Bilberry

Several nutrients and vitamins such as bilberry and taurine help protect the optic nerve from damage. Glaucoma causes optic nerve damage. Optic neuritis and optic nerve atrophy are serious conditions that harm the optic nerve. Since the optic nerve sends electrical signals from the eye to the brain, any interruption damages vision. How does the optic nerve work? Which diseases damage the optic nerve? What does the research show about how nutrients, foods, and vitamins protect the optic nerve? Taurine, gingko biloba, a fruit called bilberry, Vitamin C, and Vitamin B12 among others have demonstrated their usefulness.
Read More »

Eye vitamins are crucial to vision health. In fact, the eye is the most vitamin-hungry organ in the body proportional to its size. It is the second most physiologically active part of our body only second to our brain. We believe the eyes require approximately 25% of the nutrients taken into the body to maintain full health. Any less may eventually result in eye diseases such as macular degeneration, glaucoma and cataracts.

Many seniors suffer from these eye diseases. A lifetime of eye stressors, including excessive sunlight and poor diet, catches up with seniors. They also have less efficient digestion, poorer circulation and may have risk factors such as diabetes, long-term smoking, and lack of exercise. Dr. Grossman, a New York-based
Read More »

Is it possible to prevent cataracts, or even reverse cataracts? Can you put off cataracts surgery? Cataracts are one of the most common eye diseases in seniors. More and more people have a special “glint” in their eye when the light hits the lens just right. What is the value of preventing cataracts and other eye diseases?

What Are Cataracts

Read More »

Natural Eye Care has created a new antioxidant supplement, “Dr. Grossman’s Bilberry/Ginkgo Combination Wild Crafted Extract Formula” to help support vision health and circulation. These natural extracts contain powerful antioxidants that counteract free radicals. The formula is designed to help prevent cellular damage, and even reverse it. Many eye diseases, including macular degeneration, cataracts, and glaucoma, are rooted in cellular damage from free radicals.^{1 2}
Read More »

As we age, our chances of developing a serious vision problem increase significantly. More than half of people over the age of 70 years old have an eye condition such as cataracts, glaucoma, and macular degeneration; people with diabetes often develop diabetic retinopathy. These limiting conditions decrease the quality of life. Being a retired senior means having time to enjoy life, read, travel, play golf, enjoy hobbies, and socialize with friends and family. However, participating in these activities requires clear vision.

We can learn to help preserve our vision and to become active
Read More »

Retinal Vein Occlusion is the blockage of veins that drain blood from the retina in the eye. The eye circulatory system depends on releasing blood back to the heart after it has nourished the retina. When the vein is blocked, hemorrhaging occurs, damaging the retina. It is typically caused by atherosclerosis, a common condition especially in older people that damages the arteries. “Occlusion” means the blockage or closing of a blood vessel.

Symptoms and How Retinal Vein Occlusion Is Diagnosed

Read More »

Scientists are putting significant focus on Age-Related Macular Degeneration in their research. This eye disease strikes mostly older adults, over aged 50. The “Baby Boomer” generation is well above age 50, as are their living parents. Understanding the causes and potential treatments for Macular Denegation (ARMD) are important, because vision-impaired elderly people need extra help with their daily activities. Also, quality of life is lowered when vision is poor.

The macula is a tiny yellowish spot in the back of the eye, on the retina. It allows for central vision. Central vision is possible because of the macula. If it breaks down, reading, writing, watching TV, cooking, driving and even facial recognition are impaired. Macular Degeneration is degenerative, meaning that it gets worse over time.

ARMD comes in two forms. The more common
Read More »

Blue light is emitted from all handheld electronic devices as well as desktop and laptop computers and televisions. It is the shortest wave length light in the visible spectrum and causes significant damage to many parts of the eye seriously impacting present and future vision capacity. Damage from blue light from smartphones is particularly important because smartphones are often used in dim light and are used close to the eyes. Unlike ordinary computer vision fatigue, damage from blue light is serious, cumulative and irreversible.
Read More »

A fruit cup of mixed berries is a powerful snack: deeply colored fruits are filled with flavonoids and other antioxidants that help protect the body from disease. Antioxidants help prevent free-radical damage, which is believed to be responsible for the onset of eye diseases such as cataracts and macular degeneration.

The colored flavonoids found in berries are called “anthocyanins”. These water-soluble pigments make plants shades of red, purple and blue. Berries also contain flavonoids called “quercetin” and “apigenin”. In the field or in the wild, these flavonoids help protect the plant from pests and insects.

Read More »

Transplanting light-sensitive photoreceptor cells into mice with night blindness resulted in improved night vision. Night blindness means seeing poorly in the darkness, but seeing normally when there is enough light. In this groundbreaking research, scientists injected light-sensitive photoreceptor cells into night-blind mice’s eyes. After this treatment, the animals were able to see well enough to navigate a water maze and swim toward a visual cue in dimly lit conditions. Controls who did not receive the treatment were unable to efficiently navigate the maze.

Read More »