ABSTRACT
Rodent pinworm infestations are common in modern animal facilities, and treatments to eradicate these nematodes are often costly and labor-intensive. The authors describe a method they developed to treat rodents with ivermectin using the automatic watering system available at their facility. This delivery method proved an efficacious and cost-effective means of eradicating Aspiculuris tetraptera from a large colony of mice. The system might also be used to provide other orally administered agents to mice and other species.
Subject(s)
Ivermectin/administration & dosage , Mice , Oxyuriasis/veterinary , Oxyuroidea/growth & development , Rodent Diseases/drug therapy , Rodent Diseases/parasitology , Animal Husbandry/economics , Animal Husbandry/methods , Animals , Animals, Laboratory , Ivermectin/economics , Oxyuriasis/drug therapy , Oxyuriasis/economics , Oxyuriasis/parasitology , Rodent Diseases/economicsABSTRACT
Using social and economic criteria, the efficacy of health improving measures against enterobiasis in the organized groups of pre-school children has been assessed. The introduction of mass treatment of children with vermox into a complex of antienterobiasis measures has a considerable health improving effect, without rendering the procedure more expensive. A considerable difference between the economic damage inflicted by enterobiasis and the economic efficacy of antienterobiasis complex, including mass children treatment, forms the basis for the wide use of anthelmintics in the control of this type of helminthiasis.