The second edition of this highly acclaimed textbook was thoroughly revised to incorporate a multitude of recent research findings in neuroscience. A new chapter on molecular neurobiology was added and the basic concepts of the synapse, impulse, neurotransmitters, and neuromodulators were put on a molecular basis. The author greatly extended the treatment of developmental and memory mechanisms and also introduced the field of neuroimmunology.
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Emergence of Molecular Neurobiology
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action potential activity amino acids animal auditory axon behavior brain brainstem Ca2+ called cell body cellular centers central cerebellum channels circuits complex conductance connections contrast cortex cortical dendrites depolarization diagram discussed in Chap dorsal effects electrical electrical synapses EPSP example excitatory fibers functions ganglia gland hair cells hormone hypothalamus impulse indicated inhibition inhibitory innervation input insects interactions interneurons intracellular invertebrates involved ions lobe mechanisms mediate membrane potential modulation molecular molecules motoneurons motor movements muscle nerve cells nervous system neural neurons neurotransmitters nucleus olfactory bulb organization output pathways pattern peptides postsynaptic presynaptic properties protein receptor cells receptor potential recordings reflex regions release response rhythm second messenger sensory sensory receptors sequence showing shown in Fig signals somatosensory specific spinal cord stimulation structure studies substances subunits summarized synapses terminals thalamus tion transmitter types vertebrates vesicles visual