Title of article :
Evolution of Cyclophotocoagulation
Author/Authors :
Ndulue, Jideofor K Wills Eye Hospital - Glaucoma Research Center - Philadelphia - PA, USA , Rahmatnejad, Kamran Wills Eye Hospital - Glaucoma Research Center - Philadelphia - PA, USA , Sanvicente, Carina Wills Eye Hospital - Glaucoma Research Center - Philadelphia - PA, USA , Wizov, Sheryl S Wills Eye Hospital - Glaucoma Research Center - Philadelphia - PA, USA , Moster, Marlene R Wills Eye Hospital - Glaucoma Research Center - Philadelphia - PA, USA
Abstract :
Cyclodestructive techniques have been a treatment option for refractory glaucoma since its first use in
the 1930s. Over the past nine decades, cyclodestruction has advanced from the initial cyclodiathermy
to micropulse transscleral cyclophotocoagulation (MP‑TSCPC) which is the current treatment available.
Complications associated with cyclodestruction including pain, hyphema, vision loss, hypotony and phthisis
have led ophthalmologists to shy away from these techniques when other glaucoma treatment options
are available. Recent studies have shown encouraging clinical results with fewer complications following
cyclophotocoagulation, contributing greatly to the current increase in the use of cyclophotocoagulation as
primary treatment for glaucoma. We performed our literature search on Google Scholar Database, Pubmed,
Web of Sciences and Cochrane Library databases published prior to September 2017 using keywords relevant
to cyclodestruction, cyclophotocoagulation and treatment of refractory glaucoma.
Keywords :
Endocyclophotocoagulation , Glaucoma , Transpupillary Cyclophotocoagulation , Transcleral Cyclophotocoagulation
Journal title :
Astroparticle Physics