Molecular Neurobiology: Proceedings of the Second NIMH ConferenceSteven Zalcman, Richard Scheller, Richard W. Tsien Covers: channels; secretory vesicles and exocytosis; receptors/coupling mechanisms; synaptic plasticity; modulatory factors; and protein kinases and control of gene expression. Includes both abstracts of papers, and poster sessions. Illustrated. |
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Academy of Sciences acetylcholine receptor agonist amino acid antibodies autophosphorylation binding Biological Chemistry c-fos Ca2+ channels Ca2+/calmodulin-dependent protein kinase calcium channels calcium current calmodulin CaM kinase Catterall cDNA Cell Biology cell line cellular Changeux channel activity cloned depolarization differential domain encoding excitotoxicity exocytosis Fos-lacZ function fusion pore G protein GABA gating gene expression glutamate receptor growth factor hippocampal inactivation induced inhibition intracellular ion channels Journal of Biological Journal of Cell K+ channels KACh KACh channel Kurachi mammalian mechanisms mediated modulation molecular mRNA muscle mutation N-type National Academy nerve terminal Neuroscience neurotransmitter NMDA receptor pathway PC12 cells peptide Ph.D pharmacological phosphorylation postsynaptic potassium channel potential presynaptic protein kinase rat brain region regulation release residues response role sensory neurons sequence Shaker signaling sodium channel specific stimulation structure studies subtypes subunit suggest synapsin synaptic vesicle proteins synaptic vesicles synaptophysin syntaxin toxin transcription transmitter voltage voltage-dependent voltage-gated
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