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Cited by (21)
Contrast masking in strabismic amblyopia: Attenuation, noise, interocular suppression and binocular summation
2008, Vision ResearchCitation Excerpt :Ciuffreda and Fisher (1987) used monocular pedestals and concluded that contrast discrimination is compromised in the bad eye, but they did not measure the entire dipper function. Bradley and Ohzawa (1986) found an amblyopic deficit across the entire dipper function for both of their subjects and similar results were found by Kiper and Kiorpes (1994) in three experimentally strabismic monkeys. In the second two of these studies, monocular facilitation was less in the bad eye than the good eye.
Macaque Models of Visual Development and Disability
2008, Primate Models of Children's Health and Developmental DisabilitiesDoes a Bayesian model of V1 contrast coding offer a neurophysiological account of human contrast discrimination?
2005, Vision ResearchCitation Excerpt :We assume that it is processing in V1 which is exclusively responsible for setting the psychophysical thresholds, and that macaque V1 is a good model of human primary visual cortex. The latter assumption is supported by reports of dipper functions in a behavioural study in monkeys, very similar to the human ones (Kiper & Kiorpes, 1994), and by studies of contrast sensitivity in macaques and humans (De Valois, Morgan, & Snodderly, 1974). The failure of the models using the overall c50 distribution from V1, in comparison to the model using a non-physiological distribution, may be evidence against the former assumption, and may instead suggest that some extrastriate area, which has a different distribution of neuronal contrast sensitivities, is a key area for contrast discrimination, at least at high contrasts.