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Ophthonix Introduces New Vision Optimization Technology; ``High Definition'' Technology to Redefine Current Refraction and Correction.


Business Editors/Health/Medical Writers

DALLAS--(BUSINESS WIRE)--Dec. 9, 2003

Ophthonix, Inc., a vision care company developing enhanced visual correction systems, debuted its new vision optimization technology to a very enthusiastic industry at the American Academy of Optometry The American Academy of Optometry (AAO) is an organization of optometrists. Its goal is to maintain and enhance excellence in optometric practice, by both promoting research and the dissemination of knowledge.  in Dallas, TX, December 4-6. The Ophthonix technology will deliver the Z-Lens(TM) eyeglasses eyeglasses or spectacles, instrument or device for aiding and correcting defective sight. Eyeglasses usually consist of a pair of lenses mounted in a frame to hold them in position before the eyes. , which are designed to provide "high definition vision" -- up to 20/10 visual acuity with clarity and crispness -- to the millions of consumers who require vision correction. The Z-Lens, is the first ever fully customized approach to eyeglasses and will capitalize on the $15 billion spectacle lens market.

"The Ophthonix approach is the first major industry transformation in single vision spectacle lenses since their invention and can also be applied to contact lenses," said Andreas Dreher, Ph.D., CEO (1) (Chief Executive Officer) The highest individual in command of an organization. Typically the president of the company, the CEO reports to the Chairman of the Board.  and co-founder. "What makes the Ophthonix system such an advance is its ability to exactly determine and customize correction to the patient's specific optical needs, thus providing high definition vision. The potential for optimized vision is tremendous."

Dr. Dreher explained that the human eye is an imperfect optical instrument and that no two eyes are alike. Today's refraction refraction, in physics, deflection of a wave on passing obliquely from one transparent medium into a second medium in which its speed is different, as the passage of a light ray from air into glass.  focuses only on traditional sphere, cylinder and axis, which allow correction for nearsightedness nearsightedness or myopia, defect of vision in which far objects appear blurred but near objects are seen clearly. Because the eyeball is too long or the refractive power of the eye's lens is too strong, the image is focused in front of the  and farsightedness. Current technologies are not able to separately measure and correct high order aberrations -- which include coma, trefoil trefoil (trē`foil) [O.Fr.,=three-leaf], in botany, name for several plants, chiefly of the pulse family, having trifoliate leaves. Best known of the trefoils is clover. , spherical aberration, quadrefoil, distortion and increasing levels of astigmatism astigmatism (əstĭg`mətĭz'əm), type of faulty vision caused by a nonuniform curvature in the refractive surfaces—usually the cornea, less frequently the lens—of the eye. . As a result, even if patients see 20/20, their clarity and crispness of vision may be compromised or they may experience double images, shadows, halos, or poor contrast. Often those with 20/20 vision have difficulty driving at night. "The high order aberrations are central to the concept of no two eyes being alike, much as with fingerprints, and until these are addressed in refraction and correction, the patient will always be in a position of vision compromised and not optimized," said Dreher.

Dreher added that the Ophthonix technology is a fully integrated system. "It includes the eye exam, the measurement and correction of aberrations in the eye and the way lenses are produced," he said. He explained that the exam is conducted with the Z-View(TM) aberrometer, an objective, through-lens, binocular binocular, small optical instrument consisting of two similar telescopes mounted on a single frame so that separate images enter each of the viewer's eyes. As with a single telescope, distant objects appear magnified, but the binocular has the additional advantage  instrument that is based on theory of wavefront Noun 1. wavefront - (physics) an imaginary surface joining all points in space that are reached at the same instant by a wave propagating through a medium
wave front
 measurements. The Z-View measures second order and high order aberrations, producing a digital prescription that is programmed into the Z-Lens eyeglasses. The programmer operates much as a CD burner would, actually adding information to the lens, which is completely different than the molding or grinding processes of today. The exam is quick, taking only two minutes to complete, compared to an average of 15 to 20 minutes for traditional refraction, and completely objective, requiring no input from the patient. Dreher went on to note, "the objective approach of the Z-View exam also makes it ideal for use in screening vision with young children and infants."

At the debut, Ophthonix's Professional Advisors, a group of renown and influential doctors, presented clinical data on the Ophthonix lens, demonstrating significant vision improvement in myopic, emmetropic em·me·tro·pi·a  
n.
The condition of the normal eye when parallel rays are focused exactly on the retina and vision is perfect.



[Greek emmetros, well-proportioned, fitting (en,
 and LASIK LASIK laser-assisted in-situ keratomileusis.

LA·SIK
n.
Eye surgery in which the surface of the cornea is reshaped using a laser, performed to correct certain refractive disorders such as myopia.
 patients. Ophthonix plans further clinical trials during the first half of 2004, leading up to its formal market introduction in the fall 2004.

Dr. Dreher summed up the response from Academy attendees as overwhelmingly positive. "The enthusiasm we received from eye care practitioners was beyond our expectations. They saw the importance of the Ophthonix concept and the benefits it will bring to their patients and their practices."

About Ophthonix

Ophthonix, Inc., a San Diego-based, venture funded ophthalmic company, is developing exceptional vision assessment and correction technologies to greatly enhance visual acuity. Ophthonix is currently advancing a system that will improve the ability of optometrists and ophthalmologists to care for their patients and benefit the millions around the world requiring vision correction. Ophthonix is located at 10455 Pacific Center Court, San Diego, CA 92121, PH: 858-646-5330, FAX: 858-646-5330. Learn more at www.ophthonix.com.
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Publication:Business Wire
Date:Dec 9, 2003
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