Current Eye Research · 1991 · 27 citations · 11 references
MedicinePhysiologyVision ScienceDevelopmental PhysiologyPediatric OphthalmologyVisual DevelopmentDark Adaptation TestingLight PerceptionPediatric Visual DevelopmentPhotoreceptor PhysiologyRetinal DevelopmentVisual PhysiologyDevelopmental Visual MaturationGestation PeriodGestation PhysiologyPhoton Detection In Rod CellsRetinal Light ResponsesRetinal PhysiologyRhodopsin FunctionSpectral Sensitivity Development
The rhodopsin content of 20 eyes of infants and children ages 27 weeks gestation to 8 years (11 donors) was assayed and compared to the rhodopsin content of adults (36 eyes; 19 donors). Infants have significantly lower rhodopsin contents than adults. On average the rhodopsin content of young infants is about a third of adults. Previously reported full-field b-wave sensitivity of young infants is about 0.5 log units, that is about a third, less than adults. Thus, as previously found in infant rats, photon capture by rhodopsin appears to limit the dark adapted sensitivity of young human infants.
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INHERITED RETINAL DYSTROPHY IN THE RAT
John E. Dowling, Richard L. Sidman · The Journal of Cell Biology · 1962 · 802 citations · Full text
Medicine, Ophthalmology, Physiology +17
Development of the light response in neonatal mammalian rods
Gian Michele Ratto, Dean W. Robinson, Bing Yan et al. · Nature · 1991 · 71 citations
Medicine, Neurobiology, Neuroscience +14