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 Flexible IOLs have been used for years to help patients enjoy clear vision after cataract surgery. The advanced ReSTOR® lens improves upon ordinary IOLs by providing a full range of focusing distances. A series of 12 gradual "step heights" create seamless focusing ability from near to far, while the edge of the IOL enhances distance vision. A feature called apodization also helps the eye distribute light evenly in different lighting conditions. Best of all, up to 80% of patients who use the ReSTOR® lens don't need glasses or contact lenses after surgery.
BOTOX® Cosmetic is commonly used to reduce or eliminate the appearance of facial wrinkles. It is injected under the skin into areas surrounding the eyes, forehead and mouth to smooth crow's feet, frown and worry lines, and lines on the neck. Made from a purified protein, BOTOX® relaxes wrinkles and gives the face a rejuvenated look. BOTOX® may also be useful for migraine headaches, excessive sweating, and eye and neck muscle spasms.
A cataract is a cloudy area in the lens in the front of the eye. There is no pain associated with the condition but there are other symptoms, including:
- Blurred/hazy vision
- Spots in front of the eye(s)
- Sensitivity to glare
- A feeling of “film” over the eye(s)
Most people develop cataracts simply as a result of aging, with the majority of cases occurring in people over the age of 55. Other risk factors include eye injury or disease, a family history of cataracts, smoking or use of certain medications.
For people who are significantly affected by cataracts, lens replacement surgery may be recommended. During cataract replacement, the most common surgical procedure in the country, the lens is removed and replaced with an artificial one called an intraocular lens or IOL.
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Did you have excellent vision until you needed distance glasses at 30? Did you turn 40 and find that you needed bifocals? If so, you may be among the millions of Americans who have presbyopia or hyperopia (farsightedness). Presbyopia is a natural change in our eyes’ ability to focus. It occurs when the crystalline lens of the eye loses its flexibility, causing objects to appear blurry.
 Conductive Keratoplasty or CK is a safe, non-laser, non-cutting technique approved by the FDA to reduce or eliminate presbyopia or hyperopia. Instead of a scalpel or a laser, CK releases radiofrequency (RF) energy through a probe as thin as a strand of human hair, treating your vision condition without cutting or removing tissue. The controlled release of RF energy in a circular pattern shrinks tissue in the cornea to reshape it, improving the way the eye focuses light.
CK was the first FDA-approved method for treating hyperopia. It is safer and less invasive than the LASIK procedure and avoids the complications associated with LASIK treatment such as dry eyes, hazy vision, light sensitivity or poor quality of vision. It takes less than five minutes per eye and uses only a topical anesthetic. Post-operative discomfort is minimal and vision improves almost immediately.
 The cornea is a thin, clear, spherical layer of tissue on the surface of the eye that provides a window for light to pass through. In a healthy eye, the cornea bends or refracts light rays so they focus precisely on the retina in the back of the eye.
There are many diseases that can affect the cornea, causing pain or loss of vision. Disease, infection or injury can cause the cornea to swell (called "edema") or degrade (become cloudy and reduce vision). Common diseases and disorders that affect the cornea include:
- Allergies
- Conjunctivitis ("Pink Eye")
- Dry Eye
- Corneal Dystrophies including Fuchs' Dystrophy and Lattice Dystrophy
- Glaucoma (High Eye Pressure)
- Infections
- Keratitis (Viral Inflammation)
- Keratoconus
- Ocular Herpes
- Pterygium
- Shingles (Herpes Zoster)
- Stevens-Johnson Syndrome
Treatment for corneal disease can take many forms, depending on the underlying problem as well as the patient's preferences. Some conditions resolve on their own and many can be treated with medication. If the cornea is severely damaged or if there is a risk of blindness, a corneal transplant may be recommended to preserve vision.
Learn more about the cornea and corneal disease from the National Eye Institute.
 Crystalens® is a new cataract replacement lens (IOL) that works naturally with muscles in the eye to retain the eye’s ability to "accommodate" – shift focus between nearby and distant objects – after cataract surgery. With other IOLs, patients lose this ability and require corrective measures such as glasses or contact lenses.
Unlike rigid lenses, the flexible silicone Crystalens® features hinges that allow it to move with the eye’s muscles and accommodate seamlessly, thereby reducing or eliminating the need for vision correction.
The Crystalens® is implanted using the same, nearly risk-free cataract surgery techniques as with other IOLs.
Most people with cataracts or who have had corneal refractive surgery and retained good eye health are acceptable candidates for Crystalens® implantation, but those who have already had cataract surgery are not. People with eye health problems such as chronic infections or diabetes should check with their doctors about eligibility.
Patients with diabetes are at an increased risk of developing eye diseases that can cause vision loss and blindness, such as diabetic retinopathy, cataracts and glaucoma. These and other serious conditions often develop without vision loss or pain, so significant damage may be done to the eyes by the time the patient notices any symptoms. For this reason it is very important for diabetic patients to have their eyes examined once a year. Diagnosing and treating eye disease early can prevent vision loss. It is also important to maintain a steady blood-sugar level, take prescribed medications, follow a healthy diet, exercise regularly and avoid smoking.
 Glaucoma is a leading cause of blindness in the U.S. It occurs when the pressure inside the eye rises, damaging the optic nerve and causing vision loss. The condition often develops over many years without causing pain or other noticeable symptoms – so you may not experience vision loss until the disease has progressed.
Sometimes symptoms do occur. They may include:
- Blurred vision
- Loss of peripheral vision
- Halo effects around lights
- Painful or reddened eyes
People at high risk include those who are over the age of 40, diabetic, near-sighted, African-American, or who have a family history of glaucoma.
To detect glaucoma, your physician will test your visual acuity and visual field as well as the pressure in your eye. Regular eye exams help to monitor the changes in your eyesight and to determine whether you may develop glaucoma.
Once diagnosed, glaucoma can be controlled. Treatments to lower pressure in the eye include non-surgical methods such as prescription eye drops and medications, laser therapy, and surgery.
 The macula is a part of the retina in the back of the eye that ensures that our central vision is clear and sharp. Age-related macular degeneration (AMD) occurs when the arteries that nourish the retina harden. Deprived of nutrients, the retinal tissues begin to weaken and die, causing vision loss. Patients may experience anything from a blurry, gray or distorted area to a blind spot in the center of vision.
AMD is the number-one cause of vision loss in the U.S. Macular degeneration doesn't cause total blindness because it doesn't affect the peripheral vision. Possible risk factors include genetics, age, diet, smoking and sunlight exposure. Regular eye exams are highly recommended to detect macular degeneration early and prevent permanent vision loss.
Symptoms of macular degeneration include:
- A gradual loss of ability to see objects clearly
- A gradual loss of color vision
- Distorted or blurry vision
- A dark or empty area appearing in the center of vision
There are two kinds of AMD: wet (neovascular/exudative) and dry (non-neovascular). About 10-15% of people with AMD have the wet form. "Neovascular" means "new vessels." Accordingly, wet AMD occurs when new blood vessels grow into the retina as the eye attempts to compensate for the blocked arteries. These new vessels are very fragile, and often leak blood and fluid between the layers of the retina. Not only does this leakage distort vision, but when the blood dries, scar tissue forms on the retina as well. This creates a dark spot in the patient's vision.
Dry AMD is much more common than wet AMD. Patients with this type of macular degeneration do not experience new vessel growth. Instead, symptoms include thinning of the retina, loss of retinal pigment and the formation of small, round particles inside the retina called drusen. Vision loss with dry AMD is slower and often less severe than with wet AMD.
Recent developments in ophthalmology allow doctors to treat many patients with early-stage AMD with the help of lasers and medication.
Accommodative Lenses
Accommodative lenses work naturally with muscles in the eye to retain the eyes' ability to focus on nearby and distant objects and everything in between. With traditional IOLs, patients lose this ability after cataract surgery and often require corrective measures such as glasses or contact lenses.
Toric Lenses
Toric IOLs are specially designed for patients with astigmatism. Traditionally, surgical correction of astigmatism required making a series of small incisions (called LRIs) around the cornea to make it more spherical instead of football-shaped. Implanting toric IOLs often improves vision due to astigmatism without the need for these extra incisions, and also allows patients to enjoy a faster, more comfortable recovery.
The retina is a thin sheet of nerve tissue in the back of the eye where light rays are focused and transmitted to the brain. The vitreous is a gel-like substance that fills the eye and is connected to the retina, optic nerve and many blood vessels. Problems with the retina and vitreous -- including retinal tear and detachment, macular degeneration, diabetic retinopathy, infection and trauma -- can lead to vision loss and blindness. Early detection and treatment are critical in correcting problems before vision is lost or preventing further deterioration from occurring.
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