5 Elements of Accessible Web Design

A common misconception is that all you need to have a successful blog or website is good content. While content people want to read is important, if you can’t see it, or it is difficult to read, very few people are going to take the time to try. There is lots of good content to choose from.

Making your content easy to scan and read and using great graphics that can tell a story are just as important. Especially if you want to reach the millions of potential readers that are blind or visually impaired.

While a person with low vision (due to age-related macular degeneration, cataracts,glaucoma or other eye diseases that are related to aging) can increase font size or graphics by enlarging them with a pinch of the fingers or scroll of the mouse, the result is often blurry and still difficult to see.

If a person is blind and using a screen reader, what they hear may not match what is written or displayed. A picture without underlying descriptive text is worthless. And when a blind person is using a screen reader to read a web site, they will often tab from link to link to scan your article, skipping over your text, to get a sense of what the options are. “Click here” says doesn’t tell the reader anything.

Here are 5 essential elements of accessible web design.

12/15/15

Susan DeRenmer, CFRE
Vice President of Development
Discovery Eye Foundation

#GivingTuesday – Giving For Eye Research

Medical research funding from the US government, the medical device and pharmaceutical industries, biotech and foundations has dropped 0.8% per year, every year from 2007 to 2012. Even with the economic recovery, the funding of eye research from the NIH in 2014 decreased by 17% from 2012.

What makes this particularly disturbing is that the need for eye research is more important now than ever, as demonstrated by the infographic below.

Giving to eye research — This infographic by the National Institute of Health (NIH) is used with their permission.

Giving For Eye Research

The eye diseases in the above graphic are related to aging. The number of people being affected is more than doubling for each eye diseases, except for diabetic retinopathy which will increase by 47%, by 2050.

While we are more health conscious than in previous years, knowing the importance of exercise, healthy eating and not smoking, the US population is aging.

Aging baby boomers, the largest population group in US history, are creating a dramatic shift in the age composition of the U.S. population. It is projected that the entire senior population, including the pre-boomer silent generation, will reach 71.4 million people by 2029. This means that those people 65 and older will make up about 20%of the US population by 2029, up from almost 14% in 2012.

We need your help to find treatments and cures for these sight-threatening eye diseases.

December 1st will be the fourth year of #GivingTuesday. It is a global day of giving using combined power of social media and collaboration. Always the Tuesday following Thanksgiving, it has become as widely recognized as Black Friday and Cyber Monday and kicks off the philanthropic season, when many focus on their holiday and end-of-year giving.

We are asking that you support eye research through the Discovery Eye Foundation this philanthropic season with a gift on #GivingTuesday. It is easy to do; you can do it from the comfort of your home – just click here.

Also share this post with family and friends so they can also give the gift of sight this holiday season.

Thank you for reading our blog and for your support.

11/24/15

Susan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Smoking and Your Eyes

Smoking is the single largest preventable cause of eye disease.

On the third Thursday of November each year, smokers across the nation take part in the Great American Smokeout, sponsored by the American Cancer Society. This might be the ideal time for you to stop smoking and ACS has information and resources you may find helpful.

Here are some things you should know about smoking and your eyes.

Smoking at any age, even in your teens or twenties, increases your future risk for vision loss.

The more you smoke, the higher your risk for eye disease.

If you quit smoking, your risk for these eye diseases decreases considerably.

Smoking increases your risk for cardiovascular diseases that indirectly influence your eyes’ health.

Women who smoke during pregnancy increase their chance for a premature birth and a potentially blinding eye disease called retinopathy of prematurity (ROP).

A smoker is two times more likely to develop macular degeneration compared with a nonsmoker.

Smoking double your chance of forming cataracts and the risk continues to increase the more you smoke.

Smoking doubles your diabetes risk which can lead to the blinding eye disease, diabetic retinopathy.

Smokers are more than twice as likely to be affected by dry eye syndrome as a non-smoker.

Second-hand smoke also makes dry eye worse, especially for contact lens wearers and post-menopausal women.

If you smoke you can have a three-fold increase in the risk of developing AMD compared with people who have never smoked.

Smoking appears linked to the development of uveitis with smokers having more than twice the risk of non-smokers.

If you are looking to stop smoking you may also want to check out Smokefree.gov which provides free, accurate, evidence-based information and professional assistance to help support the immediate and long-term needs of people trying to quit smoking.

11/19/15

Susan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Technology for Vision

In just over 10 years, the technology that has been developed to help people see has been amazing. While medical research continues to move forward to find treatments and potential cures of the future, those with the technological know-how have created ways for people to see NOW. Here is a very brief look at some of these technologies.

Technology for Vision

Second Sight and the Argus II

One of the pioneers in the field of vision technology, Second Sight started in 1998, and they are now currently producing the second version of their device. It is made up of two parts:

The Implant: Requiring a 4-hour surgery, a device is surgically implanted in the eye on top of the retina, and along the outside of the eye. It includes an antenna, an electronics case, and an electrode array.

The External Equipment: It includes glasses, a video processing unit (VPU) and a cable.

In a healthy eye, photoreceptors (rods and cones) in the retina convert light into tiny electrochemical impulses that are sent to the brain, where they are translated into images. If the photoreceptors don’t function correctly your brain can’t produce images. The Argus II Retinal Prosthesis System (“Argus II”) is designed to bypass the damaged photoreceptors.

A miniature video camera housed in the patient’s glasses captures an object. The video is sent to the small VPU that the patient wears. It is then processed and transmitted back to the glasses via a cable. This information is sent wirelessly to the antenna in the implant and signals are sent to the electrode array, which emits small pulses of electricity. These pulses bypass the damaged photoreceptors and stimulate the retina’s remaining cells. The visual information is then sent to the brain to create the perception of patterns of light which patients can learn to interpret as objects. Significant training is required to use the system.

The implant is designed to give you a visual field of about 3.5 inches by 6.5 inches at arm’s length; however, the actual size of light you see may be larger or smaller. Since it is strictly based on light, there is no color perception.

eSight

Another system that relies upon the user wearing glasses is eSight which started in 2012. While the Argus II is for people that have very little or no vision, the eSight is for people with low vision or that are legally blind. eSight glasses require the individual to have a certain degree of sight remaining to be successful. If you can only see shadows you probably don’t have enough remaining sight for the glasses to work for them.

This system is also composed of two parts, but it does not require any surgery:

The Headset: It contains a high-definition camera, OLED screens, and the ability to capture and display a real-time video feed. The headset is mounted on carrier frames, which enables eSight’s “bioptic tilt” feature so the user can shift between viewing modes and engage their peripheral vision.

The Controller: A small, lightweight processing unit that adjusts every pixel of the video in real time. It also houses the battery, which powers eSight.

Because most legally blind individuals retain limited sight concentrated in their peripheral vision, their eyes do not receive an adequate signal for the brain to recognize what is being seen. This can create blind spots, blurriness, inability to detect contrast, and other symptoms that reduce vision. eSight is able to significantly corrects these issues by using a high-speed camera, video processing software, a computer processor and the high quality video OLED screens to project a real-time image on the inside of the glasses, allowing people to see.

eSight requires considerably less training than the Argus II. It is intuitive, but as with learning anything new, the more you use it the easier it is to use. It is best to practice on a daily basis.

CentraSight from VisionCare Ophthalmic Technologies

The CentraSight uses a tiny telescope that is implanted inside the eye. The telescope implant was created to improve for people with end-stage age-related macular degeneration (AMD). The tiny telescope – about the size of a pea – is implanted inside one eye, behind the iris and is barely noticeable in your eye.

In end-stage AMD, the macula, where central vision occurs, is degenerated in both eyes without any healthy macular areas left for detailed central vision. There is no way for the individual to see around the central blind spot in their vision. It does not affect peripheral vision, which is blurry so you can’t use it to read, but you can use it to detect objects and movement.

Once implanted inside the eye, the tiny telescope works like a telephoto lens of a camera. It magnifies images onto the healthy areas of the retina to help improve central vision. Because the image is enlarged it reduces the effect the blind spot has on central vision. The surgical procedure is only performed on one eye because the peripheral (side) vision will be restricted in the eye with the telescope implant. This means the peripheral vision in the untreated eye will need to work in conjunction with the implanted eye. “A person uses the eye with the telescope implant for detailed central vision (such as reading “WALK” signs at a crosswalk). The other eye is used for peripheral vision (such as checking to see if cars are coming from the side).

Training with a CentraSight low vision specialist will be needed to develop the skills you need to use your new vision, such as how to switch your viewing back and forth between the eye with the telescope implant and the eye without the implant. You will still need to wear eye glasses and may need to use a hand-held magnifier with the telescope-implanted eye to read or see fine details clearly. However, in general, less magnification will be needed.

Ocumetics Bionic Lens

After eight years of research, a Canadian optometrist, Dr. Gareth Webb, has invented a tiny bionic lens that is able to enhance eyesight so that an individual can see three times better than the sharpness of 20/20 vision. The Ocumetics Bionic Lens is a button-shaped lens that can be injected into the eye in eight minutes in a procedure identical to cataract surgery.

As people get older, the lens inside the human eye becomes cloudy over time, causing blurred vision, known as cataracts. The Bionic Lens would be inserted, replacing the person’s clouded lens, similar to the intraocular lenses currently used in cataract surgery.

The Bionic Lens features a patented Ocumetics camera optics system, which is a tiny bio-mechanical camera that is able to shift focus from a close range object to optical infinity – as far as the eye can see – much faster than the human brain.

This device is still not available to the public, but Webb is hopeful that clinical trials will start soon. Depending on regulatory processes in each country, Webb hopes the Bionic Lens will be commercially available by 2017.

11/10/15

Susan DeRemer, CFRE
Vice President of Devlopment
Discovery Eye Foundation

The Importance of An Eye Exam

Why You Need An Eye Exam

The end of the year is fast approaching – when was the last time you had an eye exam? Was it a comprehensive eye exam?

To keep your eyes healthy and maintain your vision, the American Optometric Association (AOA) recommends a comprehensive eye exam every two years for adults ages 18 to 60, and annual exams for people age 61 and older. However, if you have a family history of eye disease (glaucoma, macular degeneration, etc.), diabetes or high blood pressure, or have had an eye injury or surgery, you should have a comprehensive exam every year, unless otherwise indicated by your doctor.
Also, adults who wear contact lenses should have annual eye exams.

An important part of the comprehensive eye exam is the dilated eye exam to look inside your eye. Drops are placed in each eye to widen the pupil and allow more light to enter the eye. This gives your doctor a clear view of important tissues at the back of the eye, including the retina, the macula, and the optic nerve. This allows for early diagnosis of sight-threatening eye diseases like age-related macular degeneration, diabetic retinopathy, glaucoma, etc.

To better understand the importance of the dilated eye exam, here is a video from the National Eye Institute (NE) that explains what to expect.

At the end of your comprehensive eye exam your doctor should raise any concerns he has with you. But it is up to you to be prepared to react and ask questions for peace of mind and to help save your vision.

Questions To Ask After Your Eye Exam

It is always important to know if anything about your eyes have changed since your last visit. If the doctor says no, then the only thing you need to know is when they want to see you again.

If the doctor says the have been some minor changes, you need to know what questions to ask, such as:

Is my condition stable, or can I lose more sight?
What new symptoms should I watch out for?
Is there anything I can do to improve or help my vision?
When is the next time you want to see me?

If the doctor sees a marked change in your vision or give you a diagnosis of eye disease, you would want to ask:

Are there treatments for my eye disease?
When should I start treatment and how long will it last?
What are the benefits of this treatment and how successful is it?
What are the risks and possible side effects associated with this treatment?
Are there any foods, medications, or activities I should avoid while I am undergoing this treatment?
If I need to take medication, what should I do if I miss a dose or have a reaction?
Are there any other treatments available?
Will I need more tests necessary later?
How often should I schedule follow-up visits? Should I be monitored on a regular basis?
Am I still safe to drive?

Your vision is a terrible thing to lose, but with proper diet, exercise and no smoking, along with regularly scheduled eye exams, you improve your chances of maintaining your sight.

11/5/15

Susan DeRemer, CFRE

Diabetic Eye Diseases

November is National Diabetes Month. Diabetes is a controllable condition that is growing in the US. In adults 20 and older more than one in 10 people have diabetes, while in seniors (65 and older) that number increases to more than one in four.

Diabetic Eye Diseases

One of the eye diseases that can result from diabetes is diabetic retinopathy, which will affect approximately 11 million people by 2030. Check the infographic below to learn more about diabetic eye diseases.

11/3/15

Courtesy of the National Eye Institute (NEI), a part of NIH.

Carrots For Healthy Eyes

Lately we have heard quite a bit about carrots and the positive effects they can have on your vision, such as slowing the progression of age-related macular degeneration (AMD). This is because carrots contain pigments called carotenoids. These pigments also give vegetables their colors, in this case orange. But carrots weren’t always orange.

The beginnings of carrots can be tracked back to the dry, hot lands of Iran and Afghanistan in 3000 BC, when the root vegetables were black, white, red and purple. They were bitter and used as a healing remedy for many illnesses, as well as an aphrodisiac.

The vegetable grew in popularity because it was still edible even after months of being stored in a variety of conditions. Carrot seeds were soon picked and sold to neighboring Middle Eastern, African and Asian populations. This is when the crossbreeding started and new types of carrots were created.

Across centuries and continents, the carrot evolved, improving the composition, look, flavor and size. After years of selective breeding, in the 17th century a Dutch yellow carrot was engineered to get rid of the bitterness, increase sweetness and minimalize the wooden core. This appears to be the origin of the orange carrot we enjoy today.

Americans didn’t fully use carrots until after World War I when soldiers returning home told about French and other European cuisine which included the carrot. However, it didn’t really become popular until World War II, when England actively encouraged home growing of carrots while the US was engaged in cultivating “Victory Gardens.”

Today the carrot is found around the world in temperate regions. They have a high nutrition value, presence of ?-carotene, dietary fiber, antioxidants, minerals and ability to be prepared in a wide variety of recipes. They have become a staple in many countries.

Currently, the largest producer and exporter of carrots in the world is China. In 2010, 33.5 million tons of carrots and turnips were produced worldwide, with 15.8 million tons from China, 1.3 million tons each from the US and Russia, 1 million tons from Uzbekistan and less than a million from Poland, the United Kingdom and Ukraine.

Because of the popularity and health benefits of carrots, they are now enjoyed in a variety of ways – beyond the simple salad. Here are some recipes you might find interesting to try:

Crab Toast with Carrot and Scallion – Forget your traditional bruschetta, wow your guests with the appetizer.

Potato-Carrot Latkes with Lemon-Raisin Topping – Seems perfect with Hanukkah just around the corner.

Roasted Carrot, Squash and Sweet Potato Soup – This is a more traditional carrot recipe, it is not that hard to find a carrot soup, but this one also has squash and sweet potatoes which are also eye healthy!

Carrot Farfalle Pasta with Lemon and Herbs – Not only are carrots good for flavor, but they add a nice color to this pasta that could be the base for any number of pasta dishes.

Carrot Ginger Layer Cake with Orange Cream Cheese Frosting – Most carrot cakes have no frosting or a traditional cream cheese frosting. The idea of an orange frosting makes this cake special.

Carrot, Ginger, and Lime Juice – Refreshing and healthy.

10/22/15

Susan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Increased Awareness for Saving Vision

The following is a survey done by Essilor (a French company that produces ophthalmic lenses along with ophthalmic optical equipment) and a large marketing research firm in the UK, YouGov. While the focus in on people living in the UK, the results would probably be similar to the US population. Even with increased access to the Internet, many people are still not aware of the risks associated with eye disease and what they can do to help retain their vision. Increased awareness of informational resources are important for saving vision.

There are a number of websites with easy to understand information about taking care of your vision that I have listed under Resources to Help Save Vision at the bottom of this article. And while there are eye diseases that are hereditary, you can slow the onset and progression by making good lifestyle choices about smoking, diet and exercise. Your eye care specialist is also an excellent source of information about what you can to do reduce your risk of vision loss, at any age.

Increased Awareness for Saving Vision

A YouGov poll conducted with Essilor reveals that most Britons are unaware of damage to their eyes by surrounding objects, activities, and devices. This widespread lack of awareness means fewer people seeking methods of prevention and avoidance, and for those that are aware of risks, most are not informed of existing preventative measures.

The poll has shown* that many British people remain uninformed about the various ways in which eyes are damaged by common daily factors, despite evidence that eye health is affected by blue light, UV rays (reflected from common surfaces), diet, obesity, and smoking.
Of the 2,096 people polled, the percentage of respondents aware of the link between known factors affecting and eye health were:

Poor diet – 59%
Obesity – 35%
Smoking tobacco – 36%
UV light, not just direct from the sun but reflected off shiny surfaces – 54%
Blue light from low energy lightbulbs and electronic screens – 29%

More than one in ten people were completely unaware that any of these factors could affect your eyesight at all.

72% of respondents own or wear prescription glasses but only 28% knew that there were lenses available (for both prescription and non-prescription glasses) to protect against some of these factors; specifically, blue light from electronic devices and low energy light bulbs, and UV light from direct sunlight and reflective surfaces.

76% admitted they haven’t heard of E-SPF ratings – the grade given to lenses to show the level of protection they offer against UV.

Just 13% have lenses with protection from direct and reflected UV light, and only 2% have protection from blue light (from screens, devices, and low energy bulbs).

Poll results showed that younger people were most aware of the dangers of UV and blue light, yet least aware of how smoking tobacco and obesity can affect your eye health. Within economic sectors, middle to high income people are more aware of the effects of smoking & obesity on eyesight than those with low income –

39% of people with middle to high income compared to 33% of people with low income are aware of the impact of smoking tobacco.
38% of people with middle to high income compared to 31% of people with low income are aware of the impact of obesity.

Awareness of the impacts of smoking and obesity on eye health is significantly higher in Scotland (47% & 49% respectively) than anywhere else in the UK (35% & 33% in England and 40% & 38% in Wales).
Essilor’s Professional Relations Manager, Andy Hepworth, has commented: “The lack of awareness about these common risks to people’s eyes is concerning. Not only would many more glasses wearers be better protected, but also many people who do not wear glasses would likely take precautions too, if made aware of the dangers and the existence of non-prescription protective lenses.”

To see the full results of the poll, please visit the Essilor website.

For more information on the protection offered from blue light and UV through specialist lens coatings, for both prescriptions and non-prescription glasses, please see here for UV & Blue Light Protection options.

*All figures, unless otherwise stated, are from YouGov Plc. Total sample size was 2,096 adults. Fieldwork was undertaken between 21st and 24th August 2015. The survey was carried out online. The figures have been weighted and are representative of all GB adults (aged 18+).

Resources To Help Save Vision
All About Vision
Macular Degeneration Partnership
National Eye Institute (NEI)
Prevent Blindness

10/16/15

Susan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Vision Loss and Depression

On Tuesday, September 29, 2015, the National Eye Institute (NEI) hosted a Twitter chat on vision loss and depression. Here are some highlights of that discussion, along with some great resources to learn more about dealing with vision loss and depression.

Many studies show that people with vision loss or low vision are at risk for depression, although not everyone with vision loss gets depressed.

A person with low vision is defined as someone who finds it difficult to do daily tasks even with regular glasses, contacts, medications or surgery.

The number of Americans with low vision will increase over 70% by 2030. Broken down by ethnicity, African Americans with low vision will increase 93% and Hispanics with low vision will increase 190% during the same period. This is due to the rapidly aging Boomer population. 88% of Americans with low vision are age 65 and older.

Symptoms of depression include persistent feelings of sadness, anxiety, irritability and fatigue. It is a common and serious illness that interferes with daily life. Each year, about 6.7% of American adults experience major depressive disorder. Women and men experience depression differently, with women 70% more likely to experience depression than men.

People 65 and older are at particular risk for developing serious depression related to vision loss and yet it is often underdiagnosed and undertreated. Older adults may have other, less obvious symptoms of depression or they may not be willing to talk about their feelings. Many overlooked because sadness is not their main symptom. It is important to remember that while depression is a common problem among older adults, it is not a normal part of aging.

An estimated 29-58% of those who suffer significant vision loss have major depressive disorder one year later. People with vision loss are 2x more likely to be depressed than someone without vision loss. Depression can be very disabling and may reduce the effectiveness of low vision rehabilitation interventions.

A recent study confirmed age-related macular degeneration (AMD) is a big contributor to depression risk, as it accounts for about 45% of low vision cases.

Older adults w/ vision loss are also 3X more likely to report difficulty in 1) walking, 2) managing medications, and 3) preparing meals. In fact about 39% of people with severe vision loss experience activities of daily living ADL limitations, compared to 7% of those with better vision. ADLs include eating, bathing, dressing, toileting, walking and continence.

A link between depression and vision loss was also found in people as young as 20 according to a recent study. It looked at over 10,000 adults in the US and found they were approximately 2x more likely to be depressed.

A decline in vision can also be associated with lower emotional, physical, and social functioning. To help those with low vision avoid depression it is important that they remain active and engaged in the world around them. And while people may become depressed because of vision loss, other causes of depression may also be present.

An integrated approach to depression management in older adults with impaired vision may be the best course of action. Behavioral activation helps people recognize that loss of the activities they enjoyed that have led to depression and encourages them to find ways to re-engage with these activities. After 4 months, behavioral activation reduced the risk of depression by 50% compared to the control group. Behavioral activation can be used alone, or as part of psychotherapy called cognitive-behavioral therapy (CBT).

Cognitive behavioral therapy (CBT) helps people with depression restructure negative thought patterns and to correct distorted thinking that is often part of depression. But it is important to remember that the best approach to treating depression is to personalize it for each individual.

Often, the combination of pharmacotherapy and psychotherapy is a very effective option for depression treatment. Other time-limited psychotherapies, including interpersonal therapy (IPT) are effective in treating depression in people of all ages.

Collaboration between eye care and mental health professionals can help people with vision loss improve their quality of life.

Resources
Understanding depression

How to live with low vision

Living with Low vision – How you can help webinar

Update on depression and AMD

Association of vison loss and depression in those over 20

Sadness impairs color perception

Rehab helps prevent depression from age-related vision loss

10/6/15

Susan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Pumpkin Season

A sure sign that fall is here is that Starbucks is offering their Pumpkin-Spiced Lattes. Since pumpkins begin to ripen in September, this makes sense. But there are so many other ways to enjoy pumpkins, which can be good for your vision.

They contain an abundance of antioxidants, vitamins, fiber and phytonutrients that are good for your skin, eyes and heart, and they may also decrease your risk of cancer.

When shopping for your pumpkin you need to look for the sugar or cheese pumpkins varieties that are good for cooking and baking, because of their dense, sweet flesh. A traditional field pumpkin that you use for decoration and carving jack-o’-lanterns has watery, stringy flesh and is not recommended for eating.

You can keep an un-cut pumpkin at room temperature for up to a month. Stored in a cool cellar or refrigerator, they can last up to three months. However, once you cut the pumpkin, pieces should be wrapped tightly and refrigerated and used within five days.

Pumpkin Season Recipes

Here are a variety of tasty recipes that will let you enjoy pumpkins beyond the traditional soup and pie (but we have included those two as well).

Breads and Muffins

pumpkin season — Pumpkin-Cranberry Muffins

Pumpkin-Cranberry Muffins from My Recipes by Heather McRae

Pumpkin Biscuits from Country Living

Pumpkin-Cranberry Breadsticks from Recipe Girl

Pumpkin and Cream Cheese Muffins from Country Living

Pastas

Chicken Bacon Pumpkin Gnoochi from Nutmeg Nanny

Ravioli with Pumpkin Alfredo Sauce from Taste and Tell

Soups

Pumpkin, Beef and Black Bean Chili from Country Living

Roasted Pumpkin Soup from Martha Stewart

Breakfast Treats

Fresh Pumpkin Pancakes from A Sweet Pea Chef

Pumpkin-Ginger Waffles from Country Living

Desserts

Pumpkin Whoopie Pies with Cream-Cheese Filling from Martha Stewart

Ginger Pumpkin Pie with Toasted Coconut from My Recipes by David Bonom

Pumpkin Chiffon Pie with Gingersnap Pecan Crust from Epicurious

Extras

Baked Pumpkin Fries from Kirbie’s Cravings

Pumpkin Salsa from Little Figgy

Pumpkin Pie Shake from My Recipes by Vivian Levine

As the days get shorter and the temperatures cool off, these recipes will hopefully get you geared up for autumn, and the holidays that are around the corner. Let us know which recipes are your favorites in the comments below.

9/29/15

Susan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

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Discovery Eye Foundation

Diabetic Retinopathy

Diabetic Eye Diseases

Diabetic Eye Diseases

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Giving For Eye Research

Here are some things you should know about smoking and your eyes.

Technology for Vision

Why You Need An Eye Exam

Questions To Ask After Your Eye Exam

Diabetic Eye Diseases

Increased Awareness for Saving Vision

Pumpkin Season Recipes

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