Diabetic Retinopathy (cont.)
IN THIS ARTICLE
Surgical treatment for diabetic retinopathy is removal of the vitreous gel (vitrectomy). Vitrectomy does not cure the disease. But it may improve vision in people who have developed bleeding into the vitreous gel (vitreous hemorrhage), retinal detachment, or severe scar tissue formation.
Unfortunately, by the time some people are diagnosed with retinopathy (especially late-stage retinopathy), it is often too late for vitrectomy to provide much benefit. Even with treatment, vision may continue to decline.
Early detection of retinopathy through dilated eye exams can help you decide to have surgery when it is most effective.
What to think about
After a person has had most of the vitreous gel removed by vitrectomy, surgery to remove scar tissue or to repair a new retinal detachment may be needed.
Laser treatment (photocoagulation) can be an effective treatment for diabetic retinopathy. But it does not cure the disease. It can prevent, delay, and sometimes reverse vision loss. Without either laser treatment or surgery, vision loss caused by diabetic retinopathy and its complications may get worse until blindness occurs. So early treatment is vital to slowing vision loss, which can happen quickly.
When diabetic retinopathy causes bleeding (hemorrhage) into the vitreous gel, extensive scar tissue formation, or retinal detachment, surgical removal of the vitreous gel (vitrectomy) may be needed before laser treatment is considered.
Unfortunately, by the time some people are diagnosed with diabetic retinopathy, it is often too late for treatment to provide much benefit. Even with treatment, vision will continue to decline.
Early detection of retinopathy through dilated eye exams can provide the opportunity to have laser treatment when it is most effective.
Other treatment choices
What to think about
Pan-retinal laser treatment is used to treat several spots on the retina during one or, most often, two sessions. It reduces the risk of serious bleeding and the progression of severe proliferative retinopathy.
Laser photocoagulation can result in some loss of vision, because it destroys some of the nerve cells in the retina and can cause the abnormal blood vessels to go away. With pan-retinal photocoagulation, this most often affects the outside (peripheral) vision, because the laser is directed at that area. Your vision may be worse right after treatment. But vision loss caused by laser treatment is mild compared with the vision loss that may be caused by untreated retinopathy.
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