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This Concept Map, created with IHMC CmapTools, has information related to: Vision Concept Map, Circadian rhythms are Decrease in pupil diameter, Hyperpolarization of On-center bipolar cell leads to Decrease in NT release, Opsin undergoes Configurational change of receptors, Depolarization of Off-center bipolar cell leads to Increase in NT release, Edinger-Westphal nucleus (midbrain) contains preganglionic parasympathetic neurons, Increase in illumination leads to Hyperpolarization of Cone Photoreceptors, Thalamus relays information to Suprachiasmatic nucleus of the hypothalamus, Suprachiasmatic nucleus of the hypothalamus regulates Circadian rhythms, Photoreceptors elicit Sensory Transduction Mechanism, Increase NT released from terminals stimulates Hyperpolarization of On-center bipolar cell, Receptive Field begins with Retinal ganglion cells, Off-center ganglion cell exit retina via Optic disk, Central Representation begins with Dorsal lateral geniculate nucleus, Topographic Map begins with Sensory Receptor of Vision, Hyperpolarization of Cone Photoreceptors reduces Glutamate release, Sensory Receptor of Vision are Photoreceptors, Decrease in NT release decrease firing of On-center ganglion cell, Optic chiasm at base of the diencephalon where 60% of fibers cross over from each eye, G-protein cascade leads to Decrease in Ca2+ & Na+, Configurational change of receptors triggers G-protein cascade