Fundamental NeuroscienceMichael J. Zigmond, Floyd E. Bloom, Story C. Landis, Thomas D. Albright, Larry R. Squire, James L. Roberts Fundamental Neuroscience is the only comprehensive text that defines the full scope of neuroscience. Developed in accordance with results of extensive reviews by neuroscience instructors, and in cooperation with the Association of Neuroscience Departments and Programs (ANDP), this text is divided into seven integrated sections. Each section may be used for a specific course, or the full text may be adopted to provide a broad-based curriculum that will carry the student from molecular to cognitive neuroscience. |
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Contents
Fundamentals of Neuroscience | 3 |
Organization of Nervous Systems | 9 |
II | 27 |
Copyright | |
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action potential activity addition amino acids appear astrocytes axons binding body brain Ca2+ cell death cells cellular central changes channels Chapter complex concentration conductance cone contain cortex coupling cytoplasmic dendrites dependent determined differentiation domain early effects embryo enzyme example expression factors fate FIGURE function genes glial glucose glutamate growth important increase indicate induced initial input interactions intracellular involved kinase known later layer leading levels London mechanisms mediated membrane migration molecular molecules motor neurons muscle myosin Nature nerve nervous system neural neural tube Neurosci neurotransmitter normal occur organization pathway pattern plate position postsynaptic present produce properties proteins receptor region regulation release response role segment sensory shown signal single specific spinal spread stimulation structure studies subunits synaptic terminal tion tissue transcription transmitter transport types vertebrate vesicles