Pesticide Science · 1996 · 140 citations · 105 references
New ParasiticidesBiochemistryAntiparasitic AgentMedicineParasitic ProtozoaParasite ControlHelminthologyCalcium Release ChannelIntensive UseAntiparasitic AgentsPharmacologyGabaa ReceptorsParasitologyDrug DiscoveryNeuropeptides
Intensive use of parasiticides has driven resistance in veterinary arthropods and helminths, creating public demand for effective control, while advances in parasite neurophysiology and endocrinology over the last two decades enable new target‑site‑directed screening approaches. New screening procedures target parasite neurophysiology and endocrinology, focusing on sites such as GABAA, muscarinic/nicotinic acetylcholine receptors, cuticle synthesis, ecdysteroid receptors, calcium release channels, and semiochemicals to identify active compounds against nematodes and arthropods. Recent discoveries of new chemical and natural compounds demonstrate the suitability of this target‑site‑directed strategic approach.
Intensive use of parasiticides has sometimes led to severe resistance in arthropods and helminths of veterinary importance. In the context of the growing awareness of parasitic diseases, this has created a public demand for effective and safe control agents. During the last two decades considerable knowledge in parasite neurophysiology and endocrinology has accumulated which allows the development of new screening procedures and target-site-directed approaches for the discovery of new drugs. The suitability of this strategic approach is discussed on the basis of recent discoveries of new chemical and natural compounds. In particular, target sites such as GABAA receptors, muscarinic and nicotinic acetylcholine receptors, cuticle synthesis and degradation, ecdysteroid receptors, the calcium release channel and semiochemicals have been selected in order to demonstrate the current approaches to identify new chemical entities, biologically active against nematodes and arthropods.
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SNAP receptors implicated in vesicle targeting and fusion
Thomas Söllner, Sidney W. Whiteheart, Michael Brunner et al. · Nature · 1993 · 3.2K citations