Background Toxocara canis is one of the most widespread public health and economically important zoonotic parasitic infections humans share with canids, mainly dogs. Human infection occurs by the accidental ingestion of embryonated eggs or larvae from a range of wild and domestic paratenic hosts. The aim of the present study was to examine the soil contamination of public places by the parasitic ova and to estimate serologically the prevalence of T. canis human infection in the Attica region, Greece. Methods In this region, public areas are permanently inhabited by dogs, mostly stray dog population that is hardly kept down to a manageable level. A total of 1,510 soil samples were collected from 33 public places of six regional units of Attica from March 2014 to April 2014 and ova were detected using a microscopic assay. In addition, sera were collected from 250 residents, routinely active in the sampled areas, and tested for T. canis IgG antibodies using an enzyme immunoassay. Results T. canis eggs were isolated from 31 (94%) of the examined public areas. Of the total samples, T. canis ova were recovered from 258 samples, suggesting an overall T. canis ova contamination of 17.2%. The areas of higher socioeconomic status presented lower percentages of soil contamination in a statistically significant level, compared to the areas of lower socioeconomic status. T. canis IgG seropositivity was detected in 40 (16%) serum samples. Similar rates were established among T. canis seropositivity and soil contamination within the same geographical areas. The proportion of seropositive samples in the group of children was significantly higher compared to the proportion of adults (48% versus 8%, p<0.001). Conclusion The level of environmental T. canis contamination as well as human infection found in the Attica region calls for a greater awareness towards this public issue. Preventing measures should be implemented to control the spread of this parasitic infection.
The purpose of this study was to investigate the of areas where the soil is contaminated by Toxocara ova and also to assess seroepidemiological positivity in a Greek pregnant women population (ELISA IgG test). Materials and Methods: The authors carried out an examination of soil samples collected from different areas of Athens and Piraeus (Kazakos method). Blood serum was only collected from pregnant women living and conducting activities in places close to the places where the soil sample's were collected for at least a decade (ELISA IgG assay). Results: The authors suggest a correlation between the positive response in the ELISA assay IgG antibodies and the activities of people where soil was contaminated by Toxocara eggs. In conclusion, the prevalence of Toxocara canis infection in a population of Greek pregnant women was found to be a rate of 17.16% and the soil contamination rate of 17.08%.
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