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Progress in Brain Research|June 27, 2019
Motion and binocular disparity processing: Two sides of two different coinsChristian Quaia, Edmond J FitzGibbon, Lance M Optican, et al.Ophthalmic Epidemiology|November 2, 1999
Cataract and age-related maculopathy: the Blue Mountains Eye StudyJ J Wang, P G Mitchell, R G Cumming, et al.Ageing Research Reviews|May 18, 2021
Socioeconomic position and healthy ageing: A systematic review of cross-sectional and longitudinal studiesEmma Wagg, Fiona M Blyth, Robert G Cumming, et al.Internal Medicine Journal|January 30, 2004
Renal impairment and anaemia in a population-based study of older peopleR G Cumming, P Mitchell, J C Craig, et al.Vision Research|July 24, 2012
Spatial summation properties of the human ocular following response (OFR): dependence upon the spatial frequency of the stimulusB M Sheliga, C Quaia, B G Cumming, et al.The Journal of Neuroscience : the Official Journal of the Society for Neuroscience|February 22, 2013
Temporal evolution of pattern disparity processing in humansChristian Quaia, Boris M Sheliga, Lance M Optican, et al.Journal of Vision|August 23, 2016
Human short-latency ocular vergence responses produced by interocular velocity differencesB M Sheliga, C Quaia, E J FitzGibbon, et al.Journal of Vision|November 22, 2022
Weighted summation and contrast normalization account for short-latency disparity vergence responses to white noise stimuli in humansBoris M Sheliga, Christian Quaia, Edmond J FitzGibbon, et al.Clinical Science (London, England : 1979)|December 1, 1984
Assessment of smoking behaviour and ventilation with cigarettes of differing nicotine yieldsM J McBride, A R Guyatt, A J Kirkham, et al.Journal of Vision|May 10, 2021
Short-latency ocular following responses to motion stimuli are strongly affected by temporal modulations of the visual content during the initial fixation periodBoris M Sheliga, Christian Quaia, Edmond J FitzGibbon, et al.Pageof 58