Molecular and Cellular Basis of Visual AcuityS. Robert Hilfer, Joel B. Sheffield |
Contents
Control of Visual Receptor Cyclic GMP and Visual Excitation | 1 |
Circadian Rhythms in Retinal Function | 31 |
Cone Pathways in the Mammalian Retina | 55 |
Copyright | |
5 other sections not shown
Common terms and phrases
accommodation adult amacrine cells Atkinson axon terminal behavioral beta cells bipolar cells bl bipolar Brecha cat retina cell dendrites cell types center beta circadian rhythm cone bipolar contacts dark dendritic tree diopters Dobson efferent activity efferent input evoked potentials Famiglietti Figure function goldfish goldfish retina grating horizontal cells increased intracellular invaginating Karten Kolb labeling lamina latency lateral eye layer Liebman light Limulus Lond membrane midget bipolar monkey retina morphology Nelson neurons neuropeptides Neurosci ommatidia ommatidium Ophthal opsin optic nerve pattern peptides phospholipid photoreceptor Physiol physiological PL procedures preferential looking present processes protein R.B. Barlow ramify receptive field receptive field center receptor recorded response retinal cells retinular cells rhabdom rhodopsin rod outer segment shows Sokol SP immunoreactivity SP-containing spatial frequency SRIF Stell stimulus studies sublamina synaptic synthesis tested tion vertebrate retina Vision Res visual acuity visual evoked