Titlebook: GPCRs: From Deorphanization to Lead Structure Identification; H. Bourne,R. Horuk,H. Michel Conference proceedings 2007 Springer-Verlag Ber

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The Role of GPCR Dimerisation/Oligomerisation in Receptor Signalling,hed that homo-dimerisation is common, recent studies have sought to explore the physical basis of these interactions and the role of dimerisation in signal transduction. Growing evidence hints at the existence of higher-order organisation of individual GPCRs and the potential for hetero-dimerisation

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Deorphanization of G-Protein-Coupled Receptors,wn, are an attractive set of future targets for presently unmet medical needs. Screening strategies have been developed over the years in order to identify the natural ligands of these receptors. Natural or chimeric G-proteins that can redirect the natural coupling of receptors toward intracellular

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Virus-Encoded G-Protein-Coupled Receptors: Constitutively Active (Dys)Regulators of Cell Function ance of constitutive GPCR activity. These viral proteins are expressed on the cell surface of infected cells and often constitutively activate a?variety of G-proteins. For some virus-encoded GPCRs, the constitutive activity has been shown to occur in vivo, i.e., in infected cells. In this paper, we w