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Glaucoma and Lasik

Causes and treatment of a central island after Lasik, Bladeless Lasik, PRK, LASEK, or Epi-Lasik.


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Glaucoma must be managed before Lasik laser eye surgery.  
   

Glaucoma is a condition in which the internal ocular pressure (IOP) of the eye is elevated, causing damage to the optic nerve. The most common type of glaucoma will show no symptoms until loss of vision has started, but can be diagnosed with a complete eye examination. Glaucoma can be treated with medicated eye drops, laser surgery, and/or conventional surgery.

Detection

Glaucoma is detected by the measurement of the eye pressure, visual examination of the optic nerve during a complete eye exam, and a visual field test to determine if loss of vision has started.

Causes of Glaucoma

Aqueous humor flows into and out of the anterior chamber of the eye to bathe and nourish the intraocular structures. When a patient has glaucoma, the fluid drains too slowly out of the anterior chamber. As the fluid builds up, the pressure inside the eye rises. If the eye pressure is not controlled, damage to the optic nerve may occur, which will lead to vision loss and eventually blindness if not treated.

Lasik Concerns

Glaucoma may be a problem if you are considering refractive surgery, but different types of refractive surgery are less problematic than others. Individuals with very highly IOP or predisposed to glaucoma may not be appropriate for conventional or custom wavefront Lasik, Bladeless Lasik, or Epi-Lasik, but may be appropriate for other types of refractive surgery like PRK, LASEK, P-IOL, or RLE. While glaucoma does not automatically exclude a person from many refractive surgery techniques, glaucoma should be treated and stabilized before considering refractive surgery.

Raised IOP

During Lasik, Bladeless Lasik, and Epi-Lasik surgery, a microkeratome is affixed to the eye with suction. This suction greatly increases the IOP of the eye for a brief time. The temporarily elevated IOP may negatively affect a patient with glaucoma or someone predisposed to glaucoma. PRK, LASEK, CK, P-IOL, and RLE do not require a microkeratome and do not dramatically raise the patient's IOP. These techniques may (emphasis on "may") be appropriate for consideration.

Risk Factors

About 3 million people in the United States have glaucoma. Some risk factors for glaucoma include a family history of glaucoma, ancestry of the Negro race, high blood pressure, diabetes, smoking, advanced age, the use of corticosteroids, and previous ocular trauma. If you have been previously diagnosed with glaucoma or are a member of a glaucoma risk group, be sure to discuss with your refractive surgeon any concerns you may have regarding refractive surgery and glaucoma.

Online Glaucoma Test

An FDA approved online glaucoma test is available that you can use from your own computer to determine if you have glaucoma. Visit Online Glaucoma Test

Looking For Best Lasik Surgeon?

If you are ready to choose a doctor to be evaluated for conventional or custom wavefront Lasik, Bladeless Lasik, PRK, or any refractive surgery procedure, we recommend you consider a doctor who has been evaluated and certified by the USAEyes nonprofit organization. Locate a USAEyes Evaluated & Certified Lasik Doctor.

Personalized Answers

If this article did not fully answer your questions, use our free Ask Lasik Expert patient forum.


Recent Glaucoma Medical Journal Articles...

Related Articles

[The clinical analysis of corneal interface fluid syndrome].

Zhonghua Yan Ke Za Zhi. 2012 Oct;48(10):924-9

Authors: Pang CJ, Wang LY, Peng HY, Li J, Li SY, Niu C, Yin WJ

Abstract
OBJECTIVE: To analysis the clinical characteristics of corneal interface fluid syndrome (IFS).
METHODS: This is a retrospective study. During Jun. 2007 to Oct. 2011. Eight cases (12 eyes) of IFS were diagnosed at Henan Eye Institute. The history and complete ophthalmic examination that include Slit-lamp examination, Slit-lamp photography, IOP, anterior segment OCT (AS-OCT), confocal microscopic exams were recorded.
RESULTS: In total 8 cases (12 eyes), 4 cases were bilateral, 4 cases were unilateral. Six patients were male and 2 were female. The age of the patients ranged from 19 to 35 years. Post-lasik steroid-induced elevated IOP was 4 eyes in 2 patients. Primary open angle glaucoma was 4 eyes in 2 patients. 1 patient (1 eye) was Posner-Shlossman syndrome, 1 patient (1 eye) was pigmented glaucoma, 1 patient (1 eye) was post-lasik traumatic iritis. 1 patient (1 eye) got IFS after repeated flap reposition because of epithelium ingrowth. Slit-lamp exam indicated edematous corneal, lamellar haze, interface fluids accumulation. AS-OCT showed obvious interface dark area. Confocal microscopy exam showed edematous corneal flap, more oval and large keratocytes' nuclei but no inflammatory cells.
CONCLUSIONS: IFS is a rare but serious complication after LASIK. The main causes are high intraocular pressure and/or dysfunction of corneal endothelium. Careful exam by slit-lamp may help diagnosis, and further AS-OCT and/or in vivo confocal microscopy exam will confirm it.

PMID: 23302249 [PubMed - in process]

 


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