Title of article :
Current Concepts in the Diagnosis of Primary Open Angle Glaucoma
Author/Authors :
Omoti, AE Department of Ophthalmology -University of Benin Teaching Hospital - Benin City , Okeigbemen, VW Department of Ophthalmology -University of Benin Teaching Hospital - Benin City , Waziri-Erameh, JM Department of Ophthalmology -University of Benin Teaching Hospital - Benin City
Abstract :
BACKGROUND: Primary open angle glaucoma is
characterized by quantifiable parameters including the
intraocular pressure, the aqueous outflow facility, and
geometric measurements of the optic disc and visual defects.
Despite this, diagnosis remains controversial.
OBJECTIVE: To review the current concepts in the diagnosis of
primary open angle glaucoma and adapt them to situations
where high technology facilities are lacking.
DATA SOURCE: Information was obtained from journals/
medline, Hinari, the American Academy of Ophthalmology
preferred practice pattern CD, and reputable textbooks using
publications from 1972 to 2007.
RESULTS: The Preferred Practice Pattern Committee of the
American Academy of Ophthalmology recommends that the
comprehensive initial glaucoma evaluation (history and physical
examination) includes comprehensive adult eye evaluation with
special attention to those factors that specifically bear on the
diagnosis such as the optic disc, nerve fibre layer and visual
field evaluation, open anterior chamber angles on gonioscopy
and absence of secondary causes of glaucoma. Intraocular
pressure is no longer relied on in the diagnosis of primary
open angle glaucoma. Sequential evaluation of optic disc cup
and size, neuroretinal rim size and shape, retinal nerve fiber
layer, presence of peripapillary atrophy, and presence of retinal
or optic disc haemorrhages enhance the ability to detect
glaucomatous damages.
CONCLUSION: A simple systematic approach in examination
of the optic discs and visual field will improve accurate
diagnosis of glaucoma.
Keywords :
review article , visual fields , optic disc , diagnosis , Glaucoma
Journal title :
Astroparticle Physics