Transactions of the Royal Society of Tropical Medicine and Hygiene · 1987 · 51 citations · 9 references
Veterinary MedicineInfectious DiseasesPharmacotherapyInfectious Disease PharmacotherapyParasite ImmunologyParasitologyAnthelmintic PharmacologyAnthelmintic ResistanceAntiparasitic Drug ResistanceAntiparasitic PharmacologyHelminth ControlHelminth InfectionsAntihelminthic Drug ResistanceEgg Loss ReductionEgg Viability ReductionOral TreatmentParasite Drug ResistanceParasitic Infection PreventionSchistosomiasis TreatmentSchistosomicidal Agents
Although 30 mg/kg oxamniquine produced high levels (85.5 to 99.5%) of egg reduction in Kenyan children infected with Schistosoma mansoni after a single oral treatment, cure rates from children at Mwea in Kirinyaga district were lower than those from Machakos (58% v. 74%). Redosing uncured children confirmed this lower cure rate (36% v. 83%). Isolates from infected children were passaged into mice and dosed with oxamniquine. Lower than expected reductions in worm numbers were obtained, suggesting that oxaminiquine tolerant S. mansoni are present in the normal worm population in Kenya. It is concluded that mass use of oxamniquine at 30 mg/kg may produce problems of drug resistance.
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A Butterworth, P.R. Dalton, David W. Dunne et al. · Transactions of the Royal Society of Tropical Medicine and Hygiene · 1984 · 101 citations · Full text