The use of silent substitution in measuring isolated cone- & rod- human electroretinograms. An electrophysiological study of human rod- and cone- photoreceptor activity derived using silent substitution paradigm

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MPhil (7.784Mb)
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Publication date
2019Author
Kommanapalli, DeepikaSupervisor
McKeefry, Declan J.Tripathy, Srimant P.
Keyword
PhotoreceptorRods
Cones
Electroretinogram
Silent substitution
Adaptation
Temporal properties
Scotopic
Photopic
Mesopic
Parvocellular (PC)
Magnocellular (MC)
Koniocellular (KC) post-receptoral pathways
Colour vision
Trichromacy
Dichromats
Luminance vision
L/M cone ratios
Cone contrast
Retinal illuminance
Four-primary Ganzfeld stimulator
Rights

The University of Bradford theses are licenced under a Creative Commons Licence.
Institution
University of BradfordDepartment
Bradford School of Optometry and Vision SciencesAwarded
2019