Long-term Potentiation: A Debate of Current Issues, Том 1M. Baudry, Joel L. Davis MIT Press, 1991 - Всего страниц: 454 The twenty-five contributions in this pivotal volume cover the most recent discoveries and debates, providing a comprehensive update on LTP for those who work in the field of learning and memory and a solid introduction to the properties, mechanisms, and functions of LTP for investigators in other areas of brain research.Controversy is a hallmark of an evolving field. Since its discovery by neuroscientists in 1972, long-term potentiation (LTP) of synaptic transmission has been a prime candidate for a cellular explanation of memory and an exciting source of controversies that run from the molecular to the behavioral level. The twenty-five contributions in this pivotal volume cover the most recent discoveries and debates, providing a comprehensive update on LTP for those who work in the field of learning and memory and a solid introduction to the properties, mechanisms, and functions of LTP for investigators in other areas of brain research.ContributorsI. Pre- versus the Post-Synaptic Changes in LTP. T.V.P. Bliss, M.P. Clements, M.L. Errington, M.A. Lynch, and J.H. Williams. L. Aniksztejn, M.P. Roisin, A. Represa, and Y. Ben-Ari. Z.I. Bashir, S.T. Alford, J.F. Blake, B.G. Frenguelli, S.N. Davies, K. G. Reymann and G.L. Collingridge. W.E.J.M. Ghijsen, and F.H. Lopes Da Silva. F. Crepel. J.M. Bekkers and C.F. Stevens. B.L. McNaughton. R. Malinow and R. Tsien. J. Larson, J. Ambros-Ingerson, and G. Lynch. - II. The Role of Different CalciumDependent Enzymes in LTP. D.J. Perkel and R.A. Nicoll. A. Routtenberg. M. Baudry. P.N.E. De Graan and W.H. Gispen. - III. The Biophysical/Structural Changes in LTP. C. Wallace, N. Hawrylak and W. Greenough. H.J. Matthies. IV. The Relationship between LTP and Learning and Memory. C.A. Barnes, B.L. McNaughton, and C.A. Erickson. C. Mondadori and L. Weiskrantz. R.G.M. Morris, S. Davis, and S.P. Butcher. S. LaRoche, V. Doyere, and C. Redini Del Negro. B. Soumireut-Mourat. V. LTP Rules in Neural Networks. T.W. Berger and M.F. Yeckel. T. Brown, A.M. Zador, and Z.F. Mainen. R. Granger, A. Cobas, and G. Lynch. J.C. Taylor. Y. Fregnac. |
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Содержание
Trends in LTP Research | 19 |
Klause G Reymann | 31 |
Bashir Department of Neurophysiology | 42 |
Increase in Endogenous Amino Acid Release in LongTerm | 45 |
Application of Quantal Analysis to the Study of LongTerm | 63 |
The Mechanisms of Expression of LongTerm Synaptic | 77 |
Biophysical and Biochemical | 93 |
Sites and Mechanisms for Expression of LongTerm Potentiation | 121 |
Protein Kinase C Substrate B50 F1 GAP43 and LongTerm | 183 |
John Larson Richard G M Morris | 224 |
LongLasting Maintenance of LongTerm Potentiation | 233 |
Memory | 247 |
Hippocampal Synaptic Plasticity and NmethylDaspartate | 267 |
What Role for LongTerm Potentiation in Learning and | 301 |
LongTerm Potentiation and Learning and Memory | 317 |
Hebbian Modifications in Hippocampal Neurons | 357 |
The Role of Protein Kinase Activity in LongTerm Potentiation | 143 |
Department of Pharmacology Department of Experimental | 155 |
An Integrated Biochemical Model for LongTerm Potentiation | 169 |
François Roman Mark F Yeckel | 175 |
Hypotheses | 391 |
A Theorists Search for Simplicity in Memory | 411 |
Computational Approaches to Network Processing | 425 |
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Long-term Potentiation: A Debate of Current Issues, Том 1 M. Baudry,Joel L. Davis Недоступно для просмотра - 1991 |
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afferents amino acids AMPA amplitude animals arachidonic acid associated Baudry behavioral Ben-Ari block Brain Research Ca2+ calcium CaMKII changes CNQX Collingridge component cortex dendritic dentate gyrus depolarization distribution effect enhancement entorhinal entorhinal cortex EPSC EPSP evoked excitatory amino acids experiments expression of LTP extracellular Fifkova figure function GABA glutamate release granule cells Greenough hippocampal neurons hippocampal slices hypothesis increase induction of LTP inhibition inhibitors input Journal of Neuroscience Journal of Physiology kindling learning long-lasting long-term potentiation M. A. Lynch Malenka Malinow McNaughton mechanisms membrane memory minutes mossy fiber Muller N-methyl-D-aspartate neural NMDA receptors paired-pulse pathway perforant path perfusion phorbol esters phosphorylation Physiology London postsynaptic cell presynaptic and postsynaptic protein kinase pyramidal cells quantal quantal analysis rat hippocampal recording release of glutamate role Routtenberg Science spine studies synaptic current synaptic plasticity synaptic responses synaptic transmission tetanic stimulation tion transmitter release vesicles vitro vivo whole-cell
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Стр. xii - Blackstad TW (1956) Commissural connections of the hippocampal region in the rat, with special reference to their mode of termination.