Famous People with Vision Loss – Part II

Here is part two of our look at famous people with vision loss. The focus this time is the creative minds of artists, actors and musicians.

Artists

Georgia O’Keeffe (1887-1986) – Best known for her paintings of enlarged flowers, New York skyscrapers, and New Mexico landscapes, she was recognized as the “Mother of American modernism”. In 1972, O’Keeffe’s eyesight was compromised by age-related macular degeneration (AMD), leading to the loss of central vision and leaving her with only peripheral vision. She stopped oil painting without assistance in 1972, but continued working in pencil and charcoal until 1984.

Claude Monet (1840-1926) – A French impressionist painter who had cataracts that blurred his vision and caused a severe loss of color perception. After complaining about his cataracts for ten years, he had cataract surgery in 1923. Those paintings before the surgery have more of a reddish tone, while those painted before his cataracts and after the surgery show more blue tones.

Edgar Degas (1834-1917) – A French artist known for his paintings, sculptures, prints, and drawings. He had a chronic and progressive retinal disease that made him sensitive to light and caused him to lose his central vision. Frustrated by these limitations he switched to oil pastels because less precision was needed. He finally resorted to sculpting to be able to utilize his sense of touch and feeling in order to continue to create art.

Actors

Johnny Depp (1963-) – Known for his many movie roles, Depp doesn’t let his vision loss stop his career. Besides correcting his blurred vision, the tinted lenses of the glasses he wears also help with Meares-Irien ‘visual stress’ syndrome, which causes dizziness, discomfort and eye pain. He is also nearly blind in his left eye.

Issac Lidsky (1979-) – A child actor known for his part in the Saved by the Bell: The New Class TV series, he was diagnosed with retinitis pigmentosa (RP) at 13 and was completely blind by 25 years of age. He changed the course of his career, becoming a lawyer. He was a law clerk for Justices Sandra Day O’Connor and Ruth Bader Ginsburg in 2008-09, making him the the first blind US Supreme Court clerk.

Jon Weller (1975-) – A TV actor who has performed on many shows, he is best known for his recurring role of toxicologist Henry Andrews on CSI: Crime Scene Investigation. He has been diagnosed with RP.

Dame Judith Dench (1934-) – A actress has had a long career in theater and film, receiving many awards including ten BAFTAs, six Olivier Awards, two Screen Actors Guild Awards, two Golden Globes, an Academy Award, and a Tony Award. She is well-known for the part of M in the James Bond series of films. In 2012 She announced that she has age-related macular degeneration (AMD), but has no intentions of slowing down. Scripts are now provided to her in a larger font.

Musicians

Ray Charles (1930-2004) – He was born with congenital glaucoma which resulted in blindness by the age of 7. This American singer, songwriter, musician and composer, received multiple Grammys, was inducted into the Rock and Roll Hall of Fame and a Kennedy Centers Honoree.

Stevie Wonder (1950-) – He is a singer-songwriter, multi-instrumentalist and record producer who signed with Motown Records at the age of 12. He has won 25 Grammys and received the Grammy Lifetime Achievement Award. He is blind due to retinopathy of prematurity due to excessive oxygen in his incubator when he was born.

Andrea Bocelli (1958-) – An Italian classical tenor, he was born with congenital glaucoma, but lost his vision at the age of 12 following a soccer accident in which he was hit in the head. He started playing piano when he was six, also learning the saxophone and flute. Bocelli has recorded fourteen solo studio albums, of both pop and classical music, three greatest hits albums, and nine complete operas, selling over 75 million records worldwide, making him one of the best-selling music artists of all time.

Ella Fitzgerald (1917-1996) – An American jazz singer often referred to as the First Lady of Song. She also appeared on TV and in movies. She won 14 Grammy Awards, National Medal of Arts and the Presidential Medal of Freedom. She was diagnosed later in life with diabetic retinopathy due to her advanced diabetes, which also cost her both legs.

Do you know of any creative famous people You could add to this list? Please share them below in the comments.

4/30/15

Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Famous People with Vision Loss – Part I

With all the recent news about Rosanne Barr’s vision loss due to age-related macular degeneration (AMD) and glaucoma, I thought it would be interesting to see other famous people with vision loss who didn’t let it stop their impact on the world around them. Today’s post will focus on writers, politicians, business and military leaders, scientists. Thursday we will explore artists, actors and musicians.

Authors

Harper Lee (1926-) – Best known for her 1960 Pulitzer Prize winning book To Kill a Mockingbird, she has been diagnosed with AMD. Her second novel, Go Set a Watchman, which was actually written before To Kill a Mockingbird, will be published this July.

John Milton (1608-1674) – English poet who wrote the poem Paradise Lost, among others, and became blind at the age of 43.

Alice Walker (1944-) – American author and activist who wrote The Color Purple which won the Pulitzer Prize and the National Book Award in 1983. She was blinded in one eye as a child when shot with a BB gun.

Joseph Pulitzer (1847-1911) – American newspaper publisher who established the prestigious journalism award, the Pulitzer Prize. He became blind at the age of 42 due to a retinal detachment.

James Thurber (1894-1961) – American humorist who switched his attention from sports to writing when his brother shot him in the eye with an arrow while recreating the legend of William Tell shooting the apple off his son’s head.

James Joyce (1882-1941) – Irish novelist and poet who had numerous eye surgeries for various conditions starting with iritis.

Stephen King (1947-) – American author of contemporary horror, supernatural fiction, suspense, science fiction, and fantasy. He has been diagnosed with AMD.

Leaders

Horatio Nelson (1758-1805) – British naval admiral lost an eye as a young seaman. He was said to have used this to his advantage by raising his telescope to his blind and then claim not to see the flags of surrender being raised by enemy ships.

Thomas Gore (1870-1949) – Blinded as a child, he became the first senator from Oklahoma and the first blind member of the US Senate.

Steve Wynn (1942-) – A well-known business leader having helped build up Las Vegas, and the owner of The Wynn and The Encore resorts, he was diagnosed with retinitis pigmentosa in 1971 and declared legally blind in 2010.

David Alexander Paterson (1954-) – He was the first African American Governor of New York and the second legally blind governor of any state, after Bob Riley of Arkansas. Paterson became blind at the age of three months when an ear infection spread to his optic nerve.

Willie Brown (1934-) – He spent over 30 years in the California State Assembly and served as the first African American Mayor of San Francisco for eight years. He has retinitis pigmentosa.

Hellen Keller (1880-1968) – She was an American activist, lecturer and author. She was the first deaf/blind person to graduate from college. At the age of 19 months she came down with infection that left her deaf and blind. She inspired the Lions Clubs International to become “knight of the blind,” leading them to focus their community service efforts toward vision-related causes.

Science & Medicine

Dr. Jacob Bolotin (1888-1961) – Was the first congenitally blind person to receive a medical license. This Chicago physician’s specialties were diseases of the heart and lungs.

John Glenn (1921-) – He was the first man to orbit the earth in 1963 on the Friendship 7 mission. He suffers from glaucoma.

Joseph Plateau (1801-1883) – Belgian physicist who invented an early stroboscopic device, the phenakistiscope, in 1836 that allowed still images to create an animated effect. It eventually led to the development of cinema. He performed an experiment in which he gazed directly into the sun for 25 seconds, leading to his eventual blindness.

Join us next Tuesday for part two.

4/28/15

Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Your Comprehensive Eye Exam

Your Comprehensive Eye Exam

Being able to see clearly is important to all of us. But it is also something we have a tendency to take for granted until we notice changes in our vision. The point of the yearly comprehensive exam is to monitor your eyes before any problems arise, and address any concerns that could affect your vision later. Here is what to expect at your next comprehensive eye exam.

An eye exam involves an external examination of your eyes followed by a series of tests designed to evaluate your vision and check for eye diseases. Each test evaluates a different aspect of your vision and includes specific tests for visual acuity, pupil function, muscle function, visual fields, eye pressure and viewing the back of the eye through a dilated pupil.
cross section of eye - eye exam
External Exam
The external examination consists of inspecting the eyelids, surrounding tissues and the eyeball including the sclera (white part of the eye), iris and cornea.

Visual Acuity & Fields
Visual acuity is your eye’s ability to detect fine details and see an in-focus image at a certain distance. A Snellen chart and a phoropter are used. The standard definition of normal visual acuity is 20/20. The term 20/20 comes from even sized objects that can be seen by a “person of normal vision” atvisual acuity eye exam the specified distance. For example, if a person can see at a distance of 20 feet an object that normally can be seen at 20 feet, then they have 20/20 vision. If they can see at 20 feet what a normal person can see at 40 feet, then they have 20/40 vision. For the visual acuity test each eye is tested separately to gauge your side or peripheral vision.

Pupil Functionpupil function eye exam
An examination of the pupil begins with inspecting your pupils for equal size, regular shape, reaction to light, and direct and consensual reaction (meaning the pupil of one eye constricts when the other eye is exposed to light).

Eye Muscle Function
Eye movement is assessed two ways. First by having you move your eye quickly to a target at the far right, left, top and bottom. Then by slow tracking which uses the ‘follow my finger’ test, which tests all the muscles that move your eye.

tonometer eye examEye Pressure Measurement
Intraocular pressure, or IOP, is measured using a tonometer to determine the fluid pressure inside your eye. This test provides information regarding your potential for glaucoma.

Viewing the Back of the Eyedilated eye - eye exam
Increasing the size of your pupil with eye drops (known as dilating your eyes) allows the doctor to have a larger view of the back of your eye, including the retina, as demonstrated by this diagram. This is very important for diagnosis and tracking of macular degeneration and diabetic retinopathy.

Eye Structureslit lamp eye exam
A special, high-powered microscope, called a slit-lamp, is used to view the structures of your eye clearly and in detail, enabling early diagnosis of a variety of eye conditions such as cataracts, presbyopia and corneal injury.

Taking care of your eyes, especially as you become older, is very important. Changes in vision may be gradual, or fast, but in both cases, early diagnosis is key to successful treatment and retaining your vision. It is suggested that individuals 40 and over have a comprehensive eye exam every one to two years. Exceptions would be if you have diabetes, in which case you should see your eye doctor yearly; or there is a family history of eye diseases such as glaucoma, macular degeneration, or corneal diseases, which may require more frequent visits to your eye doctor. If you have any degree of sudden vision loss, eye pain, or significant irritation, contact your eye doctor immediately.

4/23/15

Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Do I Need Vision Insurance?

With the rising costs of health insurance, many people are looking for ways to reduce their costs. Since not all insurance packages include vision insurance, many people wonder, do I need vision insurance?
vision insurance

Standard Vision Insurance

Vision insurance is a type of health insurance that entitles you to specific eye care benefits such as routine eye exams and other procedures, as well as a specified dollar mount or discount for the purchase of eyeglasses and contact lenses. It only supplements regular health insurance and is designed to help reduce your costs for routine preventative eye care and eyewear.

You can get vision insurance as part of a group, such as your employer, an association, etc., through a government program such as Medicare or Medicaid, or as an individual. It is often a benefit linked to your regular HMO (health maintenance organization) or PPO (preferred provider organization) health insurance.

There are two primary vision insurance plans available:

  • Vision Benefits Package – provides free eye care services and eyewear within a fixed dollar amount for which you pay an annual premium or membership fee and a small co-pay. It may also include a deductible.
  • Discount Vision Plan – provides eye care and eyewear at a discounted rate after you pay an annual premium or membership fee.

Both insurance plans generally include:

  • Annual eye exams
  • Eyeglass frames (usually once every 24 months)
  • Eyeglass lenses (usually once every 24 months)
  • Contact lenses (usually once every 24 months)
  • Discounted rates for LASIK and PRK

Here is where you can check for a list of some vision insurance providers.

Medicare and Medicaid

Different kinds of vision care are included in the US government programs, Medicare and Medicaid. These programs are for qualifying American age 65 and older, individuals with specific disabilities and people with low income.

The Types of Medicare For Vision:

    • Medicare Part A (Hospital Insurance) –Medical eye problems that require a hospital emergency room attention, but routine eye exams are NOT covered.
    • Medicare Part B (Medical Insurance) – Visits to an eye doctor that are related to an eye disease, but routine eye exams are NOT covered.
    • Medicare Part D (Prescription Drug Coverage) – Will help pay for prescription medications for eye diseases.

If you have Medicare Parts A & B you are generally eligible for the following vision coverage, however, there is a deductible before Medicare will start to pay, at which point you will still be paying a percentage of the remaining costs.

  • Cataract surgery – covers many of the cost including a standard intraocular lens (IOL). If you chose a premium IOL to correct your eyesight and reduce your need for glasses, you must pay for this added cost out-of-pocket.
  • Eyewear after cataract surgery – one pair of standard eyeglasses OR contact lenses.
  • Glaucoma screening – an annual screening for people at high risk for glaucoma, including people with diabetes or a family history, and African-Americans whom are 50 or older.
  • Ocular prostheses – costs related to the replacement and maintenance of an artificial eye.

There is also Medicare Supplement Insurance (Medigap) which is sold by private insurance companies to supplement only Medicare Parts A & B. It is intended to cover your share of the costs of Medicare-covered services including coinsurance, co-payments and deductibles. For more details about Medicare plans and coverage check their website or call 800-633-4227.

Medicaid is the US health program that gives medical benefits to low-income people who may have no or inadequate medical insurance. A person eligible for Medicaid may be asked to make a co-payment at the time medical service is provided. Vision benefits for children under the age of 21 include eye exams, eyeglass frames and lenses. Each state determines how often these services are provided and some states offer similar vision services to adults. To learn more about Medicaid eligibility requirements and vision benefits call your state’s Medicaid agency or visit their website.
vision dial - vision insurance

Defined Contribution Health Plans

A way to lower your vison care costs is to take part in a defined contribution health plan (DCHP). You are given a menu of health care benefits to choose from where a portion of the fees you receive for health coverage come from money that is deducted from our paycheck before federal, state and social security taxes are calculated. Four types of DCHP are:

Cafeteria Plans – your employer takes a portion of your salary and deposits it into a non-taxable account for health care spending. The amount taken depends on the number and costs of the benefits you select.

Flexible Spending Accounts (FSA) – your employer takes a predetermined portion of your pre-tax salary and deposits it into health care account for you to pay medical expenses. But generally preventative care such as routine eye exams and are not reimbursable. Nor are eyeglasses and contact lenses reimbursable. You would need to verify with your employer. If you do not use all the money at the end of a 12 month period, the money goes back to your employer.

Health Reimbursement Arrangement (HRA) – this is similar to an FSA except you can use it for preventative care like eye exams and you do not lose the money if it isn’t spent within a certain time period as it can be carried from year to year.

Health Savings Account (HSA) – it can be employer-sponsored of you can set up one independently; however you must purchase a high-deductible health insurance plan to open an HSA and you cannot exceed the annual deductible of your health insurance plan. You cannot be enrolled in Medicare of be a depended on someone else’s tax return. You can use it for preventive care such as eye exams. You can learn more about HSAs by visiting the US Treasury’s website.

There are a variety of options when it comes to vision insurance. You just need to determine your needs and ask providers the correct questions.

4/14/15


Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

6 Ways Women Can Stop Vision Loss

Women account for 53% of the world’s population. However, 2/3 of the blind and visually impaired people in the world are women. While 80% of these women are in developing countries, women in developed countries like the US are still more likely to face vision loss than men.
women can stop vision loss

Why are women more prone to eye disease than men?

Women are the caregivers in families, taking care of the health of family members over themselves. In addition, with many having jobs outside the home, they don’t feel they have the time to go to the doctor until something major happens, especially related to vision.

Women live longer than men are at greater risk for age-related eye diseases such as age-related macular degeneration (AMD), diabetic retinopathy, glaucoma and cataracts.

Women are more likely to develop several autoimmune diseases that can affect their eyes including, multiple sclerosis, lupus, rheumatoid arthritis and Sj?gren’s syndrome.

75% of new breast cancer diagnosed each year is estrogen-sensitive. A common part of estrogen-sensitive breast cancer treatment includes the prescription of tamoxifen. More studies are being done, but cataracts due to tamoxifen have been identified in about 10% of the patients taking the drug.

What can women do to lessen their chances for eye disease?

Know your family history as genetics play and important role in your eye health, so know what eye diseases run in your family. Let your eye doctor know so he can look for early warning signs that can help prevent of lessen the conditions in you.

Get routine comprehensive, dilated eye exams starting at the age of 40, to create a baseline for your doctor to work from. After that you can go every 2-4 years until the age of 60. At 60+ have a compressive, dilated exam every two years if you are symptom-free and low risk.

Eat healthy and exercise. It is important to maintain a healthy weight to reduce the risk of some eye diseases. Eating fresh fruits and vegetables is also important as they can contain carotenoids an some antioxidants that appear to help with vision retention. It should also be noted that in many studies, supplements did not show the same beneficial effects as whole foods.

Stop smoking! You not only increase your risk for cancer and heart disease, but smoking is the only thing besides advancing age that has been proven to be directly related to AMD.

Avoid ultraviolet light by wearing sunglasses (with wide-brimmed hats) and indoor glasses with UV protection. While everyone knows the sun is a source of UV light, so are electronic screens such as your TV, computer, tablet or smartphone. Prescription glasses and readers can have a clear UV coating put on them that will not distort your color vision. If you don’t need vision correction, there is eyewear with no correction that is coated to protect your eyes to avoid dry eye and retinal damage.

Use cosmetics and contacts safely. Always wash your hands first. Throw away old makeup and lens solutions. Do not share cosmetics or apply while driving. Make sure to clean your lenses thoroughly before putting them in your eyes.

Because women are relied upon to take care of the family, vision loss that can impact that responsibility can be devastating to the entire family. And later in life, when they may have outlived a spouse, the isolation and depression can destroy their quality of life as they try to cope on their own.

Reach out to women you know and remind them to take an active part in their own healthcare. Especially with regards to their vision, when women are at a higher risk of vision loss than men.

4/7/15


Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Vision and Special Needs Children

In the United States, special needs is a term used in clinical diagnostic and functional development to describe individuals who require assistance for disabilities that may be medical, mental, or psychological. Different types of special needs vary in severity. People with autism, Down syndrome, dyslexia, blindness, ADHD, or cerebral palsy, for example, may be considered to have special needs. Statistics tell us that among children ages 3 to 17, nearly 15 percent have one or more developmental disabilities. For many of these children, the kinds of disabilities they experience may require special approaches to providing care, education and/or other accommodations.
eye exam - vision and special needs children
The way a special needs child behaves or reacts can sometimes be unexpected because he/she processes sensory information differently than other children. Having the right cues in our environment can mean the difference between participation and non-participation in medical care for many of these children. Our work environment should always be arranged in a way to achieve physical and emotional comfort for the child. Patience, attentive listening, caring, and building a trusting relationship with a family and child who may be undervalued in other settings are all critical to providing good medical care.

Vision and Special Needs Children

Children with special needs are referred to pediatric ophthalmologists on a regular basis. Many of these children do not respond appropriately to standard vision screening procedures. Unidentified vision problems in this special population can further impact growth and development. The role of pediatric ophthalmologists is to ensure that the child does not have any eye conditions that could potentially interfere with his/her learning opportunities, personal development and/or overall wellbeing.

Down syndrome:
Down syndrome continues to be the most common chromosomal disorder. Each year, about 6,000 babies are born with Down syndrome, which is about 1 in every 700 babies born. It is estimated that more than 80% of these patients have some clinically significant ocular pathology. Such conditions include refractive error requiring glasses (70%), strabismus (45%), and nystagmus (35%). Other common eye problems include blepharitis, blocked tear duct, eyelid ptosis, cataracts, and keratoconus (irregularly shaped cornea). The improved quality of medical care and educational resources have allowed for a more productive life and a longer life expectancy for people with Down syndrome. Their quality of life can be further enhanced by the proper assessment and correction of eye problems.

Autism:
In 2014, the Centers for Disease Control and Prevention (CDC) released new data on the prevalence of autism in the United States. This surveillance study identified 1 in 68 children (1 in 42 boys and 1 in 189 girls) as having autism spectrum disorder (ASD). Autistic behaviors may include visual components such as lack of eye contact, starring at light or spinning objects, fleeting peripheral glances, side viewing and difficulty attending visually. An eye examination is essential in order to detect an eye condition that could potentially explain these visual behaviors. According to a study published in the June 2013 issue of Strabismus, more than 40 percent of children with autism have strabismus, or crossed eyes. This work is limited in that the researchers did not use a representative sample of children with autism. Still, the prevalence of eye problems in autism appears to be several times higher than that of the general population.
boy eye exam - vision and special needs children
Learning Disabilities:
Dyslexia is the most common neurobehavioral disorder affecting children. Visual abnormalities have not been found to affect the brain’s ability to process visual stimuli and children with learning disabilities have no increased incidence of ophthalmologic disease. However, ophthalmologic consultation should be provided to children who fail vision screening tests. This allows for diagnosis and therapy of treatable ocular conditions such as refractive errors and eye muscle imbalances.

Children with ADHD, cerebral palsy, or any other neurodevelopmental disorders should also have periodic vision screenings. Children who do not pass the vision screening should be referred to an ophthalmologist with experience in the care of children.

Physicians are not the only adults involved in the care of special needs children. At increasing rates, children with special needs are being provided with the same life experiences as their non-disabled peers. Taking part in a sport or joining a group like the Scouts, are popular activities for children. Children with disabilities are encouraged to join in such activities to help improve their health and give them opportunities to make friends. As a result, more and more adults in the community are finding themselves working with these children on a regular basis.

When considering ways to work with special needs children, we have to keep in mind that every child is different. A positive attitude and patience are probably the two most important qualities for anyone who works with these children. Parents of special needs children focus on helping their child to be “the best he/she can be”. The devotion and care these parents provide for their child have been an inspiration, and I always look forward to my visits with them.

4/2/15


Dr. Chantal BoisvertChantal Boisvert, OD, MD
Assistant Clinical Professor
Gavin Herbert Eye Institute, UC Irvine
Pediatric Ophthalmology & Strabismus
Neuro-Ophthalmology

7 Spring Fruits and Vegetables

Spring is truly here. With Passover and Easter later this week, it is time to rediscover some of the amazing produce that is at its peak during the months of April, May and June. These 7 spring fruits and vegetables are not only delicious; they are good for you . . . and your vision. Here are some recipes for you to try and enjoy the bounty of spring. Some even include more than one of the seven fruits and vegetables listed below.
apricots - 7 Spring Fruits & Vegetables
Apricots – Apricots should be firm, but not hard, with a nice fruit scent when sniffed. They are best purchased locally so they aren’t picked too early and have a tree-ripened sweetness.

Apricot & Orange Breakfast Smoothie from Discovery Eye Foundation’s Eye Cook

Spicy Apricot Wings from Food & Wine

Fresh Apricot Chutney from Cooking Light

Chicken Tagine with Apricots & Almonds from Gourmet
asparagus - 7 Spring Fruits & Vegetables
Asparagus – Look for firm stalks, from the tips down to the base of stalks. Once asparagus are harvested they deteriorate quickly, so place them in cool storage to retain freshness and their nutrition value.

Asparagus and Strawberry Salad from Discovery Eye Foundation’s Eye Cook

Asparagus with Watercress and Brown Butter Potatoes from Food & Wine

Grilled Asparagus with a Caper Vinaigrette from Cooking Light

Asparagus, Tomato & Red Pepper French Bread Pizza from the Mayo Clinic
cherries - 7 Spring Fruits & Vegetables
Sweet Cherries – The best cherries are an inch or more in diameter, plump, firm, and rich in color.

Cherry Pie from Cooking Light

Cherry Tortoni from Gourmet

Cherry Tart from Bon Appétit

Easy Almond & Dried Cherry Cookies from Discovery Eye Foundation’s Eye Cook
fava beans - 7 Spring Fruits & Vegetables
Fava Beans – Young fava beans can be shelled and eaten either raw or cooked, but more mature favas need to be shelled and skinned, since their skins are too tough to eat.

Quinoa Salad with Grilled Scallions, Favas & Dates from Food & Wine

Sliced Filet Mignon with Fava Beans, Radishes & Mustard Dressing from Bon Appétit

Arugula & Fava Bean Crostini from Gourmet
green peas - 7 Spring Fruits & Vegetables
Green Peas – Fresh green peas include sugar snap peas, snow peas, and green peas. Look for bright green pods that are firm.

Fava, Sweet Pea & Sugar Snap Salad from Cooking Light

Salmon with Sweet Chili Glaze, Sugar Snap Peas & Pea Tendrils from Bon Appétit

Strawberry, Almond & Pea Salad from Bon Appétit
strawberries - 7 Spring Fruits & Vegetables
Strawberries – For the best flavor, you are best looking for strawberries grown close to home since they more are likely to be fresh and not be damaged in transit. They should be plump, firm, well-shaped, and uniformly colored.

Carrot & St rawberry Tea Bread from Discovery Eye Foundation’s Eye Cook

Strawberries Romanoff from Cooking Light

Strawberry and Cream Cheese Crepes from the Mayo Clinic

Pink Grapefruit, Strawberry & Champagne Granita from Bon Appétit
watercress - 7 Spring Fruits & Vegetables
Watercress – Look for uniformly dark green leaves and sniff for a fresh, spicy scent. Watercress has a short shelf life and should be kept in a plastic bag in the refrigerator for no more than three days.

Watercress, Orange & Avocado Salad from Gourmet

Watercress Salad with Verjus Vinaigrette from Food & Wine

Watercress Salad with Pan-Seared Mahimahi from Cooking Light

These are some great ways to enjoy  what spring has to offer.  Do you have any spring recipes you want to share?

3/31/15


Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Protective Eyewear for Home, Garden & Sports

Spring is here and it is always a good time to review important ways to protect your eyes now that you will be spending more time outdoors, enjoying sports, gardening or just basking in the warm spring sunshine.

Protective Eyewear for Home, Garden & Sports

protective eyewear - sunglasses
Sunglasses and wide brimmed hats are the first things to consider as you go outdoors. The damage from UVA/UVB rays from sunlight is ever present, even on cloudy days. It is also cumulative and can lead to cataracts and age-related macular degeneration. Don’t forget to use sunscreen generously, helping to prevent a painful sunburn and skin cancer. If you perspire a great deal, think of a waterproof sunscreen that will not run into your eyes causing blurry vision and irritation.
protective eyewear - goggles
In your backyard or garden it is wise to use safety glasses or goggles when operating a chain saw, axe or hedge clipper. They will help to prevent small flying objects, dirt and debris from getting into your eyes. Tree sap and plant secretions can also be hazardous to your eyes. Wearing gloves should make you think twice about rubbing your eyes, or at least you can remove them if you can’t resist.

Home maintenance and spring cleaning offer some of the same threats as gardening. Beware of using any regular or power tools, paints and chemicals without protective eyewear because of flying debris, drips, splashes and sprays. Besides the general eye irritations and painful corneal scratches, you could permanently impact your vision. Also take care if your children are helping or playing nearby, they could also be at risk.
protective eyewear - sports
Spring is a great time to get outdoors and enjoy your favorite sports, but if you engage in any activities that involve throwing and catching balls, “flying” arms and elbows (such as karate), swinging bats, sticks or clubs, or anything that involves shooting (such as paintball or airsoft), you need protective goggles that wrap around and protect you from all angles. Not every threat will be coming from directly in front of you.

For these sports and recreational activities prescription eyeglasses, sunglasses and even occupational safety glasses are not enough to protect your eyes. You will need a highly impact-resistant polycarbonate to avoid a lens that can shatter and cause additional danger to your eyes. Consult your eye care professional to choose the right kind of eye protection for your warm weather activities.

3/24/15


Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation

Do You Have a Pterygium?

A pterygium (pronounced tur-IJ-ee-um) is a wing-shaped, fleshy growth of tissue that grows from the conjunctiva (the clear thin covering of the sclera or white part of the eye) onto the cornea (the clear front of the eye). The word pterygium comes from the Greek, pterygos, which means little wing. Pterygia are quite common and can be seen in surfers (hence the common reference as surfer’s eye), sunbathers, landscape architects and other outdoor people who do not adequately protect their eyes from the damaging ultraviolet radiation from the sun. Furthermore, people living closer to the equator have been shown to have a higher incidence of pterygia. Prolonged exposure to eye irritants such as wind and dust are also risk factors for the development of pterygia.
pterygium before & after
Pterygia usually grow slowly or follow an indolent course and can be asymptomatic or can flare up from irritation. Early on, pterygia may not be even noticed and may not be serious. Or, there can be signs of dry eyes, such as mild burning, tearing and itching due to irregular tear wetting of the surface of the eye. As the pterygium grows in size, the lesion will become more noticeable and may become cosmetically unpleasant, irritating to the patient and may give the sensation of a foreign body in the eye. Pterygia may cause visual symptoms if they induce astigmatism as they approach the center of the cornea or visual axis. Once the pterygium grows towards the visual axis, where vision could be compromised, various surgical procedures can be employed to remove it.

Having an ophthalmologist (an eye MD) examine your eyes is the first step to making the correct diagnosis and receiving the appropriate treatment, if it is necessary. Your ophthalmologist will examine the front of your eyes with a slit lamp, a specialized microscope for eye examination. Early in the disease process, most ophthalmologists will take a conservative approach and treat with lubricating eye drops and recommend protective eye wear (to prevent further UV exposure) and use of a wide-brimmed hat. If the pterygium enlarges and grows onto the cornea towards the visual axis, the ophthalmologist will consider surgical intervention to halt any more damage and scarring to the eye. Sometimes, a more aggressive pterygium may induce astigmatism on the cornea (causing the cornea to become more oval or football-like in shape as compared to more round in shape like a basketball). Astigmatism may cause blurred vision and, if left untreated, may not be reversed even with surgical intervention. Long-lasting pterygia may cause irreversible scarring of the underlying cornea, which may leave the cornea with a thin white film, or scar, even after the removal of the pterygium. If this scar is out of the visual axis, then vision may not be affected.

There are several different surgical techniques that are commonly used to remove aggressive pterygia. Microsurgical techniques can be done safely and comfortably on an outpatient basis in an eye surgery center using local anesthesia with mild sedation. The most common surgical technique involves surgical removal of the pterygium, placement of a preserved amniotic membrane graft (from the placenta) or a small graft of the patient’s own conjunctiva taken from the superior (upper) part of the conjunctiva to cover the area where the pterygium was removed, and using fibrin glue and/or small sutures to hold the graft in position. This procedure usually takes 30 minutes to one hour to perform, depending its complexity, with little discomfort for the patient. Post-operatively, the patient usually wears a patch for one day and can return to work after a few days (avoiding eye rubbing, swimming and hot tubs). Topical antibiotic and steroid drops and/or ointments are used for several weeks or months on a tapering dosage schedule per your ophthalmologist. Steroid medications reduce inflammation and chance of recurrence and should be used as directed. Careful follow-up for a year after surgery is recommended.

The main risk of pterygium surgery is recurrence of the pterygium after removal with a regrowth of abnormal tissue onto the cornea. When an amniotic membrane graft or conjunctival auto-graft is not used, the recurrence rate is quite high and has been reported from 25% to over 50%. However, when these grafts are used, the recurrence rate can be as low as 5 to 10%. For recurrent pterygium removal, however, the recurrence rate can be much higher and other adjunctive therapy may be utilized. Intraoperative mitomycin C (MMC) is often used in addition for recurrent pterygium excision to inhibit the regrowth of the pterygium. Some ophthalmologists use MMC eye drops after excision. Discuss these options with your ophthalmologist before your surgery. Be sure to see your ophthalmologist if you have a pterygium so that it can be properly assessed and appropriate treatment can be performed.

3/19/15

Ronald Gaster, MD, FACSRonald N. Gaster, MD, FACS
Gaster Eye Center
Beverly Hills and Huntington Beach, CA

Medical Research Funding Needs Individual Donors

The Need for Medical Research Funding

About 1.75 million U.S. residents currently have advanced age-related macular degeneration with associated vision loss, with that number expected to grow to almost 3 million by the year 2020.

About 8.4 million individuals worldwide are blind from primary open-angle glaucoma, with that number expected to grow to almost 11 million by the year 2020.

About 22 million Americans have cataracts affecting their vision, with that number expected to grow to more than 30 million by the year 2020.

The economic impact of this increase of people with vision loss will be tremendous.  But right now scientist are working on ways to treat and eventually cure many eye diseases.  The only problem is the funding necessary to support this sight-saving research. Here is a look at the decline of medical research funding in the US and what you can do to help.
medical research funding

3/17/15


 

Susan DeRemerSusan DeRemer, CFRE
Vice President of Development
Discovery Eye Foundation