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Retina and lateral geniculate nucleus
Sizes and characteristics of receptive fields
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acetylcholine action potential activity afferent amplitude Aplysia Biol brain calcium capacitance cell body central nervous system changes channels CHAPTER chemical chemical synapses chloride clefts conductance cortex cortical crustacean current flow dendrites depolarization effect electrical electrode end plate example excitatory fluid frog function GABA ganglia ganglion cells geniculate glia glial cells Hodgkin hyperpolarization impulses increase inhibition inhibitory injected innervation inputs intracellular ionic ions Katz Kuffler lateral geniculate nucleus layer leech mammalian Mauthner cell mechanisms membrane potential microelectrode molecules motoneuron motor movement msec muscle fibers muscle spindles myelin nerve cells nerve fibers nerve terminals neuromuscular junction neurons Neurophysiol Neurosci normal pathways peptides permeability Physiol physiological postsynaptic potassium potassium concentration presynaptic Proc produced properties pulse pump receptive fields recorded reflex region response result retina Schwann cells sensory shown in Figure signals sodium and potassium squid axon stimulation synaptic potentials synaptic transmission transmitter release vertebrate visual