Methods in Neurosciences

G proteins controlling differentiation, growth and development - analysis by antisense RNA/DNA technology, C.M. Moxham et al; analysis of adenylyl cyclase subspecies gene expression in brain by "in situ" hybridization histochemistry, N. Mons; site-directed mutagenesis of g protein alpha subunits - analysis of alpha-2 phosphorylation and fatty acid acylation, H. Hallak et al; protein activity in solubilized membrane preparations, I. Litosch and H. Xie; cross-linking of synaptoneurosome g proteins, S. Coulter et al; quantitative reconstitution and ADP-ribosylation assays for g proteins, J. Abramowitz; functional assays to study coupling of dopamine D2 receptors to g proteins, J.-H. Baik et al; assays for g protein beta-gamma subunit activity, J.B. Higgins and P.J. Casey; alpha-2 adrenergic receptor coupling to g proteins, A.E. Remmers; somatostatin receptor coupling to g proteins, J.R. Hadcock and J. Strnad; galanin-receptor g protein interactions and stimulation of GTPase actitivy, S.L. Gillison et al; cloning and site-directed mutagenesis studies of gonadotropin-releasing hormone receptor, S.C. Sealfon et al; use of the "xenopus laevis" expression system for structure-function analysis of g protein-coupled receptor for parathyroid hormone and parathyroid hormone-related protein, P.R. Turner et al. (Part contents).