Neurobiology of chemical transmission

Title
  1. Neurobiology of chemical transmission / the First Taniguchi Symposium of Brain Sciences ; edited by Masanori Otsuka, Zach W. Hall.
Published by
  1. New York : Wiley, ©1979.
Author
  1. Taniguchi Symposium of Brain Sciences (1st : 1977 : Ōtsu-shi, Japan)

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Details

Additional authors
  1. Ōtsuka, Masanori, 1929-
  2. Hall, Zach W.
  3. Taniguchi Kōgypō Shōreikai.
Description
  1. x, 326 pages : illustrations; 26 cm.
Series statement
  1. A Wiley medical publication
Subject
  1. Neural transmission > Congresses
  2. Neurotransmitters > Congresses
  3. Synapses > Congresses
  4. Neurobiology > Congresses
  5. Neurochemistry
  6. Neural transmission
  7. Neurochemistry
  8. Synapses > physiology
  9. Synaptic Transmission
  10. Neural transmission
  11. Neurobiology
  12. Neurotransmitters
  13. Synapses
  14. Neurobiologie
Genre/Form
  1. Congress
  2. proceedings (reports)
  3. Conference papers and proceedings
  4. Conference papers and proceedings.
  5. Actes de congrès.
  6. Neural transmission.
Contents
  1. Part I. Mechanisms of chemical transmission : Changes in the structure of presynaptic membranes during transmitter secretion / J.E. Heuser, T.S. Reese -- On the structure of synaptic vesicles / Toku Kanaseki -- Biochemical control and molecular properties of the acetylocholine receptors in skeletal muscle / Stanley C. Froehner, Neil M. Nathanson, C. Gary Reiness, Zach W. Hall -- Autoimmune response to acetylocholine receptor in myasthenia gravis and its animal model / Jon Lindstrom -- Ca² and the action of acetylocholine on the subsynaptic membrane / Kenji Kuba -- Intracellular acetylocholine synthesis and GABA synthesis in some crustacean neurons / H. Koike, K. Tsuda -- Factors which may regulate synthesis and release of acetylocholine in the nerve terminals of the rat brain / T. Matsuda, N. Yonehara, Y. Noguchi, F. Hata, C.H. Kuo, S. Katsuki, H. Yoshida -- Axoplasmic transport of proteins in rat dorsal root ganglion cells / Yoshiaki Komiya -- Part II. Development of signaling and synaptic content : Ionic channels in the egg membrane / Kunitaro Takahashi -- Functional neuromuscular contact formation and neurospecificity in cell culture / Yoshiaki Kidokoro -- Nerve-muscle synapse formation in vitro: synaptic ultrastructure and the development of postsynaptic sensitivity / Eric Frank, Gerald D. Fischbach -- Developmental change in transmitter sensitivity of cultured spinal neurons / Kunihiko Obata -- Environmental determination of neurotransmitter functions in developing sympathetic neurons / Paul H. Patterson, Robert B. Campenot, Linda L.Y. Chun, E.J. Furshpan, Story C. Landis, D.D. Potter, Louis F. Reichardt, Patricia A. Walicke -- Elimination of inappropriate synapses in adult salamander muscle: a mechanism of normal development / J.W. Yip, M.J. Dennis -- Part III. Synaptic transmission in higher systems : Identification of neurons on a transmitter histochemical basis / Tomas Hökfelt, Olle Johansson, Åke Ljungdahl, Marianne Schultzberg, Kjell Fuxe, Menek Goldstein -- Cyclic nucleotides and neurotransmission: involvement of adenosine and glutamic acid in depolarization-elicited accumulation of cyclic AMP / Hirotoshi Shimuzu -- Inhibitory action of adenosine and adenine nucleotides on the postsynaptic potential (PSP) of an olfactory cortex slice of the guinea pig / Yasuhiro Okada -- Physiological and morphological identification of signal pathways in the carp retina / Akimichi Kaneko, Edward V. Famiglietti, Jr., Masao Tachibana -- Electrical activity of anterior pituitary cells and its functional implication / Seiji Ozawa, Shun-ichi Miyazaki, Olav Sand -- Differential postsynaptic effects of barbiturates on chemical transmission / R.A. Nicoll -- Effects of CNS lesions on neuronal development and synaptogenesis in young animals: in thhe cerebellum and related structures / Saburo Kawaguchi, Tetsuro Yamamoto, Akio Samejima -- Formation of new corticorubral synapses in red nucleus neurons after denervation and the properties of their synaptic transmission / F. Murakami.
Owning institution
  1. Princeton University Library
Note
  1. Sponsored by the Taniguchi Foundation.
Bibliography (note)
  1. Includes bibliographical references and indexes.