Titlebook: Development and Organization of the Retina; From Molecules to Fu Leo M. Chalupa,Barbara L. Finlay Book 1998 Plenum Press, New York 1998 Emb

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Genesis of Topographic and Cellular Diversity in the Primate Retina, of the human eye. Application of the powerful methods of modern neurobiology applied to either normal embryos, or mature animals with altered visual systems, suggests that the emergence of cell classes and their segregation into primate-specific functional domains emerges as a result of multiple fa

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Development of ON and OFF Retinal Ganglion Cell Mosaics,, double and single cones of the retina form a definite pattern.” Numerous investigators have since described the mosaics formed by cell populations in all three retinal nuclear layers (e.g., W?ssle and Riemann, 1978; Young and Vaney, 1991; Cook and Becker, 1991; Hutsler and Chalupa, 1994). Such reg

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Transient and Persistent Na+, Ca2+, and Mixed-Cation Currents in Retinal Ganglion Cells,ive vertebrate retinal ganglion cells to generate volleys of action potentials that encode properties of the visual field and images within it. The frequency and kinetics of spiking in these cells are determined extrinsically as well as intrinsically, by changes in the balance of excitatory and inhi

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Synaptic Transmission Between Retinal Neurons,accessible and having well understood inputs and outputs, the retina possesses the paramount virtue that we understand what it is for. The business of elucidating design principles is really one of reverse engineering, in which forming a list of components and their properties is the essential first