The Neuron: Cell and Molecular BiologyOxford University Press, 1991 - 450页 Clear and easy-to-read, this modern textbook of cellular and molecular neurobiology deals with synaptic function and plasticity, the reception and transduction of sensory stimuli, neuromodulation, neural networks, and learning and memory, among other topics. Ion channels are discussed in detail. The book is divided into three sections: Electrical Properties of Neurons, Intercellular Communication, and Behavior and Plasticity. The text is intended for advanced undergraduates and graduate students of neuroscience and medicine. |
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第7页
... nerve glue , the implication being that one of its functions is to hold the neurons in place . Glial cells can themselves be divided into several subclasses based on their appearance in tissue sections . In the central nervous system ...
... nerve glue , the implication being that one of its functions is to hold the neurons in place . Glial cells can themselves be divided into several subclasses based on their appearance in tissue sections . In the central nervous system ...
第12页
... nervous system . Although it is formed by glial cells and is not strictly a part of the axon , it is so important for axonal function that we will discuss its structure here in the context of axon structure . The sheath is formed by ...
... nervous system . Although it is formed by glial cells and is not strictly a part of the axon , it is so important for axonal function that we will discuss its structure here in the context of axon structure . The sheath is formed by ...
第357页
... Nervous System Sprouting in adult nerves . We have given an account of the extension of neurite branches and the making and breaking of synapses during the for- mation of the nervous system . It is clear that the adult nervous system ...
... Nervous System Sprouting in adult nerves . We have given an account of the extension of neurite branches and the making and breaking of synapses during the for- mation of the nervous system . It is clear that the adult nervous system ...
目录
An Introduction to the Cellular Structure of Neurons and Glia | 3 |
Electrical Properties of Neurons | 31 |
Combinations of Ion Currents Give Rise to Complex Patterns | 75 |
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常见术语和短语
acetylcholine receptor action potential adhesion amino acid amplitude Aplysia axon behavior binding brain Ca2+ calcium channels calcium current cell bodies cell neurons cellular changes Chapter chemical complex component cyclic AMP cytoplasmic dendrites depolarization electrical activity electrical synapses enzyme example exocytosis extracellular FIGURE function G protein GABA ganglion gap junctions glutamate growth cone hormones hyperpolarizing inactivation injection innervate inputs interact ion channels ligand mechanisms membrane potential modulation molecular molecules motor neurons muscle nerve cells nervous system neural neurite neuromuscular junction Neurosci neurotransmitter nicotinic nicotinic acetylcholine receptor normal occurs patch pathway pattern peptides phosphorylation plasma membrane postsynaptic cell potassium channels potassium current presynaptic terminal properties protein kinase region response resting potential retina role second messenger sensory neurons sequence serotonin signal single channel sodium channels sodium current specific squid stimulation structure subunits synthesis target tectum tion transduction transmitter release tyrosine voltage clamp voltage-dependent