About Diabetic Retinal Disease

Diabetic retinal disease (DRD) remains a leading cause of vision loss and blindness among working-age adults worldwide. Anyone with diabetes can develop DRD, which is an abnormality in the retina, the light-sensitive tissue lining the inner surface of the eye, that occurs because of chronic abnormalities of metabolism, including high blood sugars from diabetes.

About Diabetic Retinal Disease

DRD encompasses all diabetes-related changes in the retina. An older term, “diabetic retinopathy” (DR), has been used to describe DRD severity based only on changes in retinal blood vessels. Over the next few decades, growing rates of diabetes across the globe will put increasing numbers of people at risk for vision loss and blindness from DRD.

Symptoms

In the early stages, DRD is usually asymptomatic. As the disease worsens, people may experience blurred vision, floaters, fluctuating vision, impaired color vision, and, eventually, complete vision loss if left untreated. However, even with advanced DRD, people may not experience any symptoms, which is why annual or more frequent dilated eye examination or screening is recommended.

Signs

A dilated eye examination or images of the retina may show loss of retinal nerve tissue, bleeds, remodeling or loss of retinal blood vessels, growth of abnormal, new retinal blood vessels, swelling of the retina, and in the most advanced cases of DRD, retinal detachments. Retinal imaging can help document or uncover signs of DRD.

About Diabetic Retinal Disease

Preventing and reducing DRD

Risk factors for DRD include high blood sugars, blood pressure, and blood cholesterol levels.

Get Regular Eye Checkups

It's important to go to the eye doctor at least once per year, ideally for a dilated, comprehensive eye examination. Currently, some treatments can prevent and restore vision loss from DRD as long as they are given before the disease is too advanced.

Keep Blood Sugar, Blood Pressure, and Cholesterol in Check

Eating healthy, taking medications as prescribed, and keeping blood sugars, blood pressure, and cholesterol as normal as possible can help slow DRD progression.

Don't Smoke, Stay Healthy

Quitting smoking, exercising, and maintaining a healthy weight are good for the whole body, including the eyes.

Treatment Options

Injections of Medication into the Eye

Medications such as anti-vascular endothelial growth factor (anti-VEGF) agents and/or steroids can be injected into the eye to treat retinal swelling, abnormal new blood vessel growth, or to reduce the risk of bleeding or retinal detachment. 

Laser Therapy

Several types of laser treatment are also effective at treating DRD.  Laser treatment may treat retinal swelling or abnormal new blood vessel growth or reduce the risk of bleeding or retinal detachment. 

Eye Surgery

A vitrectomy can be helpful in advanced cases of DRD to remove blood from the eye, peel abnormal retinal membranes or to fix retinal detachments. 

About Diabetic Retinal Disease
OUR PURPOSE

I realized that if I spoke out, I might be able to help others better cope and manage their diabetes.”

— Mary Tyler Moore

Future Directions for Research

The scientific understanding of DRD has improved over the last few decades, and current treatments are effective for many with DRD. However, people across the world still suffer significant vision loss and blindness from the disease. Continued efforts are essential for advancing our understanding of the molecular and cellular pathways responsible for vision loss from DRD and developing more effective treatments and prevention.  The Mary Tyler Moore Vision Initiative is actively engaged with international leaders in the scientific and medical communities in developing programs to enable and support research in areas including, but not limited to the following:

New, more effective therapies: Exploring new molecular pathways and therapeutic targets beyond those addressed by current treatments could provide additional options to preserve and restore vision in people with DRD.

An updated diagnostic and staging system for DRD:  Key insights from high-resolution retinal imaging and improvements in our ability to measure visual changes in people with diabetes are being evaluated for incorporation into the current DRD diagnostic and staging systems.

Artificial intelligence (AI) methods to improve diagnosis and access to DRD care: AI approaches are already used for automated detection and grading severity of DRD, frequently in coordination with telemedicine programs that can schedule eye care appropriately for patients with DRD.  Additional research is needed to improve the ability of these systems to grade severity and predict DRD severity more precisely in diverse populations from across the globe.

Regeneration, Neuroprotection, and Gene Therapy Strategies:  Developing therapies aimed at repairing, replacing and/or preserving retinal neural and vascular tissue could prevent vision loss and potentially restore vision in people with DRD. Future gene therapy alternatives might allow us to correct the underlying molecular abnormalities in DRD

There is currently no cure for Diabetic Retinal Disease

We must work together to stop vision loss and blindness from diabetes NOW!

537million

people worldwide living with diabetes. Source

1 billion

people with diabetes by 2050 and at risk of vision loss and blindness. Source

80%

diagnosed with DRD after living with diabetes for 15 years. Source

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