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The neuron : cell and molecular biology / Irwin B. Levitan, Thomas Jefferson University, Leonard K. Kaczmarek, Yale University.

By: Levitan, Irwin B [author.].
Contributor(s): Kaczmarek, Leonard K [author.].
Edition: Fourth edition.Description: xvi, 579 pages ; 25 cm.ISBN: 9780199773893 (hbk).Subject(s): Neurons -- cytology | Neurons -- physiology | Signal Transduction -- physiologyDDC classification: 573.8/536
Contents:
Signaling in the brain -- Form and function in cells of the brain -- Electrical signaling in neurons -- Membrane ion channels and ion currents -- Ion channels are membrane proteins -- Ion channels, membrane ion currents, and the action potential -- Diversity in the structure and function of ion channels -- Intercellular communication : how neurons communicate : gap junctions and neurosecretion -- Synaptic release of neurotransmitters -- Neurotransmitters and neurohormones -- Receptors and transduction mechanisms I : receptors coupled directly to ion channels -- Receptors and transduction mechanisms II : indirectly coupled receptor/ion channel systems -- Sensory receptors -- The birth and death of a neuron -- Neuronal growth and trophic factors -- Adhesion molecules and axon pathfinding -- Formation, maintenance, and plasticity of chemical synapses -- Intrinsic neuronal properties, neural networks and behavior -- Learning and memory.
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Item type Current location Call number Status Date due Barcode Item holds
Book Skoltech library
Shelves 		QP356.2 .L48 2015 (Browse shelf) Checked out 30/06/2024 2000007542
Total holds: 0

Includes bibliographical references and index.

Signaling in the brain -- Form and function in cells of the brain -- Electrical signaling in neurons -- Membrane ion channels and ion currents -- Ion channels are membrane proteins -- Ion channels, membrane ion currents, and the action potential -- Diversity in the structure and function of ion channels -- Intercellular communication : how neurons communicate : gap junctions and neurosecretion -- Synaptic release of neurotransmitters -- Neurotransmitters and neurohormones -- Receptors and transduction mechanisms I : receptors coupled directly to ion channels -- Receptors and transduction mechanisms II : indirectly coupled receptor/ion channel systems -- Sensory receptors -- The birth and death of a neuron -- Neuronal growth and trophic factors -- Adhesion molecules and axon pathfinding -- Formation, maintenance, and plasticity of chemical synapses -- Intrinsic neuronal properties, neural networks and behavior -- Learning and memory.

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