There are two forms of Closed-Angle Glaucoma. Acute which is brought on quickly and considered a medical emergency; and Chronic which can develop slowly with no symptoms.

Acute Closed-Angle Glaucoma is generally caused by a rapid build up of pressure in the eye. Creating a sudden blockage of the fluid that travels between the iris and the lens. Acute Closed Angle Glaucoma can strike at any age and gender.

Chronic Closed-Angle Glaucoma is a silent creeper. It shows no symptoms and is usually caught during a routine examination. General symptoms of Chronic Closed-Angle Glaucoma are not apparent until much damage has been done. It is important to get regular screenings for Glaucoma if you have risk factors or any form of Diabetes. Risk factors for glaucoma are listed below.

Glaucoma Risk Factors:

Predominant Risk Factors-

Aging

Positive Family history

Race [African Americans]

High Intraocular Pressure

Central Corneal Thickness

Suspicious Nerve Appearance

Other Possible Risk Factors-

High Myopia

Diabetes

Hyper Tension

Eye Injury

History of steroid use

Migraine Headaches

Sleep Related-Breathing Disorders

Below are some symptoms of Acute Closed-Angle Glaucoma:

*Note: if you are experiencing these symptoms go to an emergency room for treatment.

Nausea

Vomiting

Severe pain

Rainbow Halos [Around lights]

Reddening of the eye

Acute Closed-Angle Glaucoma is a medical emergency. Failure to treat this serious condition can lead to blindness within one to two days. It is important to call your eye doctor immediately if you are experiencing any form of changes in your vision. Go to a medical center if you are experiencing vomiting, and severer pain in association with these changes. Learn more on other vision treatments : http://www.boxerwachler.com

Cataracts is a hereditary progressive condition that here in the US is often treated before the patient loses most of their vision. Most patients will develop Cataracts sometime between the ages of 55-70. A Cataract is a cloudy area of the lens that blocks light from getting through to the retina.

It is progressive because as the lens goes untreated the cloud continues to grow creating many problems in vision. There are treatments in the US that allow the patients lens to be replaced to restore their vision. In the US insurance will cover 50-80% of the cost of the procedure. However in many third world countries they simply can not afford the common procedure.

Recently Noor Dubai- a non-profit charity incentive that treats low vision and curable forms of blindness treated over 30,000 patients of all ages in Sudan and Dubai.

Quote:

“Noor Dubai has succeeded in dealing with critical humanitarian concerns of people of all ages who are unable to get the right treatments. The Noor Dubai Surgical team worked two six hour shifts every day completing an average of 400 successful surgeries daily.”

- said Quadhi Saeed Al Murooshid- CEO of Noor Dubai and Director General of the Dubai Health Authority.

This awesome initiative have created Free Cataracts Camps for patients with little to no money the ability to acquire good and accurate health care freeing them of the terrible complications that had caused them great damage to their vision.

Stats:

26,000 treated with medication and glasses
3,200 identified for surgery

There are 400,000 new cases diagnosed in the US every year. Cataracts are a growing concern and early detection and treatment can improve many lives by restoring vision.

Learn about Advanced Cataract Surgery:
www.boxerwachler.com/lasikspecialist/lasikprocedures/restor.html

Below are some common symptoms of Cataracts:

Fading colors
Cloudy or blurry vision
Difficulty driving into the sun
Poor night vision
Double vision- seeing more than one image in the eye
Frequent changes in the prescription

The basis for Natural Lens Replacement dates back over 100 years with the condition called cataracts. A cataract is when the biological lens becomes cloudy, blurs vision, and leads to difficulty driving at night, seeing glare off of lights and making it hard to read. As a result of cataracts, people altered their lifestyle and had to wait until the cataracts became quite advanced before having them fixed.

When the cataracts became “bad enough”, cataract surgery was performed to restore eyesight. During the cataract procedure, the cloudy biological lens was removed from the eye and a lens implant was put in its place. Very basic lens implants were used to correct distance vision when the cataracts were removed. While back then this was a major advance. These days this procedure is now considered a bit archaic because it corrects for only distance vision - patients still needed to wear reading glasses or bifocals afterwards nearly full time.

The lens implant technology is now very advanced - these sophisticated “premium” lens implants can correct both distance and reading vision. These lens implants are precision-engineered to exact specifications. This has revolutionized the use of lens implants. Natural Lens Replacement is the use of these premium lens implants to correct distance and reading vision which can provide tremendous freedom from the “crutches” of glasses. Natural Lens Replacement has been a boon for patients with cataracts since eye surgeons now routinely use them to correct cataracts and also fix reading vision. Since the Natural Lens Replacement technology is advanced, people with early cataracts are being proactive to have their cataracts fixed along with their distance and reading vision. Your parents’ generation typically had to wait until their cataracts got so bad that they had trouble driving and doing other activities before the cataracts could be repaired. A version of Len Augmentation can be used to cure patients with cataracts, even early cataracts.  No more are the days of waiting until the cataracts get so bad that it makes driving and other activities difficult.  Natural Lens Replacement fixes the early cataracts so they will never get worse and you will never have to worry about that happening to you. This will guarantee those cataracts never occur again.  Imagine how powerful that is never to have to worry about decreased vision again.

Request a free report:  http://www.boxerwachler.com/lasikspecialist/lasikprocedures/restor.html

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Genetics

The frequency of keratoconus in first degree relatives having the disease is much higher than the general population. Keratoconus can also be associated with other systemic syndromes such as Down’s syndrome.

The good news is that keratoconus is often not passed to children. If you have or may have children in the future, it’s only a 6% likelihood that any of your children will inherit keratoconus.

It makes sense to have your children have a baseline corneal topography between ages of 8-10 years old and have a topography every year. The subsequent topography maps can be compared to the first one to catch keratoconus early if it will be occurring. Early keratoconus can easily be “nipped in the bud” with a C3-R® treatment before it gets worse.

Quote:

“It seems that both environment and genetics play a role in Keratoconus”

-Says Dr. Brian S. Boxer Wachler, MD.

Free Radicals

All corneas, like any tissues in the body, create harmful byproducts (free radicals) of cell metabolism (metabolism is a fancy word for the activities of the cell required for it to live and do it’s thing). These byproducts are similar to a car’s exhaust that results from the car being driven. Normal corneas, like any other body tissue, have a defense system in place to neutralize the free radicals so they don’t damage the collagen.

The collagen is the equivalent of steel beams that support a building. Damage to those beams causes the building to tilt, just like damage to the collagen causes the cornea to bulge. Think of those free radicals as attacking your collagen fibers in the cornea, trying to thin it and weaken it.

The problem with keratoconus is that anti-free radical system in the cornea (called anti-oxidants) are not properly working, so the free radicals are allowed to overwhelm and wreak havoc on the collagen fibers. They bombard the cornea like mortar fire blasting into a brick wall. The free radicals damage the cornea, thin it, and ultimately allow it to bulge and steepen out. This is how your vision got worse from keratoconus.

Watch a FREE educational webinar about treatments for keratoconus: www.FixesYourKC.com

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When I started college I was an Ocean Lifeguard. At school, I found it harder to focus on textbooks. I thought it was just the chlorine from the pool. I had my eyes checked and I was diagnosed with astigmatism in one eye and I started wearing glasses while studying. As lifeguarding became my chosen profession, I found it hard to focus in the afternoon as the Southern California sun set lower in the sky.

When running out for a rescue, I would often lose my prescription sunglasses. I tried soft lenses, but sand got under them and that was uncomfortable. The lenses often slid up behind my eyes and even floated away when I swam. I often went without correction because of the irritation. By late afternoon I would see double images of objects far away, such as a boat on the horizon.

When laser eye surgery became available, I was excited. However, I was discouraged to learn that I had keratoconus in one eye and was not a candidate for LASIK. I came across an article and some studies by Dr. Boxer Wachler. I was optimistic after my first meeting with him in 1999. He explained a new procedure Intacs that would help correct my keratoconus and vision. Back then Intacs had not been reported on a patient with keratoconus in the United States, but he felt it was ready to be attempted. As I was a good candidate, I welcomed the opportunity.  A week after surgery, the vision in that eye improved to a great degree. I was able to see nearly equally with both eyes and it was unnecessary to wear glasses or contacts at work. After a few months I noticed that I was relying more and more on the corrected eye!

It has now been about eight years since I had Intacs and I still do not wear corrective lenses. I am able to pick objects out of the glare on the horizon and street signs on the freeway well before I need to turn. The freedom I have gained and the confidence I now have in my vision has proven invaluable to me and my ability to continue in my profession.

The ability to see well in lifeguarding is critical, and I no longer have the worry that I might miss something that could result in someone’s pain, suffering or their life. I owe this self assuredness to Dr. Boxer Wachler and to Intacs.

I feel fortunate to have been at the right place at the right time in history. I can

appreciate the saying, “Nothing ventured, nothing gained.” I am glad that my pioneering experience helped pave the way for the thousands of other patients who have subsequently benefited from innovative advancements for keratoconus. I am pleased to dedicate this book to the thousands of future patients who will benefit from these innovations.

- Kenny Atkins, first reported Intacs® for

keratoconus patient in the United States

Learn more about keratoconus treatments: www.FixesYourKC.com - watch a free educational seminar.

Although receiving Intacs corneal implants is a simple, outpatient process, it is still important to know how to properly prepare for the procedure and what to expect afterward.  With this overview, you should find that there are no surprises when you get this beneficial procedure completed.

Preparing for the Procedure

Before you can receive Intacs corneal implants, you will first need to undergo an extensive eye examination.  During this examination, the eye doctor will be determining whether or not your eyes are healthy and if you are a suitable candidate for the procedure.  In order to make this determination, the eye doctor will perform ophthalmic tests and will take a general medical history.  In all, this process can take anywhere from 15 minutes to 1 hour to complete.

Undergoing the Procedure

Once you and your eye doctor have determined that Intacs implants are right for you, you will set an appointment for the procedure and your eye doctor will explain the procedure to you.

In short, the eye doctor will add anesthetic drops to your eyes in order to numb them. He or she may then utilize special equipment in order to keep your eye open throughout the procedure or he or she may simply have an assistant hold your eye.  Either way, it is important that you do not blink and that the eye remains open throughout the entire procedure.

After your eye has been numbed, the eye doctor will make a small incision in the surface of your cornea. With the incision made, he or she can then prepare the eye for the Intacs implants.

The eye doctor will also take certain steps in order to stabilize your eye and to make sure it is properly aligned.  With the help of a special centering guide that is placed on the eye surface for one or two minutes, the eye doctor can be certain the proper location has been determined.  Then, he or she makes to micro-sized tunnels in the cornea and places the implants in the tunnels. Since the cornea actually has several different layers to it, the eye doctor has to separate the layers in order to find the right spot for the implant.

With the Intacs in place, the eye doctor closes the small openings that were made.  Immediately after the procedure is completed, you will probably notice the difference in your vision.

After the Procedure

Although the implanting Intacs is simple, it is best to rest for awhile after having the surgery completed.  It is also best to have someone drive you home afterwards.  In some cases, it will take a few days before you will notice a difference in your vision.  It also won’t take long for your eyes to heal and most people don’t feel any pain at all throughout the entire process.  In addition, patients do not feel the ring segments from the Intacs because they are actually placed beneath the nerve endings of the cornea.

While the exact results from Intacs will differ from one patient to the next, many experience better than “perfect” vision after the procedure is completed.