Advances in Gene Technology

J. Patrick: Neuronal nicotinic cholinergic receptors; K. L. Magleby & O. B. McManus: Molecular gating mechanism of large conductance calcium-activated potassium channels; W. A. Catterall: Molecular properties of voltage-sensitive sodium and calcium channels; D. M. Fambrough, K. Takeyasu, R. M. Lebovitz, J. Taormino, K. J. Renaud, & A. Barnstein: Molecular-genetic studies of the sodium pump; S. J. Enna: Receptor binding as a tool for drug discovery and detection; J. Ramachandran, E. G. Peralta, A. Ashkenazi, J. W. Wilslow, & D. J. Capon: Structural basis and functional diversity of muscarinic acetylcholine receptor subtypes; C. D. Johnson: The nematode caenorhabditis elegans: a model for the human nervous system; H. A. Ingraham, R. Chen, H. J. Mangalam, H. P. Elsholtz, V. Albert, & M. G. Rosenfeld: PIT-1: A tissue-specific transcription factor containing a pou domain and homedomain specifies a pituitary phenotype; R. H. Scheller: Neuropeptide biosynthesis: multiple mechanisms of regulating hormone action; M. B. Bolger, M. A. Sherman, & R. J. Deans: Computer models of drug binding antibodies; L. Emorine, S. Marullo, M. M. Suttren, C. Delavier, G. Patey, Y. Eshdat, K. Tate, & A. D. Strosberg: Structural and functional properties of the three human B-adrenergic receptor subtypes; R. J. Knapp, W. Kazmierski, V. J. Hruby, & H. U. Yamamura: Confirmationally restricted cyclic peptides selective for delta and mu opioid receptors; U. J. McMahan: Signals that direct the formation and maintenance of synaptic specializations; J. L. Bixby, K. J. Tomaselli, & L. F. Reichardt: Molecular interactions underlying axon growth; M. Schachner: Families of neural adhesion molecules; F. H. Gage, M. B. Rosenberg, & T. Friedmann: Grafting genetically modified cells to the brain; J. R. Sladek, T. J. Collier, J. D. Elsworth, J. T. Taylor, R. H. Roch, & D. E. Redmond: Neuroal transplantation for experimental parkinsonism; F. Hefti: Use of nerve growth factor to stimulate survival and regeneration of cholinergic neurons in the brain; W. H. Gispen: Synaptic plasticity as a basis for learning and memory: the role of protein B-50 (GAP43, F1); P. Anderson: Cellular and molecular mechanisms for LTP induction and maintenance; G. Banker: The development of neuronal polarity; R. L. Rotundo & K. J. Muller: Transport and localization of neuronal membrane proteins; L. L. Iversen, G. N. Woodruff, J. A. Kemp, R. M. McKernan, R. Gill, E. H. F. Young, & A. C. Foster: Molecular pharmacology of the glutam ate NMDA Receptor in brain; F. E. Bloom: Physiological roles of CNS peptides; S. J. Watson & H. Akil: Studying the regulation of neuropeptide systems by in situ hybridization of mRNA: peptides, enzymes and receptors; R. R. Llinas: Second messenger role in synaptic release; K. J. Catt, T. Balla, A. Baukal, L. Hunyady, S. I. Izumi, S. Stojilkovic, & K. Sandberg: Intracellular signals mediating neur