Frontiers in Visual Science : Proceedings of the University of Houston College of Optometry Dedication Symposium, Houston, Texas, USA, March, 1977

The papers included in this volume were presented as a part of the dedication of a new clinical/teaching/research facility for the University of Houston College of Optometry, March 27-31, 1977. These papers were intended to cover the "state of the art" knowledge in all areas of visual system investigation. While we may not have quite reached our goal of covering all areas, the papers presented here cover a broad cross-section of investigations in vision. However, without doubt, the intention of "state of the art" coverage was achieved in all areas discussed. From the beginning, with the presentation of Nobel Laureate, Ragnar Granit, to the end, with consideration of Vision Health Care Delivery Systems, each speaker was thorough in treatment of his/her subject. From studies of the ~ and of contact lenses, through examination of crystalline lens function, ocular pathologies and retina! function, the eye is very thoroughly considered. Much of this volume covers material dealing with the process of vision after coding of information in the eye. Psychophysical studies of vision compare and contrast with neurophysiological studies of v1sual function; and a very thorough section on the development of visual system function should prove valuable to a wide cross­ section of teachers, researchers, and clinicians. All-in-all, the contents of this volume represent a vast array of knowledge about the visual system, and this should be a valuable teaching/research resource for many years.

The Significance of Antidromic Potentiation and Induced Activity in the Retina.- The Sensitivity of the Cornea in Normal Eyes.- The Corneal Environment: Osmotic Responses.- A Common Ocular Pathology Spheroidal Degeneration of the Cornea and Conjunctiva.- New Studies on Fluctuations of Accommodation.- The Etiopathogenesis of Primary Glaucoma.- Biogenic Monoamines and Amino Acids as Retinal Neurotransmitters.- Lipid-Rhodopsin Interactions in Photoreceptor Membranes.- Lipid Function in Excitable Membranes.- Photoreceptor Shedding in the Frog Retina.- Mapping Retinal Features in a Freely Moving Eye with Precise Control of Retinal Stimulus Position.- Acute Effects of Alcohol and Marijuana on Vision.- Soft Contact Lenses:  A Look into the Future.- The State of the Art and Science of Contact Lens Fabrication and Fitting.- Important Diagnostic Testing of the Contact Lens Wearer.- Analysis of Human Color Vision by Exchange Thresholods.- The Distribution of Blue Receptors in Primates’ Eyes Revealed by Spectral Photic Damage and by Histochemical Response Experiments.- Discriminations That Depend Upon Blue Cones.- Opponent Chromatic Mechanisms Predict Hue Naming.- Opponent-Colors Theory and Color Blindness.- Optical Society Uniform Color Scales.- A Photon Counting Microspectrophotometer for the Study of Single Vertebrate Photoreceptor Cells.- Spatial Vision in the Cat.- Behavioral Analysis of the Role of Geniculocortical System in Form Vision.- The Absolute Efficiency of Human Pattern Detection.- Sources Suitable for Use in Illuminating Visual Acuity Charts.- Current Status of Research on the Spatial Organization of the Human Visual System at Detection Threshold.- Interactions Among Spatial Frequency Channels in the Human Visual System.- Orientation Discrimination.- A New Approach to Perceptual Grouping.- Optical Illusions and Visual Functions.- Binocularity and Stereopsis in the Evolution of Vertebrate Vision.- Comparison of the Retinotopic Organization of the Visual Wulst in Nocturnal and Diurnal Raptors, with a Note on the Evolution of Frontal Vision.- Orientation and Position Disparities in Stereopsis.- Stereoscopic Depth Channels for Position and for Motion.- Neural Mechanisms Underlying Stereoscopic Depth Perception in Cat Visual Cortex.- Mechanisms for Stereopsis.- Spatio-Temporal Aspects of Binocular Depth Discrimination.- Discharges of Visual Neurons in Eye Movements.- The Primate Superior Colliculus and its Sensory Inputs.- Properties of Saccade-Related Unit Activity in the Monkey Superior Colliculus.- Potentials Accompany Eye Movement.- A Model of Function at the Outer Plexiform Layer of the Cyprinid Retina.- Center-Surround Retinal Ganglion Cells: Receptive Field Organization with Special Reference to Light-Dark Adaptation.- The Coding and Decoding of Steady State Visual Information by Patterned Pulse Trains in the Crayfish Visual System.- Photic Sensitivity of Macaque Monkey and Pulvinar Neurons.- The Organization of the Cat Pretectum.- Central Mechanisms of Foveal Vision in the Monkey.- Cortical Cells: Bar and Edge Detectors, or Spatial Frequency Filters?.- Subdivisions and Interconnections of the Primate Visual System.- Gross Electric Recording from the Human Retina and Cortex.- Properties of Cortical Electrical Phosphenes.- Development of the Eye and Retina of Kittens.- Postnatal Development of the Human Lateral Geniculate Nucleus.- Response Properties of Retinal Ganglion Cells in Siamese Cats.- Response Properties of Striate Neurons in Area 17 of Siamese Cats.- Role of Binocular Interactions in Visual System Development in the Cat.- Animal Models for Human Visual Development.- Cortical Effects of Early Visual Experience.- Neural Correlates of Visual Experience in Single Units of Cat’s Visual and Somatosensory Cortex.- Meridional Amblyopia.- Development of Visual Acuity in Normal and Astigmatic Infants.- Eye Motility and Visual Motor Development.- Psychophysical Functions in Fish with Respecified Retinotectal Connections.- The Cheshire Study: Changes in Incidence of Myopia Following Program Intervention.- Visual Deprivation Studies and the Therapy of Strabismus, Amblyopia and Learning Disorders.- Optometry as Remediation and as Education.- Tasks and Goals of a Clinically Oriented Vision Research Laboratory: Its Role in Research and its Application to Serve Patients.- Trends in Higher Education and Health: Opportunities for Optometry.- The Future of Public and Community Health in Optometry.