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- catalog contributor b7242723.
- catalog contributor b7242724.
- catalog created "c1995.".
- catalog date "1995".
- catalog date "c1995.".
- catalog dateCopyrighted "c1995.".
- catalog description "Includes bibliographical references (p. [635]-665) and index.".
- catalog description "Introduction -- Ion movement in excitable cells -- Electrical properties of the excitable membrane -- Functional properties of dendrites -- Nonlinear properties of excitable membranes -- Hodgkin and Huxley's analysis of the squid giant axon -- Functional diversity of voltage-gated ionic conductances -- Molecular structure and unitary currents of ion channels -- Stochastic analysis of single-channel function -- Formulation of stochastic channel mechanisms -- Synaptic transmission I: presynaptic mechanisms -- Synaptic transmission II: Ca² and transmitter release --Synaptic transmission III: postsynpatic mechanisms -- Extracellular field recordings -- Cellular neurophysiology of learning and memory -- Basic electricity and electrical circuits -- Optical methods in cellular neurophysiology -- Short answers to homework problems -- Complete solutions to problems.".
- catalog extent "xxxi, 676 p. :".
- catalog identifier "0262100533".
- catalog issued "1995".
- catalog issued "c1995.".
- catalog language "eng".
- catalog publisher "Cambridge, Mass. : MIT Press,".
- catalog subject "591.1/88 20".
- catalog subject "Ion Channels physiology.".
- catalog subject "Neurons physiology.".
- catalog subject "Neurons.".
- catalog subject "Neurophysiology.".
- catalog subject "QP355.2 .J64 1995".
- catalog subject "Synaptic Transmission physiology.".
- catalog subject "WL 102.5 J72f 1994".
- catalog tableOfContents "Introduction -- Ion movement in excitable cells -- Electrical properties of the excitable membrane -- Functional properties of dendrites -- Nonlinear properties of excitable membranes -- Hodgkin and Huxley's analysis of the squid giant axon -- Functional diversity of voltage-gated ionic conductances -- Molecular structure and unitary currents of ion channels -- Stochastic analysis of single-channel function -- Formulation of stochastic channel mechanisms -- Synaptic transmission I: presynaptic mechanisms -- Synaptic transmission II: Ca² and transmitter release --Synaptic transmission III: postsynpatic mechanisms -- Extracellular field recordings -- Cellular neurophysiology of learning and memory -- Basic electricity and electrical circuits -- Optical methods in cellular neurophysiology -- Short answers to homework problems -- Complete solutions to problems.".
- catalog title "Foundations of cellular neurophysiology / Daniel Johnston and Samuel Maio-sin Wu ; with illustrations and simulations by Richard Gray.".
- catalog type "text".