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Visual Neuroscience|September 12, 2006
An urn model of the development of L/M cone ratios in human and macaque retinasKenneth Knoblauch, Maureen Neitz, Jay NeitzJournal of Vision|April 8, 2003
Estimates of L:M cone ratio from ERG flicker photometry and geneticsJoseph Carroll, Jay Neitz, Maureen NeitzTranslational Vision Science & Technology|September 14, 2016
Genetic Testing as a New Standard for Clinical Diagnosis of Color Vision DeficienciesCandice Davidoff, Maureen Neitz, Jay NeitzVisual Neuroscience|July 5, 2008
Nucleotide polymorphisms upstream of the X-chromosome opsin gene array tune L:M cone ratioKaren L Gunther, Jay Neitz, Maureen NeitzJournal of the Optical Society of America. A, Optics, Image Science, and Vision|April 4, 2014
Neurobiological hypothesis of color appearance and hue perceptionBrian P Schmidt, Maureen Neitz, Jay NeitzSeminars in Cell & Developmental Biology|May 17, 2021
S-cone circuits in the primate retina for non-image-forming visionSara S Patterson, Maureen Neitz, Jay NeitzJournal of the Optical Society of America. A, Optics, Image Science, and Vision|April 4, 2014
Comparison of the Richmond HRR 4th edition and Farnsworth-Munsell 100 Hue Test for quantitative assessment of tritan color deficienciesKatharina G Foote, Maureen Neitz, Jay NeitzFrontiers in Neuroscience|September 3, 2019
Reconciling Color Vision Models With Midget Ganglion Cell Receptive FieldsSara S Patterson, Maureen Neitz, Jay NeitzCurrent Opinion in Behavioral Sciences|March 21, 2020
Photopigment genes, cones, and color update: disrupting the splicing code causes a diverse array of vision disordersMaureen Neitz, Sara S Patterson, Jay NeitzVisual Neuroscience|September 12, 2006
A novel mutation in the short-wavelength-sensitive cone pigment gene associated with a tritan color vision defectKaren L Gunther, Jay Neitz, Maureen NeitzPageof 11