Dr. Brian Boxer Wachler is an accomplished ophthalmologist who completed a specialty fellowship in corneal transplant surgery. Despite his cornea transplant experience, he is pleased to report to his keratoconus patients that he does not need to put this skill to use nearly as often as he may have anticipated while undergoing his training. His advancements in keratoconus treatment have made corneal transplants much rarer. Continue reading to find out why that is true.
What Is Corneal Transplant?
Corneal transplant, also known as keratoplasty, is a surgery that removes some of the corneal tissue and replaces it with cadaver donor tissue from an organ/tissue bank. As the stitches dissolve, the new tissue merges with the existing corneal tissue to create a healthier, functioning cornea.
Although a corneal transplant is effective at replacing diseased tissue for most patients, it is a serious surgery with a lengthy recovery. There is also a risk that the body rejects the donor tissue over the course of one’s lifetime. The “dirty little secret” about cornea transplants for keratoconus – the surgeon has no way of predicting the prescription and as a result there often is very high amounts of astigmatism afterwards – sometimes higher than original astigmatism with the keratoconus prior to transplant.
In addition to keratoconus, corneal transplant may be performed to address several issues, including corneal scarring, corneal swelling, and corneal ulcers.
History of Keratoconus Treatment
When corneal transplant was first introduced at the beginning of the 1900s, it was a welcome solution for keratoconus patients who wanted to regain their sight. Although contact lenses and scleral lenses could correct vision for many patients, these lenses could not stop the progression of keratoconus. For those whose eyeballs became so conical they could no longer wear lenses, surgery was the only option at that time.
A New Treatment Emerges
Fortunately, two decades ago, keratoconus treatment improved dramatically with the introduction of corneal cross-linking and Intacs 24 years ago – both pioneered by Brian Boxer Wachler, MD. Rather than attempting to mitigate the effects of keratoconus with a corneal transplant after it gets unbearable, non-invasive, 1-day recovery Holcomb C3-R (epi-on) corneal cross-linking can halt progression of keratoconus with a 99.3% success rate so that an invasive corneal transplant is not necessary.
Holcomb C3-R corneal cross-linking uses drops of riboflavin and special ultraviolet light to pause keratoconus progression. This non-invasive treatment is highly effective on almost all patients. Although corneal transplant can still be used to treat keratoconus, this surgery is often not necessary after Holcomb C3-R and Intacs.
Seek Treatment for Keratoconus
Dr. Brian is one of the world’s foremost experts in the study and treatment of keratoconus. Patients travel from around the country to undergo his signature Holcomb C3-R cross-linking (epi-on) to prevent their keratoconus from reaching advanced stages. He is also available for those patients who do warrant corneal transplant. To make an appointment at the Boxer Wachler Vision Institute, please call 1-310-860-1900.