Annals of Dermatology · 2011 · 95 citations · 35 references
MedicineDermatologyPharmacotherapyHypersensitivityInflammationNeuroimmunologyImmunopathology Of SkinInflammatory DermatosesInflammatory Skin DiseasesInflammatory Skin DisordersPruritic Skin DiseasePruritus ManagementDermatologic DisordersHistaminergic ItchInflammatory ItchItch ReceptorsNeural Mechanisms Of ItchPathophysiology Of PruritusPruritic DermatosesPruritus Pathogenesis
Chronic pruritus, one of the main symptoms in dermatology, is often intractable and has a high impact on patient's quality of life. Beyond dermatologic disorders, chronic pruritus is associated with systemic, neurologic as well as psychologic diseases. The pathogenesis of acute and chronic (>6 weeks duration) pruritus is complex and involves in the skin a network of resident (e.g., sensory neurons) and transient inflammatory cells (e.g., lymphocytes). In the skin, several classes of histamine-sensitive or histamine-insensitve C-fibers are involved in itch transmission. Specific receptors have been discovered on cutaneous and spinal neurons to be exclusively involved in the processing of pruritic signals. Chronic pruritus is notoriously difficult to treat. Newer insights into the underlying pathogenesis of pruritus have enabled novel treatment approaches that target the pruritus-specific pathophysiological mechanism. For example, neurokinin-1 antagonists have been found to relieve chronic pruritus.
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Specific C-Receptors for Itch in Human Skin
Martin Schmelz, Roland Schmidt, Andreas Bickel et al. · Journal of Neuroscience · 1997 · 902 citations · Full text
Targeting the Neurokinin Receptor 1 with Aprepitant: A Novel Antipruritic Strategy
Sonja Ständer, Dorothee Siepmann, Ilka Herrgott et al. · PLoS ONE · 2010 · 290 citations · Full text