Photocoagulation-Induced Lens Opacity

Lenticular burns following PASCAL photocoagulation

“…However, these burns if not in visual axis don't affect patient's vision and appear to remain stable as found before. [ 6 ]…”

Lenticular burns following PASCAL photocoagulation

“…However, these burns if not in visual axis don't affect patient's vision and appear to remain stable as found before. [ 6 ]…”

Laser-induced ocular injury: a narrative review

“…41 Mechanisms of injury involving external adnexa and anterior segments tend to differ from those of retinal injury and are often associated with dermatological laser procedure 43 and ophthalmic laser application. 49,50 Anterior segment injuries are more commonly induced by lasers of longer wavelength such as Alexandrite laser (755 nm) and diode laser (810 nm) used in epilation of eyebrow [30][31][32][33][34][35][36] and carbon dioxide laser used in skin resurfacing. 42,43 Alexandrite laser and diode laser are readily absorbed by the heavily pigmented iris, causing iris atrophy and corectopia.…”

“…The most common fundoscopic finding was pigmentary changes with hypo-or hyperpigmentation (53%), followed by yellow foveal lesions (33%), macular hole (23%), and hemorrhage (14%). Although a large proportion of laserinduced ocular injury improves spontaneously, medical and/ or surgical intervention may be required for complications such as subretinal, intraretinal, subhyaloid, and preretinal Medical laser devices: cosmetic laser procedure, 43 laser removal of skin lesion, 32 laser epilation of eyelid 30 / eyebrow, 29,51 ophthalmic laser application 49,50 Occupational exposure to laser 27 Air flight exposure to laser 39 Recreational exposure to laser 28 Military laser accident 37,38 Corneal injury 43,63 hemorrhage, full-thickness macular hole, and epiretinal membrane and choroidal neovascularization. 7,21,22,28,48,[55][56][57] One case report described rod and cone cells dysfunction leading to diffuse peripheral visual field defect following a diode laser injury.…”

Die Aktivität der Katalase unter Argonlaser-Bestrahlung*

“…Die Aktivität der Katalase unter Argonlaser-Bestrahiung Die Anwendung der Argonlaserphotokoagulation in der ophthalmologischen Therapie gilt generell als ungefahrlich (Poon, Yew, 1980). Schäden in den durchstrahlten Geweben des Auges wurden in der Literatur nur selten beschrieben (LinsentrUbungen: Lankhanpal und Mitarb., 1982;McCanna und Mitarb., 1982;Ubersicht bei Little, 1976). Das Verhalten des Glaskorpers findet sich in der Literatur kaum dargestellt.…”

Lenticular burns following PASCAL photocoagulation

“…However, these burns if not in visual axis don't affect patient's vision and appear to remain stable as found before. [ 6 ]…”

Laser-induced ocular injury: a narrative review

“…41 Mechanisms of injury involving external adnexa and anterior segments tend to differ from those of retinal injury and are often associated with dermatological laser procedure 43 and ophthalmic laser application. 49,50 Anterior segment injuries are more commonly induced by lasers of longer wavelength such as Alexandrite laser (755 nm) and diode laser (810 nm) used in epilation of eyebrow [30][31][32][33][34][35][36] and carbon dioxide laser used in skin resurfacing. 42,43 Alexandrite laser and diode laser are readily absorbed by the heavily pigmented iris, causing iris atrophy and corectopia.…”

“…The most common fundoscopic finding was pigmentary changes with hypo-or hyperpigmentation (53%), followed by yellow foveal lesions (33%), macular hole (23%), and hemorrhage (14%). Although a large proportion of laserinduced ocular injury improves spontaneously, medical and/ or surgical intervention may be required for complications such as subretinal, intraretinal, subhyaloid, and preretinal Medical laser devices: cosmetic laser procedure, 43 laser removal of skin lesion, 32 laser epilation of eyelid 30 / eyebrow, 29,51 ophthalmic laser application 49,50 Occupational exposure to laser 27 Air flight exposure to laser 39 Recreational exposure to laser 28 Military laser accident 37,38 Corneal injury 43,63 hemorrhage, full-thickness macular hole, and epiretinal membrane and choroidal neovascularization. 7,21,22,28,48,[55][56][57] One case report described rod and cone cells dysfunction leading to diffuse peripheral visual field defect following a diode laser injury.…”

Die Aktivität der Katalase unter Argonlaser-Bestrahlung*

“…Die Aktivität der Katalase unter Argonlaser-Bestrahiung Die Anwendung der Argonlaserphotokoagulation in der ophthalmologischen Therapie gilt generell als ungefahrlich (Poon, Yew, 1980). Schäden in den durchstrahlten Geweben des Auges wurden in der Literatur nur selten beschrieben (LinsentrUbungen: Lankhanpal und Mitarb., 1982;McCanna und Mitarb., 1982;Ubersicht bei Little, 1976). Das Verhalten des Glaskorpers findet sich in der Literatur kaum dargestellt.…”

Lenticular burns following PASCAL photocoagulation

“…However, these burns if not in visual axis don't affect patient's vision and appear to remain stable as found before. [ 6 ]…”

Laser-induced ocular injury: a narrative review

“…41 Mechanisms of injury involving external adnexa and anterior segments tend to differ from those of retinal injury and are often associated with dermatological laser procedure 43 and ophthalmic laser application. 49,50 Anterior segment injuries are more commonly induced by lasers of longer wavelength such as Alexandrite laser (755 nm) and diode laser (810 nm) used in epilation of eyebrow [30][31][32][33][34][35][36] and carbon dioxide laser used in skin resurfacing. 42,43 Alexandrite laser and diode laser are readily absorbed by the heavily pigmented iris, causing iris atrophy and corectopia.…”

“…The most common fundoscopic finding was pigmentary changes with hypo-or hyperpigmentation (53%), followed by yellow foveal lesions (33%), macular hole (23%), and hemorrhage (14%). Although a large proportion of laserinduced ocular injury improves spontaneously, medical and/ or surgical intervention may be required for complications such as subretinal, intraretinal, subhyaloid, and preretinal Medical laser devices: cosmetic laser procedure, 43 laser removal of skin lesion, 32 laser epilation of eyelid 30 / eyebrow, 29,51 ophthalmic laser application 49,50 Occupational exposure to laser 27 Air flight exposure to laser 39 Recreational exposure to laser 28 Military laser accident 37,38 Corneal injury 43,63 hemorrhage, full-thickness macular hole, and epiretinal membrane and choroidal neovascularization. 7,21,22,28,48,[55][56][57] One case report described rod and cone cells dysfunction leading to diffuse peripheral visual field defect following a diode laser injury.…”

Die Aktivität der Katalase unter Argonlaser-Bestrahlung*

“…Die Aktivität der Katalase unter Argonlaser-Bestrahiung Die Anwendung der Argonlaserphotokoagulation in der ophthalmologischen Therapie gilt generell als ungefahrlich (Poon, Yew, 1980). Schäden in den durchstrahlten Geweben des Auges wurden in der Literatur nur selten beschrieben (LinsentrUbungen: Lankhanpal und Mitarb., 1982;McCanna und Mitarb., 1982;Ubersicht bei Little, 1976). Das Verhalten des Glaskorpers findet sich in der Literatur kaum dargestellt.…”