[Interocular inhibition in strabismus]. 1998

V Herzau
Sektion für Motilitätsstörungen, Abteilung II, Universitäts-Augenklinik Tübingen.

Many patients with acquired strabismus do not suffer from diplopia and confusion after an individually and age-dependent interval. They inhibit the image of the deviated eye by binocular rilvary and particularly by the physiological ability to disregard visually disturbing stimuli. In strabismus with early onset, binocular rivalry is also demonstrable, even for stimuli that do not normally lead to suppression. On the basis of anomalous retinal correspondence, this rivalry occurs between retinal points onto which the same object projects. The retinal area with the lesser eccentricity receives the dominance. The fovea of the deviated eye is therefore not suppressed. In small-angle strabismus with smaller functional differences between anomalous corresponding retinal points anomalous fusion and even stereopsis can be possible as long as strong suprathreshold stimuli are presented. Strabismic amblyopia as a consequence of interfoveal suppression can only develop before anomalous retinal correspondence dominates in the strabismic child.

UI MeSH Term Description Entries
D009433 Neural Inhibition The function of opposing or restraining the excitation of neurons or their target excitable cells. Inhibition, Neural
D009799 Ocular Physiological Phenomena Processes and properties of the EYE as a whole or of any of its parts. Ocular Physiologic Processes,Ocular Physiological Processes,Ocular Physiology,Eye Physiology,Ocular Physiologic Process,Ocular Physiological Concepts,Ocular Physiological Phenomenon,Ocular Physiological Process,Physiology of the Eye,Physiology, Ocular,Visual Physiology,Concept, Ocular Physiological,Concepts, Ocular Physiological,Ocular Physiological Concept,Phenomena, Ocular Physiological,Phenomenon, Ocular Physiological,Physiologic Process, Ocular,Physiologic Processes, Ocular,Physiological Concept, Ocular,Physiological Concepts, Ocular,Physiological Process, Ocular,Physiological Processes, Ocular,Physiology, Eye,Physiology, Visual,Process, Ocular Physiologic,Process, Ocular Physiological,Processes, Ocular Physiologic,Processes, Ocular Physiological
D006801 Humans Members of the species Homo sapiens. Homo sapiens,Man (Taxonomy),Human,Man, Modern,Modern Man
D013285 Strabismus Misalignment of the visual axes of the eyes. In comitant strabismus the degree of ocular misalignment does not vary with the direction of gaze. In noncomitant strabismus the degree of misalignment varies depending on direction of gaze or which eye is fixating on the target. (Miller, Walsh & Hoyt's Clinical Neuro-Ophthalmology, 4th ed, p641) Concomitant Strabismus,Dissociated Horizontal Deviation,Dissociated Vertical Deviation,Heterophoria,Heterotropias,Hypertropia,Non-Concomitant Strabismus,Nonconcomitant Strabismus,Phorias,Squint,Strabismus, Comitant,Strabismus, Noncomitant,Convergent Comitant Strabismus,Mechanical Strabismus,Comitant Strabismus,Comitant Strabismus, Convergent,Deviation, Dissociated Horizontal,Dissociated Horizontal Deviations,Dissociated Vertical Deviations,Heterophorias,Heterotropia,Horizontal Deviation, Dissociated,Hypertropias,Non Concomitant Strabismus,Noncomitant Strabismus,Phoria,Strabismus, Concomitant,Strabismus, Convergent Comitant,Strabismus, Mechanical,Strabismus, Non-Concomitant,Strabismus, Nonconcomitant
D015348 Vision, Binocular The blending of separate images seen by each eye into one composite image. Binocular Vision

Related Publications

V Herzau
June 2021, The Journal of neuroscience : the official journal of the Society for Neuroscience,
V Herzau
January 1986, Cleveland Clinic quarterly,
V Herzau
December 1981, American journal of optometry and physiological optics,
V Herzau
December 1988, Bulletin des societes d'ophtalmologie de France,
Copied contents to your clipboard!