Color Vision: From Genes to PerceptionKarl R. Gegenfurtner, Lindsay T. Sharpe Cambridge University Press, 28 mei 2001 - 492 pagina's Color Vision: From Genes to Perception documents the present state of understanding regarding primate color vision in 20 review articles written by 35 leading international experts. The articles range from genes, the molecular genetics of the human cone photopigment genes, to perception, the color processing of complex scenes. Detailed overviews of such basic topics as cone spectral sensitivity and color processing in the retina and cortex are included. Introductions are given to important and innovative technologies such as molecular genetics, anatomical staining, visual psychophysics, intracellular and extracellular physiological recordings, and functional magnetic resonance imaging. Color Vision is intended for graduate students and research specialists. By bringing together scientists from different disciplines, the book will clarify issues of general interest for the expert and non-expert alike. |
Inhoudsopgave
Opsin genes cone photopigments color vision and color blindness | 3 |
Boynton boyntonsalk edu Salk Herbert Jägle herbert jaegleunituebingen | 11 |
Cone spectral sensitivities and color matching | 53 |
Photopigments and the biophysics of transduction in cone photoreceptors | 89 |
Electrophysiology of cone photoreceptors in the primate retina | 103 |
Jeremy Nathans jnathansbs jhmi edu Howard Hall Rochester NY 14627 | 109 |
The trichromatic cone mosaic in the human eye | 113 |
The ecology and evolution of primate color vision | 123 |
Chromatic signals in extrastriate areas V2 and V3 | 249 |
color tuning in two human cortical areas | 269 |
Interactions between color and motion in the primate visual system | 283 |
Higher order color mechanisms | 303 |
from Mach bands to threedimensional configurations | 317 |
Chromatic detection and discrimination | 345 |
Contrast gain control | 369 |
Physicsbased approaches to modeling surface color perception | 387 |
Parallel pathways from the outer to the inner retina in primates | 145 |
Synaptic organization of cone pathways in the primate retina | 163 |
Functional architecture of cone signal pathways in the primate retina | 181 |
Receptor inputs to primate ganglion cells | 203 |
Parallel retinocortical channels and luminance | 221 |
Color coding in the cortex | 235 |
Overige edities - Alles bekijken
Color Vision: From Genes to Perception Karl R. Gegenfurtner,Lindsay T. Sharpe Geen voorbeeld beschikbaar - 2000 |
Color Vision: From Genes to Perception Karl R. Gegenfurtner,Lindsay T. Sharpe Geen voorbeeld beschikbaar - 2001 |
Color Vision: From Genes to Perception Karl R. Gegenfurtner,Lindsay T. Sharpe Geen voorbeeld beschikbaar - 2001 |
Veelvoorkomende woorden en zinsdelen
adaptation amacrine cell amplitude array axon terminals bipolar cells blue-cone cell types Chapter chromatic CMFs color constancy color matching color space color vision cone pedicles cone spectral sensitivities cone types cone-contrast contrast cortex curve detection deuteranopes dichromats direction equiluminant estimates exon Figure fovea function Gegenfurtner gratings horizontal cell hybrid illuminant induced input isoluminant Krauskopf layer Lennie light linear luminance luminosity function M-cells M-cone pigment genes macaque macular measured mechanisms midget bipolar cells midget ganglion cell modulation Mollon monkeys monochromats motion Neitz neural neurons normal null observers opponent opsin gene optical density parvocellular pathways pedestal photopigment photoreceptor plane platyrrhines plotted Pokorny primate protanopes psychophysical ratio receptive field red-green response retina S-cone shown in Fig shows signals spatial frequency Stiles and Burch stimuli Stockman surround synapses temporal frequency threshold tion trichromatic vector visual system Wässle wavelength Zaidi