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5.
Rev. Inst. Med. Trop. Säo Paulo ; 37(3): 273-5, maio-jun. 1995. ilus
Article in Spanish | LILACS | ID: lil-154371

ABSTRACT

Se comunica el hallazgo de Dracunculus sp. en un canino proveniente de la localidade de Fontana, Departamento Patino, provincia de Formosa, Argentina. El hallazgo constituye el cuarto caso de Dracunculosis registrado en animales en una misma area geografica de Formosa.


Subject(s)
Animals , Male , Dogs , Dracunculiasis/epidemiology , Dracunculus Nematode/classification , Nematode Infections/parasitology , Argentina , Dracunculiasis/diagnosis
6.
Wkly. epidemiol. rec ; 68(11): 73-74, 1993.
Article in English | AIM | ID: biblio-1273693
7.
Wkly. epidemiol. rec ; 68(18): 125-131, 1993.
Article in English | AIM | ID: biblio-1273697
9.
11.
Article in French | AIM | ID: biblio-1268989
12.
Article in English | IMSEAR | ID: sea-111860

ABSTRACT

Under the Guineaworm Eradication Programme (GWEP) in India, active case search data are consolidated in the lists of year-wise guineaworm affected villages, first prepared in 1985. These lists contain valuable information on many parameters of guineaworm eradication in India. Among other things, they show that in a given year there is always a proportion of villages with only one case relative to the total number of infected villages, and this proportion seems to increase with the progress of the eradication programme. The proportion for seven years between 1986 and 1992 in nineteen districts chosen for analysis was observed to be 22.2, 26.6, 35.0, 38.0, 40.0, 46.7, and 55.8 per cent. Correlation coefficient (gamma) for nineteen districts as a whole was found to be -.57 significant at 0.05 level. It is argued that this observation can be explained on the assumption that the single case in a village originates from any of numerous extradomestic unsafe water sources, in agricultural fields, which because of their great multiplicity lie outside the purview of the control measures. When guineaworm disease is widespread and at a high intensity transmission level, the existence of such foci is masked under the main village foci as during active case searches a distinction as to the origin of guineaworm cases cannot be made. Extradomestic foci become increasingly manifest as the main village foci disappear under impact of control measures. Thus, increase in the proportion of such villages could be used as a crude indicator of the successful implementation of the GWEP. The analysis of district data shows that guineaworm disappears when the proportion of such one case village reaches a high level.(ABSTRACT TRUNCATED AT 250 WORDS)


Subject(s)
Communicable Disease Control/methods , Dracunculiasis/epidemiology , Humans , India/epidemiology , Population Surveillance/methods , Prevalence , Water Microbiology
13.
Article in English | IMSEAR | ID: sea-112992

ABSTRACT

Application of temephos in unsafe water sources for destroying cyclops, the intermediate hosts of guineaworm, and distribution of fine mesh nylon strainers for promoting prophylaxis against guineaworm are accepted methods of guineaworm control in different endemic countries. The existing methods of monitoring the efficacy of these guineaworm control methods are not fully informative. Examination of drinking water stored at household levels for presence of cyclops with or without Dracunculus larvae can provide information on the efficacy of these control/prophylactic methods, besides serving as a means of interpersonal health education to the community. This paper presents observations carried out in two villages in peninsular India in 1991, which revealed that while in one village complete absence of cyclops from stored water containers was attributable to the use of temephos in the village and straining of drinking water, in the other village, with no temephos application, 15.6 per cent of containers contained varying numbers of cyclops in them. Implications of these observations for guineaworm eradication activities are discussed.


Subject(s)
Dracunculiasis/epidemiology , Humans , India/epidemiology , Nylons , Temefos , Water Pollution/prevention & control , Water Supply
16.
17.
Wkly. epidemiol. rec ; 67(7): 25-27, 1992.
Article in English | AIM | ID: biblio-1273690
20.
Article in French | AIM | ID: biblio-1268986
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