Journal of Parasitology Research · 2012 · 29 citations · 61 references
Veterinary MedicineBiologyInfectious DiseasesHelminthologyParasite EcologyParasitologyHelminth InfectionsHelminth PhysiologyHost-parasite Immune InteractionsParasite PhysiologyParasitic InfectionsParasitic PathogenesisHemolymph ImmunityHost Immunity To ParasitesIntermediate Host RelationshipsIntermediate Host TransferMolluscan ImmunityMolluscan ImmunologyMolluscan ParasitesMolluscan Parasitology
Human infection by Schistosoma mansoni affects more than 100 million people worldwide, most often in populations of developing countries of Africa, Asia, and Latin America. The transmission of S. mansoni in human populations depends on the presence of some species of Biomphalaria that act as an intermediate host. The compatibility between S. mansoni and its intermediate host is influenced by behavioral, physiological, and genetical factors of the mollusc and the parasite. The susceptibility level of the mollusc has been attributed to the capacity of internal defense system (IDS)-hemocytes and soluble components of the hemolymph-to recognize and destroy the parasite, and this will be the center of interest of this paper. The schistosome-resistant Biomphalaria can be an alternative strategy for the control of schistosomiasis.
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Coen M. Adema, Lynn A. Hertel, Robert D. Miller et al. · Proceedings of the National Academy of Sciences · 1997 · 326 citations
Respiratory protein–generated reactive oxygen species as an antimicrobial strategy
Naxin Jiang, Nguan Soon Tan, Bow Ho et al. · Nature Immunology · 2007 · 240 citations