The iris is the colored tissue around the pupil in the front part of the eye. It plays a critical role in the overall health and function of the eye by controlling how much light reaches the back of the eye to the retina.
The iris has two tiny muscles that cause the pupil to contract and dilate. When outdoors, the pupil contracts and the iris expands to protect too much light from entering the eye. In low-light situations, the pupil opens wide, and the iris becomes smaller to let in as much light as possible, making it easier to see in low light.
Iris problems are usually one of two things:
This condition is when a person is born without a complete iris or irises.
A penetrating eye event usually causes this condition. This causes the eye to have no functioning mechanism to regulate how much light enters the eye. These patients suffer from nighttime glare, severe light sensitivity, halos, and difficulty seeing objects near and a little farther away clearly at the same time.
Having no iris or damaged iris can also negatively affect personal appearance and self-esteem.
It used to be that people born without an iris or a damaged iris had to live with no functioning way to control the amount of light entering their eyes. This caused severe light sensitivity, glare, and difficulty focusing on objects near and far simultaneously. Also, patients had concerns with the appearance of their eyes as well.
In May 2018, the Food and Drug Administration (FDA) approved the HumanOptics CustomFlex artificial iris implant that offers persons with absent or damaged irises improved vision by reducing light sensitivity and glare while enhancing the appearance of the iris.
The Customflex Artificial Iris allows a controlled amount of light to enter the eye while providing shade to the perimeter for those with damaged natural irises. The CustomFlex aids vision by decreasing light sensitivity and nighttime glare.
Moreover, it improves depth perception and the ability to distinguish colors. It improves visual acuity and creates a more pleasing cosmetic appearance. The iris is custom-made, and matching is done so well that, in clinical trials, 94% of patients reported that they were satisfied with the appearance of their new iris.
The CustomFlex is a pliable silicone disc rolled up and inserted through a 2.8 mm incision in the cornea (the eye's clear outer covering). It is then unfolded to cover where the natural iris should be located. The iris implant can be introduced through the small incision, either on its own or during cataract surgery or lens fixation surgery.
This surgery is performed on an outpatient basis in our own surgery center, meaning you will go home the very same day. Your ophthalmologist will likely ask you to visit for several follow-up visits to monitor your recovery. Postoperative care includes antibiotics and anti-inflammatory eye drops for 4-6 weeks.
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No. Because it is a very dangerous and inadvisable use of these products, they are not designed for implantation in front of healthy irises. In addition, there is no FDA approval for cosmetic iris implants.
According to data from the American Academy of Ophthalmology, patients who undergo the procedure in other countries run the risk of developing:
Dr. Assil has been on the leading edge of reconstructive eye surgery for 30 years and is pleased to offer his patients the Human Optics CustomFlex Artificial Iris Implant. Suppose you or a loved one has congenital aniridia or a damaged iris. In that case, the Assil Gaur Eye Institute doctors are highly experienced and will review and discuss options for improving your vision and quality of life.
The Assil Gaur Eye Institute has been on the leading edge of reconstructive eye surgery for 30 years. It is pleased to offer its patients the Human Optics CustomFlex Artificial Iris Implant. Our advanced surgical techniques utilize cutting-edge technology and meticulous surgical skills to address various eye conditions and achieve optimal outcomes.
Our nationally recognized ophthalmologists and eye institutes are leaders in a wide range of ophthalmological conditions, including state-of-the-art LASIK refractive surgery, retinal treatments such as retinal detachment correction, cataract surgery, glaucoma care, and macular disease, to name just a few.
This is one of the reasons that Los Angeles Magazine named Assil Gaur Eye Institute as one of the Top ophthalmology eye care centers in Los Angeles, year after year.
Please call us at 310-651-2300 to schedule your consultation to discuss your iris concerns and learn what treatments work best for you.
We are conveniently located for patients throughout Southern California and the Los Angeles area in or near Beverly Hills, Santa Monica, West Los Angeles, West Hollywood, Culver City, Hollywood, Venice, Marina del Rey, Malibu, Manhattan Beach, and Downtown Los Angeles.
Sources:
Savant, and J. I. Prydal, “A new customized artificial iris diaphragm for treatment of traumatic aniridia,” Contact Lens & Anterior Eye, vol. 36, no. 2, pp. 93-94, 2013.View at: Publisher Site | Google Scholar
Y. S. Mostafa, A. A. Osman, D. H. Hassanein, A. M. Zeid, and A. M. Sherif, “Iris reconstruction using artificial iris prosthesis for management of aniridia,” European Journal of Ophthalmology, vol. 28, no. 1
Koch KR, Heindl LM, Cursiefen C, et al. Artificial iris devices: benefits, limitations, and management of complications. J Cataract Refract Surg. 2014;40:376–82.
Kerry K. Assil, MD, is regarded as one of the world’s foremost experts in refractive surgery, having made significant advances in the field with his numerous inventions. Additionally he has the unique distinction of having trained thousands of eye surgeons in the latest refractive surgical techniques.
Dr. Assil has authored more than one hundred textbooks, textbook chapters and articles on refractive surgery and has appeared regularly on major television network news programs as a pioneer in refractive surgery. He also leads educational forums for other eye care professionals, which have included featured lectureships at Harvard University, Johns Hopkins University and Tokyo University.