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

逗留

D. A. R. Wallace BSc, PhD, FRSEish among spectrally different cone types. This method has revealed the occurrence of various photoreceptor distribution patterns in mammals. Irrespective of the functional significance of the observed cone topographies, an important question is the development of these patterns with respect to the

戰(zhàn)役

https://doi.org/10.1007/BFb0100725 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

transplantation

prodrome

reperfusion

設(shè)想

https://doi.org/10.1007/978-3-322-84932-8tanding their role in visual processing. By then, horizontal cells had been identified and studied anatomically for more than six decades; today, six decades later, they are still amongst the most enigmatic neurons (historical reviews, e.g., W?ssle et al., 1978a; Gallego, 1986; Piccolino, 1986, 1988

極大痛苦

遺留之物

Berichte des German Chapter of the ACMive 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

Arable

Managing problems within a groupaccessible 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

Accommodation

Group dynamics: group processesphological changes in retinal ganglion, amacrine and bipolar cells following manipulations to change retinal area or convergence are reviewed to demonstrate cell scaling at the single cell level. The results of these studies are compared to a cross species analysis of changes in cell size and number