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Dr. Kottow, N. Jednock, J. Sewell (1978)
Anterior segment fluorescein cineangiographyAlbrecht von Graefes Archiv für klinische und experimentelle Ophthalmologie, 205
J. O'Rourke, M. Lindsay, Syamala Ready (1980)
Use of Needle Crimping to Seal Limbal Punctures. Technical NoteOphthalmic Research, 12
M. Kraff, D. Sanders, G. Peyman, H. Lieberman, S. Tarabishy (1980)
Slit-lamp fluorophotometry in intraocular lens patients.Ophthalmology, 87 9
R. Coakes, Richard Rrubaker (1979)
Method of measuring aqueous humor flow and corneal endothelial permeability using a fluorophotometry nomogram.Investigative ophthalmology & visual science, 18 3
Pierre Nerom, A. Rosenthal, Douglas Jacobson, Ivan Pieper, Herbert Schwartz, Brad Greider (1981)
Iris angiography and aqueous photofluorometry in normal subjects.Archives of ophthalmology, 99 3
R. Jones, D. Maurice (1966)
New methods of measuring the rate of aqueous flow in man with fluorescein.Experimental eye research, 5 3
Mendeloff T O'Rourke J (1978)
Continuous in vivo recordings of intraocular capillary and aqueous humor flowsOphthalmol Res, 10
J. O'Rourke, T. Mendeloff, D. D'Amato (1978)
Continuous in vivo recordings of intraocular capillary and aqueous humor flows.Transactions of the American Ophthalmological Society, 76
Abstract • Fluorescein appearance time (FAT) curves were recorded at 5-s intervals from the feline iris and anterior chamber using a modified video-frame store unit. Anterior chamber washout slopes were also recorded following intracameral injection. The iris FAT interval following intravenous injection was maximally 5 s. Passage of the dye bolus then appeared during the next 10 s, followed by a rapid (100-s) rise to maximum levels. In contrast to the iris, anterior chamber FAT curves recorded from the pupillary space showed an approximate two-minute delay after injection (mean = 1.92 ± 0.360 minutes), followed by a gradual (20-minute) rise to maximum recordable levels. The mean anterior chamber washout rate following intracameral injection of 10-6 g/mL of dye levels was 2.323% ± 0.810%/min. There are potential applications of the method and a need for shorter recording intervals. References 1. O'Rourke J, Mendeloff T, D'Amato DP: Continuous in vivo recordings of intraocular capillary and aqueous humor flows . Ophthalmol Res 1978;10:212-224.Crossref 2. O'Rourke J, Lindsay M, Reddy S: Use of needle crimping to seal limbal punctures: Technical note . Ophthalmol Res 1980;12:57-63.Crossref 3. Kotow MH: Anterior Segment Fluorescein Angiography . Baltimore, Williams & Wilkins Co, 1978, pp 46-55. 4. Van Nerom PR, Rosenthal AR, Jacobson DR, et al: Iris angiography and aqueous photofluorometry in normal subjects . Arch Ophthalmol 1981;99:489-493.Crossref 5. Kraff MC, Sanders DR, Peyman GA, et al: Slit-lamp fluorophotometry in intraocular lens patients . Ophthalmology 1980;87:877-880.Crossref 6. Jones RF, Maurice DM: New methods of measuring the rate of aqueous flow in man with fluorescein . Exp Eye Res 1966;5:208-220.Crossref 7. Coakes RL, Brubaker RF: Method of measuring aqueous humor flow and corneal endothelial permeability using a fluorophotometry normogram . Invest Ophthalmol Vis Sci 1979;18:288-302.
Archives of Ophthalmology – American Medical Association
Published: Nov 1, 1982
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