Circadian and Visual Neuroscience
-10%
portes grátis
Circadian and Visual Neuroscience
Spitschan, Manuel; Santhi, Nayantara
Elsevier - Health Sciences Division
07/2022
378
Dura
Inglês
9780323859455
15 a 20 dias
1000
Descrição não disponível.
1. Optical set-ups 2. Psychophysics of Luminance and Color Vision 3. Psychophysics of non-visual photoreception PRC/IRC/DRC/Spectral Sensitivity 4. Circadian and visual photometry 5. Modelling (retina) 6. Modelling (circadian) 7. Techniques for examing vision at the cellular level 8. Advanced techniques for characterising the world hyperspectrally 9. Circadian physiology in mice: Melanopsin 10. Circadian physiology in mice: Colour and cones 11. Translational aspects of animal studies 12. Retinal clocks 13. Primate non-visual physiology 14. Light and mood in animal models 15. Metameric approaches to characterising non-visual photoreception 16. Ageing of visual mechanisms 17. Ageing of non-visual mechanisms 18. Field Studies 19. Light and Shift Work/Jet-lag 20. Light regime for healthy older adults 21. Light-Dark Cycle, Sleep and Circadian Rhythms in non-industrial populations 22. Daylight Variation
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Aging; Amplitude; Animal models; Bright light treatment; Calibration principles; Chronobiology; Chronodisruption; Chronotype; Circadian; Circadian clock; Circadian rhythm; Circadian rhythms; Clock gene expression; Color; Colorimetry; Computer graphics; Cone fundamentals; Cone mosaic; Cones; Daylight; Detection; Display; Display limitations; Dopamine; Dose response; Entrainment; Ganzfeld; Health; Human; Human vision; Humans; Hyperspectral illumination map; Hyperspectral imaging; Illumination; Intensity; ipRGC; Irradiance; Lens; Lens absorption; Light; Limit cycle oscillators; Luminous efficiency; Mathematical modeling; Mathematical models; Maxwellian view; Melanopsin; Melatonin; Melatonin suppression; Monitors; Mood disorders; Mouse models; Multi-primary systems; Natural lighting environment; Non-image forming functions; Non-image-forming photoreception; Non-visual; Nonvisual pathway; Occupational; Opn4; Optical arrangements; Optics; Phase; Phase resetting; Photobiology; Photoentrainment; Photometry; Photopic sensitivity; Photoreceptor; Physical characterization; Pigment density; Point spread function; Projectors; Psychophysics; Pupil; Pupil light reflex; Radiance; Retina; Rodents; Rods; Scotopic sensitivity; Shift work; Silent substitution; Sleep; Sleep regularity; Social jetlag; Spatial and temporal sensitivity; Spatial vision; Spatiotemporal variation; Spectral measurement; Spectral power distribution; Spectral sensitivity; Spectroradiometry; Standards; Temporal dynamics; Temporal vision; Translation; Vision; Visual perception
1. Optical set-ups 2. Psychophysics of Luminance and Color Vision 3. Psychophysics of non-visual photoreception PRC/IRC/DRC/Spectral Sensitivity 4. Circadian and visual photometry 5. Modelling (retina) 6. Modelling (circadian) 7. Techniques for examing vision at the cellular level 8. Advanced techniques for characterising the world hyperspectrally 9. Circadian physiology in mice: Melanopsin 10. Circadian physiology in mice: Colour and cones 11. Translational aspects of animal studies 12. Retinal clocks 13. Primate non-visual physiology 14. Light and mood in animal models 15. Metameric approaches to characterising non-visual photoreception 16. Ageing of visual mechanisms 17. Ageing of non-visual mechanisms 18. Field Studies 19. Light and Shift Work/Jet-lag 20. Light regime for healthy older adults 21. Light-Dark Cycle, Sleep and Circadian Rhythms in non-industrial populations 22. Daylight Variation
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Aging; Amplitude; Animal models; Bright light treatment; Calibration principles; Chronobiology; Chronodisruption; Chronotype; Circadian; Circadian clock; Circadian rhythm; Circadian rhythms; Clock gene expression; Color; Colorimetry; Computer graphics; Cone fundamentals; Cone mosaic; Cones; Daylight; Detection; Display; Display limitations; Dopamine; Dose response; Entrainment; Ganzfeld; Health; Human; Human vision; Humans; Hyperspectral illumination map; Hyperspectral imaging; Illumination; Intensity; ipRGC; Irradiance; Lens; Lens absorption; Light; Limit cycle oscillators; Luminous efficiency; Mathematical modeling; Mathematical models; Maxwellian view; Melanopsin; Melatonin; Melatonin suppression; Monitors; Mood disorders; Mouse models; Multi-primary systems; Natural lighting environment; Non-image forming functions; Non-image-forming photoreception; Non-visual; Nonvisual pathway; Occupational; Opn4; Optical arrangements; Optics; Phase; Phase resetting; Photobiology; Photoentrainment; Photometry; Photopic sensitivity; Photoreceptor; Physical characterization; Pigment density; Point spread function; Projectors; Psychophysics; Pupil; Pupil light reflex; Radiance; Retina; Rodents; Rods; Scotopic sensitivity; Shift work; Silent substitution; Sleep; Sleep regularity; Social jetlag; Spatial and temporal sensitivity; Spatial vision; Spatiotemporal variation; Spectral measurement; Spectral power distribution; Spectral sensitivity; Spectroradiometry; Standards; Temporal dynamics; Temporal vision; Translation; Vision; Visual perception
