Slow Potentials and Microprocessor Applications

ONE: PHYSIOLOGY OF SLOW RETINAL POTENTIALS.- The Cellular Origin of the Light Peak.- The Cellular Origin of the Fast Oscillation.- Variations of c-Wave Amplitude in the Cat Eye.- Hyperosmolarity-induced Changes in the Transepithelial Potential of the Human and Frog Retinae.- EOG and Experimental Optic Nerve Transection.- Light Modulation of the Standing Potential in the Perfused Mammalian Eye: Characteristics and Responses to Acidosis.- Changes in the Electroretinogram of Albino Rabbits after Intravitreal Injection of DL-?-Aminoadipic Acid.- The Canine c-Wave: Breed and Anesthetic-dependent Variations.- Electroretinogram Below b-Wave Threshold in the Cat: Studies of Retinal Development and Retinal Degeneration.- Abstract: Origin of the Fast Oscillation in the Macaque.- TWO: SLOW RETINAL POTENTIAL APPLICATIONS.- Increment Threshold Function of the Light-Induced Slow Oscillation of the EOG.- Corneoretinal Potentials in Human Infants.- EOG Driven by the Contralateral Reading Eye.- The Electrooculogram in “Vitelliform” Macular Lesions.- EOG Changes in Dominantly Inherited Drusen (Malattia leventinese).- EOG Application for Stargardt’s Disease and X-Linked Juvenile Retinoschisis.- Hydroxychloroquine and Retinal Toxicity.- EOG Changes Due to Spontaneous Macular Pucker.- The Fast Oscillation of the Electro-Oculogram, Amplitudes and Latencies in the Course of the Slow Oscillation.- The Fast Oscillation of the Electro-Oculogram in Sectorial Retinitis Pigmentosa.- Changes of the Fast Oscillations in Diabetic Retinopathy in Usage of a New Computerized EOG Device.- Variability of the Human c-Wave.- What Does the c-Wave Tell Us in Retinal Diseases?.- ERG c-Wave at the Early Stage of Diabetic Retinopathy.- The EOG and the ERG in the Aortic Arch Syndrome.- Slow RetinalPotentials Evoked by Patterned Stimuli.- Abstracts: Data to the Electro-Oculography of Retrolental Fibroplasia.- The Long-Term Observation of the ERG c-Wave and EOG in Cases of Postoperative Retinal Detachment.- THREE: MICROPROCESSOR APPLICATIONS.- Interactive Computer Program for Clinical Electrophysiology.- Use of Microcomputers to Acquire Electrophysiological Data: Description of a Commercially Available System in Operation.- Implementation of a Portable Pattern Stimulator and VEP/ERG Recording System Based on an Apple Microcomputer.- Microcomputer Presentation of Patterned Stimuli for Visual Electophysiology.- Microcomputer Technique for Identification of Electrical Biopotentials Transmitted Along the Optic Pathways.- Computer-Assisted Analysis of Clinical Electroretinographic Intensity-response Functions.- Dynamic Random-Element Stereograms: A Microprocessor Application.- Digital vs Analog Filtering of Electrophysiological Data Utilizing Microprocessors.- Abstract: A Microprocessor-Aided Trichromatic Illuminometer Based on General Principles of Retinal Circuitry.- FOUR: PATTERN ERG.- The Distinction Between Luminance and Spatial Contrast Components in the Pattern ERG.- Human Pattern Evoked Retinal Response (PERR): Spatial Tuning and Development.- Pattern Reversal Electroretinograms in Squint Amblyopia, Artificial Anisometropia and Simulated Eccentric Fixation.- Pattern-Reversal Electroretinograms in Unilateral Glaucoma.- FIVE:ERG APPLICATIONS.- Retrolental Fibroplasia and ERG.- On the Recovery of the Electroretinogram of Rats after Removal of Intravitreal Iron Particles.- Electrophysiological and Clinical Findings after Acute Chloroquine Poisoning.- Synchronization of ERG Signs of Retinal Ischemia.- The Actions of Opiates on the Oscillatory Potentials of the Electroretinogram (ERG).- ERG “C”-Wave as Elicited Using Fast Random Stimuli.- Fast Random and Slow Regular Stimulus ERG’s in Rabbits after Dilatation with Cyclogel and after Sodium Iodate Injection: A Preliminary Study.- Abstracts: A New Disposable ERG Electrode Utilizing a Hydrophilic Soft Contact Lens with High Water Content.- The ERG in Retinitis Pigmentosa.- Alterations in the Photopic ERG and Optic Atrophy/Dysplasia in Congenital Stationary Nightblindness.- Supernormal Scotopic ERG in Macular Dystrophy.- Amplitude and Latency Changes during Early Diabetes Mellitus in Rats.- SIX: VEP APPLICATIONS.- Luminance Effects on Latency and Topography of Average Pattern-Evoked Potentials.- Oculomotor Behavior in Human Albinos.- Pattern VECP Topography to Right and Left Half Field Stimulation in Intracranial Diseases.- Vector Analysis of Pattern VEP of Patients with Hemianopia.- Early/Late Component Ratio in Pattern-Reversal VEP: Normative Data and Clinical Applications.- Cortical vs Sub-Cortical Components of the Pattern VEP.- Studies on Visual Learning Gain by Means of VEP’s.- Pattern Evoked Potential Latency as Indicator of Early and Delayed CNS Changes due to Antileukemia Treatment in Children.- Clinical Application of Hypnotic-Influenced VEP.- Abstracts: Complex Structured Stimuli for VECP.- Asymmetries of VECP Scalp Distribution Evoked by Nasal and Temporal Hemiretinal Stimulation in Esotropic Patients.- The Visual Electrically Evoked Potential (VEEP): Steady State Responses.- SEVEN: MISCELLANEOUS TOPICS.- Implications of Fourier Analysis for Temporal and Spatial Resolution.- An Electronically-Induced Pulfrich Illusion as a Quantitative Measure of Visual Delay and Stereopsis.- Eye Tracking Performance and Attention in Psychotic Patients.- Abstract: ChromaticStimulation in Partial Achromatopsia.- Ten Year Cumulative Index for ISCEV Symposia 1972–1981.