Binocular Fundus Fluorometry and Oximetry

Oosterhuis, J. A.; Bakker, R. B.; Berge, K.M. van den

doi:10.1159/000264566

Ophthalmic Res

1971

DOI: 10.1159/000264566

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Binocular Fundus Fluorometry and Oximetry

J. A. Oosterhuis¹,

R. B. Bakker²,

K.M. van den Berge³

Abstract: The measurement of changes in oxygenation of blood with the aid of fundus reflectometry contact lenses and the effect of elevation of the intraocular pressure on the vascular system of the ocular fundus are described. fundus fluorescence after i.v. fluorescein injection had so far been successful only in animal experiments

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1980

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Ophthalmodynamography and ophthalmodynamometry in neurological practice

Strik

1980

Doc Ophthalmol

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Inventarisation of atraumatic methods of analysing the circulation in the carotid region shows that they generally can be classified as physiological or anatomical. Physiological methods focus on blood circulation time or on the pulsating changes in blood pressure, blood velocity, blood vessel diameter and cerebral volume. In this study the reliability of two pressure-dependent methods, namely ophthalmodynamography and ophthalmodynamometry, for the detection of haemodynamically significant carotid stenosis is established. Correct results were found in 78--82% of cases. Ophthalmodynamography, and the advantage of combining this method with ophthalmodynamometry, are more extensively investigated. Although in recent years attention has been focussed on the study of the blood velocity pulsations with the Doppler technique, maximal diagnostic efficacy can be expected from a combination of pressure and flow wave studies. A way to compare all the information contained in the curves can be found in the technique of Fourier analysis. The results obtained by Fourier analysis of the ophthalmodynamographic curves are presented.

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Ophthalmodynamography and ophthalmodynamometry in neurological practice

Strik

1980

Doc Ophthalmol

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Binocular Fundus Fluorometry and Oximetry

Cited by 1 publication

References 1 publication

Ophthalmodynamography and ophthalmodynamometry in neurological practice

Ophthalmodynamography and ophthalmodynamometry in neurological practice

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