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Macular degeneration: Practical solutions for vision loss

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Grandmother and granddaughter looking at a photo album on the couch.

Macular degeneration, most commonly age-related macular degeneration (AMD), can blur or distort central vision, making it harder to read, recognize faces, drive, or do close-up tasks like cooking and home repairs. Importantly, AMD typically does not cause complete blindness, as peripheral vision is often preserved.

When central vision changes, many people assume there is “nothing that can be done.” While medical care matters, there is also support focused on function: vision loss or low-vision solutions and vision rehabilitation, meaning tools, strategies, and training that help people conduct everyday activities more safely and independently.

The big idea: five ways to make tasks easier with AMD.

Most practical solutions fall into one or more of these categories:

  1. make it brighter (better lighting)
  2. make it higher contrast (clearer separation between object and background)
  3. make it bigger (magnification)
  4. reduce glare (comfort and clarity)
  5. make it spoken (text-to-speech, audio, talking tools)

Eye care professionals can help combine these approaches based on the tasks that matter most.

Close-up of an open photo album with a hand pointing at a picture.
AMD vision simulation over a photo album.

Visual comparison: normal vision and vision with Age-Related Macular Degeneration (AMD)

Start with low-vision evaluation and vision rehabilitation.

One of the most effective first steps, especially when vision changes affect daily life, is low-vision evaluation and vision rehabilitation.

According to the U.S. National Eye Institute (NEI), vision rehabilitation may involve a team that includes low-vision eye care providers, occupational therapists, orientation and mobility specialists, certified low-vision therapists, counselors, and social workers.

NEI describes vision rehabilitation as practical support that can include:

  • Learning to use magnifying or adaptive devices
  • Developing safer, more efficient daily living skills
  • Guidance on modifying the home environment.
  • Help locating resources and emotional support.

NEI also emphasizes that low-vision aids work best when paired with proper diagnosis, evaluation, and training. Without that support, even the “right” device may not be effective.

Lighting and glare control: often the fastest improvement

Vision with macular degeneration often worsens in dim lighting, and glare can be uncomfortable. Improving lighting is usually a low-cost, high-impact change.

 Older woman reading a book under a desk lamp.

Helpful strategies include:

  • Adding task lighting aimed at the task, not the eyes.
  • Using even lighting to reduce dark areas.
  • Reducing glare with shades, diffusers, and careful bulb placement.
  • Using glare-management strategies recommended by low-vision professionals.

Contrast: helping the eyes locate what matters

Objects that lack contrast can be difficult to identify with AMD. Improving contrast can make daily activities easier and safer.

Practical strategies include:

  • Using dark-on-light or light-on-dark combinations
  • Adding tactile markers to key buttons or controls
  • Choosing items that stand out visually, including bold labels or large print
  • Adjusting contrast and text size on phones, tablets, and computers

Hand adjusting text size and contrast on a tablet.

Magnification: optical and electronic options for different tasks

Magnification is a central solution for many people with macular degeneration, particularly for reading and detail work.

Optical magnifiers

The Royal National Institute of Blind People (RNIB) explains that magnifiers support many daily tasks and come in multiple forms, including handheld, stand, pocket, and spectacle-mounted options. RNIB emphasizes selecting magnifiers with a professional during a low-vision assessment to match the task and ensure proper technique.

Stronger magnifiers often require practice due to shorter distances, making professional guidance especially helpful. The Macular Society similarly highlights magnifiers, along with tools that improve contrast and lighting, as part of a broader low-vision strategy.

Electronic and video magnifiers

For higher magnification, adjustable contrast, and longer reading sessions, many people use electronic magnification systems. NEI lists video magnifiers, sometimes called closed-circuit television systems, along with computers that provide large print and speech output.

The American Macular Degeneration Foundation (AMDF) explains that video magnifiers use a camera and screen to display text or objects in real time, often with contrast options or image capture that help position content where vision works best.

Make it spoken text-to-speech and audio alternatives.

When reading becomes tiring or slow, listening can be an effective alternative.

NEI lists speech-output systems and talking items, such as watches, clocks, and calculators, among common low-vision tools. AMDF also describes reading devices and software that convert printed or digital text into spoken output.

For many people, managing AMD means using multiple ways to access information depending on lighting, fatigue, and the task at hand.

Woman holding a mug next to a portable reading device.

Skills and strategies: using remaining vision more effectively.

Tools are most effective when paired with technique.

Eccentric viewing

The American Foundation for the Blind (AFB) describes eccentric viewing, a strategy that involves looking slightly to the side, above, or below an object to see it more clearly than by looking directly at it. This technique is commonly taught in vision rehabilitation.

Steady eye and magnifier techniques

The Macular Society provides practical guidance on magnifier use, including slowing movement and stabilizing viewing. A low-vision assessment can help determine which tools are most useful and how to use vision more effectively.

Man using a digital magnifier to write in a notebook.

Everyday examples: matching the solution to the task.

Reading mail, bills, and labels

  • bright task lighting and high contrast
  • optical or electronic magnification based on print size and reading time.
  • text-to-speech for longer or low-contrast documents.

Cooking and kitchen safety

  • contrast tools combined with strong, even lighting.
  • non-optical aids such as reading stands, task lamps, and tactile markers.

Phone and computer use.

  • increased text size and contrast using built-in accessibility features.
  • camera-based magnification or low-vision apps
  • screen magnification and speech output when needed.

Trusted resources

  • National Eye Institute (NIH)
  • American Macular Degeneration Foundation (AMDF)
  • American Foundation for the Blind (AFB)
  • VisionAware / APH ConnectCenter
  • Mayo Clinic
  • RNIB (UK)
  • Macular Society (UK)
  • NHS lighting leaflet (UK)

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