Lutzomyia cortelezzii 5.6% and Lutzomyia neivai 1.4%. We propose that there was an enzootic
cycle of VL with accidental human transmission due to L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.
of human isolated cases of VL within the L. migonei dispersion area.
L. migonei and suggest that there be a surveillance
of human isolated cases of VL within the L. migonei dispersion area.L. migonei dispersion area.
