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Clinical Studies in Laser Photocoagulation
Archives of Ophthalmology, 1965Introduction Very shortly after the first demonstration of laser action by Maiman in 1960, it was apparent that the laser could be an excellent source for photocoagulation. The characteristics of the laser which are of particular value in photocoagulation are the great energy output in a short time interval, its monochromatic nature, and the narrow ...
C J, CAMPBELL +4 more
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Clinical Photocoagulation With the Krypton Laser
Archives of Ophthalmology, 1972The first clinical application of the krypton laser has been reported. Ten patients with vascular retinopathies were photocoagulated with the monochromatic yellow krypton laser emission at λ568.2 nm λ5,682 Angstroms) and coagulations ranging between 150μ to 250μ in diameter were produced after one-fourth to onehalf second exposures with power levels of
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Applied Optics, 1965
An exciting application of the laser lies in its use in the field of ophthalmology for photocoagulation of retinal and iris tissues. A hand-held ophthalmoscope-laser has been developed which has been used on numerous laboratory animals and recently on several hundred human beings.
N. S. Kapany +2 more
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An exciting application of the laser lies in its use in the field of ophthalmology for photocoagulation of retinal and iris tissues. A hand-held ophthalmoscope-laser has been developed which has been used on numerous laboratory animals and recently on several hundred human beings.
N. S. Kapany +2 more
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Laser photocoagulation in alimentary bleeding
World Journal of Surgery, 1983AbstractLaser therapy is theoretically more advantageous than endoscopic techniques such as diathermy in the treatment of alimentary bleeding primarily because the bleeding point is not directly touched or handled during therapy and the amount of energy dissipated in the surrounding tissue is more easily controlled.
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Archives of Ophthalmology, 1977
Argon Laser Photocoagulationby Zweng et al is a rather compact guide for the ophthalmologist who is interested in retinal diseases and their treatments. To begin, the authors present an understandable and informative chapter on the intricacies of laser light production. The various instruments that are now on the market are described.
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Argon Laser Photocoagulationby Zweng et al is a rather compact guide for the ophthalmologist who is interested in retinal diseases and their treatments. To begin, the authors present an understandable and informative chapter on the intricacies of laser light production. The various instruments that are now on the market are described.
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Comparison between Laser-Photocoagulation and Xenon-Photocoagulation
1973Since 6 years we have experience with different types of rubin-lasers. We have used the instrument of Keeler and were not content with it. The threshold between a normal clinical reaction and overdosage is very small so that explosive reactions with a hemorrhage or a gas-bubble in the centre are quite common.
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Experimental Laser Photocoagulation
American Journal of Ophthalmology, 1964H C, ZWENG +4 more
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Laser Photocoagulation of the Macula
Archives of Ophthalmology, 1991During the past few years, several major clinical trials have been conducted to evaluate the efficacy of laser photocoagulation in the treatment of various macular diseases. There exists a wealth of outstanding literature published by the Macular Photocoagulation Study, Early Treatment Diabetic Retinopathy Study, and Branch Retinal Vein Occlusion Study
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