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475 results on '"Eye Burns pathology"'

456. Genesis of white rings of the cornea.

Author

Miller EM

Subjects
Corneal Injuries, Diagnosis, Differential, Humans, Male, Burns, Chemical pathology, Calcium Compounds adverse effects, Calcium Hydroxide adverse effects, Cornea pathology, Eye Burns pathology, Eye Foreign Bodies pathology, Oxides adverse effects
Abstract

White rings of the cornea occur as an occupational injury among limestone workers, especially those who tend kilns converting limestone to calcium oxide. Clinical proof is offered that the ring results from a calcium hydroxide burn involving a very small area of the cornea.

Published
1966
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457. The effect of azathioprine and chlorpromazine on corneal regeneration.

Author

François J and Fehér J

Subjects
Alkalies, Animals, Azathioprine administration & dosage, Azathioprine antagonists & inhibitors, Birefringence, Burns, Chemical, Chlorpromazine administration & dosage, Cornea pathology, Drug Combinations, Eye Burns pathology, Fibroblasts drug effects, Injections, Intravenous, Leukocytes drug effects, Organoids, Rabbits, Azathioprine pharmacology, Chlorpromazine pharmacology, Cornea drug effects, Regeneration drug effects
Published
1972
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458. Ocular effects produced by experimental lasers. 3. Neodymium laser.

Author

Campbell CJ, Rittler MC, Innis RE, and Shiner WH

Subjects
Animals, Cataract etiology, Cornea pathology, Corneal Injuries, Eye Burns pathology, Iris injuries, Iris pathology, Lens, Crystalline injuries, Lens, Crystalline pathology, Neodymium, Rabbits, Retina injuries, Retina pathology, Eye Burns etiology, Lasers adverse effects
Published
1968
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459. Reaction of centrifugal nerves in the human retina two weeks after photocoagulation.

Author

Wolter JR and Lund OE

Subjects
Adult, Axons, Choroid blood supply, Choroid injuries, Choroid pathology, Choroid Neoplasms surgery, Chromatophores, Eye Burns pathology, Humans, Male, Melanoma surgery, Neuroglia, Neurons, Retina injuries, Retina innervation, Staining and Labeling, Time Factors, Light Coagulation adverse effects, Optic Neuritis etiology, Retina pathology
Published
1968

460. Histologic evaluation of ophthalmoscopically subvisible retinal laser exposures.

Author

Lappin PW and Coogan PS

Subjects
Animals, Capillaries radiation effects, Cell Nucleus radiation effects, Cytoplasm radiation effects, Epithelium radiation effects, Eye Burns pathology, Haplorhini, Macula Lutea pathology, Maximum Allowable Concentration, Ophthalmoscopy, Photoreceptor Cells radiation effects, Radiation Effects, Retinal Vessels radiation effects, Eye Burns etiology, Lasers adverse effects, Macula Lutea radiation effects, Retinal Pigments radiation effects
Published
1970

462. Ocular damage caused by Paraquat.

Author

Joyce M

Subjects
Black or African American, Conjunctiva pathology, Cornea pathology, Female, Humans, Keratitis chemically induced, Male, Middle Aged, Burns, Chemical, Eye Burns pathology, Herbicides poisoning, Pyridines poisoning, Quaternary Ammonium Compounds poisoning
Published
1969
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463. Retina: pathology of neodymium and ruby laser burns.

Author

Wolbarsht ML, Fligsten KE, and Hayes JR

Subjects
Animals, Haplorhini, In Vitro Techniques, Neodymium, Eye Burns etiology, Eye Burns pathology, Lasers, Light Coagulation, Retina pathology
Abstract

Chorioretinal lesions hiave been prodluced in monkeys during experitments with ruby and neodlymium lasers. Most of the energy from the ruby laser (wavelength 6943 angstroms) is absorbed by the pigment epithelium, where the greatest damage appears. With the neodymium laser (10,600 angstroms) the neural portions of the retina absorb more of damage than the pigment epithelium and adjacent tissues.

Published
1965
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464. Collagenolysis and regeneration in corneal burnings.

Author

François J and Fehér J

Subjects
Animals, Cornea pathology, Corneal Ulcer pathology, Corneal Ulcer therapy, Epithelial Cells, Epithelium metabolism, Fibroblasts metabolism, Leukocytes, Microscopy, Polarization, Rabbits, Sodium Hydroxide, Staining and Labeling, Alkalies, Burns, Chemical metabolism, Burns, Chemical pathology, Collagen metabolism, Cornea physiology, Corneal Ulcer etiology, Eye Burns metabolism, Eye Burns pathology, Wound Healing
Published
1972
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465. Ammonia and eye injuries in agriculture.

Author

Helmers S, Top FH Sr, and Knapp LW Jr

Subjects
Eye Burns complications, Eye Burns pathology, Eye Burns therapy, Humans, Ammonia adverse effects, Burns, Chemical etiology, Eye Burns chemically induced, Fertilizers adverse effects
Published
1971

466. The role of collagenase in the alkali-burned cornea.

Author

Gnädinger MC, Itoi M, Slansky HH, and Dohlman CH

Subjects
Alkalies, Animals, Biological Assay, Burns, Chemical enzymology, Collagen, Cornea pathology, Corneal Injuries, Corneal Ulcer enzymology, Culture Techniques, Epithelium enzymology, Eye Burns pathology, Histocytochemistry, Rabbits, Cornea enzymology, Eye Burns enzymology, Microbial Collagenase analysis
Published
1969
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475. Ocular effects produced by experimental lasers.

Author

Campbell CJ, Rittler MC, Bredemeier H, and Wallace RA

Subjects
Animals, Carbon Dioxide, Cornea pathology, Corneal Injuries, Corneal Opacity etiology, Corneal Ulcer etiology, Eye Burns pathology, Necrosis, Rabbits, Eye Burns etiology, Lasers adverse effects
Published
1968
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