Biomedical subjects
E MARG
Publications and source records attributed to E MARG.
A RUGGED, RELIABLE AND STERILIZABLE MICROELECTRODE FOR RECORDING SINGLE UNITS FROM THE BRAIN.
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Single-cell responses of the nucleus of the transpeduncular tract in rabbit to monochromatic light on the retina.
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Activity of a human oculorotary muscle unit.
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Microelectrode study of accessory optic tract in the rabbit.
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Evaluation of the basic validity and clinical usefulness of the Mackay-Marg tonometer.
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Corneal bending and buckling in tonometry.
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Automatic tonometer with exact theory: various biological applications.
Methods for externally measuring pressure within body cavities exist. In tonometer form they are fast and gentle not requiring anesthetics for the cornea of the human eye. Readings are accurate and independent of tissue tension, corneal stiffness, astigmatic curvatures, and surface tension. There are also separate indications of corneal rigidity and relaxation, and tonographic fluid expression. Other applications include monitoring blood pressure, uterine contractions, and infant intracranial pressure.
An historical review of the accessory optic tracts.
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Physiological nystagmus in the cat.
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Contraction of the oculorotary muscles and intraocular pressure. A tonographic and electromyographic study of the effect of edrophonium chloride (tensilon) and succinylcholine (anectine) on the intraocular pressure.
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Elements of human extraocular electromyography.
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An electromyographic study of coactivity of human extraocular muscles in following movements.
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Artifacts and normal variations in human ocular electromyography.
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Activity of the oculorotary muscles during tonometry and tonography. An electromyographic study.
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Electromyographic study of following movements of the eye between tertiary positions.
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Fast, automatic, electronic tonometers based on an exact theroy.
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Electromyography in strabismus.
Electromyography of the human extraocular muscles is a new research tool designed to elucidate many problems in ocular physiology. Although at present it affords little clinical help in the diagnosis and treatment of strabismus, it may in time be of value in neuro-ophthalmologic disease.