Concurrent Infections and the Community Ecology of Helminth Parasites

Concurrent infections and the community ecology of helminth parasites.

Global epidemiology, ecology and control of soil-transmitted helminth infections.

Soil-transmitted helminth (STH) infections are among the most prevalent of chronic human infections worldwide. Based on the demonstrable impact on child development, there is a global commitment to finance and implement control strategies with a focus on school-based chemotherapy programmes. The major obstacle to the implementation of cost-effective control is the lack of accurate descriptions ...

The Incidence of Helminth Parasites in Donkeys

The faeces of 82 donkeys irrespective of sex and age were collected and examined for any parasitic ova. The faecal sample of68 donkeys were infected with: Strongylus sp. (54.87%), Parascaris sp. (29.26%), Strongyloides sp. (24.39%), Trichonema sp. (15.85%), Oxyuris sp. (8.53%), Gastrodiscus sp. (8.53%), Entamoeba sp. (8.53%), Dictyocaulus sp. (3.65%), and Triodontophorus sp. (2.43%).

The pro-allergic influences of helminth parasites.

Parasitic infection is highly allergenic, and the present paper illustrates how parasites might disrupt the regulation of IgE synthesis, resulting in heightened Th-2 responses. The study of parasites, and dysregulation of the IgE network, could in turn provide information relating to the aetiology of allergic diseases such as asthma and atopic dermatitis.

Helminth parasites of laboratory mice and rats.

Rodents, as mice and rats are the most common laboratory animals used in research and testing. They are seldom investigated for autochthonous ecto- and endoparasites prior their utilization in the experiments. Helminth parasites can alter the interpretation of final results. Pinworms commonly infecting laboratory rodents include mainly the mice pinworms Syphacia obvelata and Aspiculuris tetrapt...