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\nThe neural circuitry and the basic design of the vertebrate retina will be described along with the manner in which the various neurons in the pathways \"talk\" to each other. Comparisons will be made between the organization of the photoreceptor mosaics and the consequent differences in design of the whole retina in different species as an adaptation to the environment they live in.\n

\nDr. Kolb is a retinal anatomist who has been involved for many years in anatomical studies using light and electron microscopy immunocytochemistry and intracellular marking of single neurons of the vertebrate retina to elucidate morphology underlying functional pathways.

\nFor more information, visit
\nUniversity of Utah Neuroscience Program
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\nThe neural circuitry and the basic design of the vertebrate retina will be described along with the manner in which the various neurons in the pathways \"talk\" to each other. Comparisons will be made between the organization of the photoreceptor mosaics and the consequent differences in design of the whole retina in different species as an adaptation to the environment they live in.\n

\nDr. Kolb is a retinal anatomist who has been involved for many years in anatomical studies using light and electron microscopy immunocytochemistry and intracellular marking of single neurons of the vertebrate retina to elucidate morphology underlying functional pathways.

\nFor more information, visit
\nUniversity of Utah Neuroscience Program
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\nThe neural circuitry and the basic design of the vertebrate retina will be described along with the manner in which the various neurons in the pathways \"talk\" to each other. Comparisons will be made between the organization of the photoreceptor mosaics and the consequent differences in design of the whole retina in different species as an adaptation to the environment they live in.\n

\nDr. Kolb is a retinal anatomist who has been involved for many years in anatomical studies using light and electron microscopy immunocytochemistry and intracellular marking of single neurons of the vertebrate retina to elucidate morphology underlying functional pathways.

\nFor more information, visit
\nUniversity of Utah Neuroscience Program
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