Results 181 to 190 of about 1,203,703 (213)
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1981
Two techniques for drainage of subretinal fluid are described and compared: (1) externally observed drainage through an ‘L’ shaped sclerotomy with a sharp wire needle; and (2) ophthalmoscopically observed (internal) drainage through a limbus parallel sclerotomy with Wilder picks. Complications encountered are similar and minimal.
Edward Okun, Glen Paul Johnston
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Two techniques for drainage of subretinal fluid are described and compared: (1) externally observed drainage through an ‘L’ shaped sclerotomy with a sharp wire needle; and (2) ophthalmoscopically observed (internal) drainage through a limbus parallel sclerotomy with Wilder picks. Complications encountered are similar and minimal.
Edward Okun, Glen Paul Johnston
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Archives of Ophthalmology, 1975
A light and electron microscopical study of subretinal fluid removed at surgery for rhegmatogenous retinal detachment showed a heterogeneity of cell types originating from the neural retina, pigment epithelium, and wandering cells of the blood. Subcellular organelles sedimenting in the centrifuged pellets could be identified as to cell of origin ...
L, Feeney, R P, Burns, R M, Mixon
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A light and electron microscopical study of subretinal fluid removed at surgery for rhegmatogenous retinal detachment showed a heterogeneity of cell types originating from the neural retina, pigment epithelium, and wandering cells of the blood. Subcellular organelles sedimenting in the centrifuged pellets could be identified as to cell of origin ...
L, Feeney, R P, Burns, R M, Mixon
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Pneumatic retinopexy with drainage of subretinal fluid
International Ophthalmology, 1994Thirty bullous retinal detachments were treated with pneumatic retinopexy and drainage of subretinal fluid. Patient selection criteria were similar to pneumatic retinopexy. All the eyes were reattached after the first operation. In three (10%) eyes new breaks with retinal detachment developed within two months after the initial operation and were ...
K, Gündüz, I, Günalp
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Drainage of Subretinal Fluid with the Argon Laser
American Journal of Ophthalmology, 1993We performed 115 scleral-buckling procedures for primary rhegmatogenous retinal detachments in which the argon endolaser drained subretinal fluid. The laser was set at 0.80 to 1.25 W and 0.5 second; the endolaser probe was held adjacent to, but not touching, the choroid. The procedure was successful in 112 of 115 (97.0%) patients.
E P, Fitzpatrick, D, Abbott
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Experimental Studies on the Accumulation of Subretinal Fluid
Ophthalmologica, 2010In an attempt to develop a rabbit model for serous detachment, we damaged the pigment epithelium with low-intensity laser burns, lowered intraoccular pressure and administered dibutyryl adenosine 3′,5′-cyclic phosphate (cAMP), to inhibit pigment epithelial water transport.
Y, Tsukahara, M F, Marmor
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THE DRAINAGE OF SUBRETINAL FLUID
Retina, 1981A randomized controlled clinical trial was conducted on a series of 120 consecutive cases of rhegmatogenous retinal detachment. One group of 60 eyes, randomly selected, was managed with a scleral buckling operation that included the drainage of subretinal fluid. The other group of 60 had a similar operation without drainage. A new method for evaluating
G F, Hilton +3 more
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The drainage of subretinal fluid.
Transactions of the American Ophthalmological Society, 1984Drainage of subretinal fluid was performed in 84% of a consecutive series of 662 scleral buckling procedures. Complications of drainage occurred in 5.6% of cases, and the ultimate anatomical success rate in the series was 94.2%. Ninety-seven percent of failures were due to massive PVR, but this process was not associated with complications of surgery ...
C P, Wilkinson, R H, Bradford
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CONTROLLED DRAINAGE OF SUBRETINAL AND CHOROIDAL FLUID
Retina, 1985Controlled drainage of subretinal fluid is achieved using a 25-gauge needle, passed obliquely through the sclera. This reduces the risk of choroidal hemorrhage and retinal incarceration.
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Free Fatty Acids in the Subretinal Fluid
Ophthalmologica, 2010Free fatty acids (FFA) were determined in 50 samples of subretinal fluid (SRF) by the colorimetric method of Duncombe. The level of blood serum FFA was determined simultaneously. FFA in the SRF ranged between 0.01 and 1.0 µmol/ml in normal distribution with the maximum at low concentrations.
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