he eye. The retina’s job is to then take that light and convert it to messages that can be received by the optic nerve in the brain.

When the eye experiences refractive difficulties – such as what is experienced in nearsightedn

The days in which eyeglasses and contact lenses were the only option to those with impaired vision came to an end in 1991 when Lasik eye surgery was first performed in the United States. Today, with more than a million patients having undergone the procedure, Lasik has become commonplace among eye patients who wish to minimize the long term expense and inconvenience associated with eye care. Lasik is something of a miracle for those who have struggled with compromised vision. And while it may be something that is relatively new to us, it utilizes technology that has actually existed for quite some time.

Lasik eye surgery focuses on the reshaping of the eye’s cornea – the transparent tissue that covers the iris (the colored segment of the eye) and the lens (the part that rests behind the iris). The lens is the part of the eye that bends or refracts light to the retina – cells that exist in the lining of the back of the eye. The retina’s job is to then take that light and convert it to messages that can be received by the optic nerve in the brain.

When the eye experiences refractive difficulties – such as what is experienced in nearsightedne

g undergone the procedure, Lasik has become commonplace among eye patients who wish to minimize the long term expense and inconvenience associated with eye care. Lasik is something of a miracle for those who have struggled with compromised vision. And while it may be something that is relatively new to us, it utilizes technology that has actually existed for quite some time.

Lasik eye surgery focuses on the reshaping of the eye’s cornea – the transparent tissue that covers the iris (the colored segment of the eye) and the lens (the part that rests behind the iris). The lens is the part of the eye that bends or refracts light to the retina – cells that exist in the lining of the back of the eye. The retina’s job is to then take that light and convert it to messages that can be received by the optic nerve in the brain.

When the eye experiences refractive difficulties – such as what is experienced in nearsightedn

mised vision. And while it may be something that is relatively new to us, it utilizes technology that has actually existed for quite some time.

Lasik eye surgery focuses on the reshaping of the eye’s cornea – the transparent tissue that covers the iris (the colored segment of the eye) and the lens (the part that rests behind the iris). The lens is the part of the eye that bends or refracts light to the retina – cells that exist in the lining of the back of the eye. The retina’s job is to then take that light and convert it to messages that can be received by the optic nerve in the brain.

When the eye experiences refractive difficulties – such as what is experienced in nearsightedn

sue that covers the iris (the colored segment of the eye) and the lens (the part that rests behind the iris). The lens is the part of the eye that bends or refracts light to the retina – cells that exist in the lining of the back of the eye. The retina’s job is to then take that light and convert it to messages that can be received by the optic nerve in the brain.

When the eye experiences refractive difficulties – such as what is experienced in nearsightedn

he eye. The retina’s job is to then take that light and convert it to messages that can be received by the optic nerve in the brain.

When the eye experiences refractive difficulties – such as what is experienced in nearsightedness, farsightedness, astigmatism, and a host of other issues – the light that our eye receives is not refracted properly and the message that our brain receives is that of a blurry image. Traditionally, eyeglasses and contact lenses have been utilized to correct how light is refracted by our eye. But modern times have seen the rise in popularity of Lasik eye surgery – that makes such corrections with the aid of a laser.

Experimentation with surgically correcting the cornea first began in the late 1940s when a Columbian ophthalmologist was able to successfully treat patients by removing over half of their cornea, freezing it, resurfacing it once it was frozen, and then replacing it in the patient’s eye. In the 1960s, an ophthalmologist in Russia was able to elevate the technology by making adjustments to the cornea while it remained in the patient’s eye; such adjustments were made using a scalpel.

In 1990, Lucio