Laser vision correction eye surgery was approved in the form of PRK in 1995 by the FDA. A patient from Santa Barbara recently asked me a question I often am asked: how long has laser eye surgery been approved by the FDA? Laser vision correction was first approved by the FDA in 1995, but only […]
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CustomVue Customized Wavefront Teaching Article: Wavefront Surgery for Highly Irregular Corneas
Abstract Highly irregular corneas pose a particular challenge to even the most experienced LASIK and PRK surgeon. This irregularity is typically encountered when treating eyes with previous corneal refractive and laser surgery and visually problematic outcomes. This paper discusses techniques for optimizing surgical outcomes in this challenging setting. The role of high resolution Fourier Wavefront […]
The Use of Customized Wavefront LASIK to Refine Conventional PRK
Download PDF Abstract Photorefractive keratectomy (PRK) was the first laser vision correction technique approved by the FDA. It differs from LASIK in that the excimer laser is applied directly to the corneal surface, instead of beneath a corneal flap. Earlier generations of PRK were performed using conventional laser technology (non-wavefront). This paper discusses the technique […]
Expert Insight: Maximizing Outcomes With VISX CustomVue Customized Wavefront LASIK and PRK
Abstract Achieving optimal surgical outcomes with CustomVue Customized Wavefront laser vision correction is not the point and shoot exercise that many patients – and even some physicians — sometimes think it is. This paper gives expert tips to surgeons regarding techniques of wavefront imaging, clinical decision making, and wavefront surgical techniques. Issues including the role […]
Advanced Techniques: Created Sub-Bowman’s (SBK) Flaps Using the Bausch and Lomb Zyoptix XP
Download PDF Abstract The ideal architecture of a LASIK flap includes several critical characteristics. The flap should be ultra-thin, preferably between 90 and 120 microns thick. This flap thickness positions the lamellar separation just below Bowman’s membrane. This results in the most minimal biomechanical impact on the cornea and provides the most possible tissue depth […]