dr brian boxer wachler lawsuit

James Andrew Hiatt, Brian S Boxer Wachler, Colin N. Grant. All Rights Reserved. My prescription was -6.0. His work has changed the way surgeons perform LASIK and other vision correction procedures. YES, WE ARE OPEN! Please click on his resume titled Dr. Film presentation, Refractive surgery complication management, Faculty, New and emerging technologies in refractive surgery, Comparison study of the effect of Nevanac on epithelization and haze in PRK, LASIK-induced ectasia with flaps created by the Intralase laser, LASIK-induced ectasia with the flaps created by a femtosecond laser, Nomogram development for Intacs for post-LASIK ectasia, Outcomes comparison of Visian ICL and Verisyse phakic IOLs, Comparison study of Visian ICL and Verisyse phakic IOL results in matched cohort study, Comparison of LASIK retreatment techniques on epithelial ingrowth rates, Complex wavefront-guided retreatments after prior LASIK, Medical and surgical management of keratoconus and LASIK-induced ectasia, Out-of-the-box initial LADAR 6000 results of CustomCornea LASIK for myopia and myopic astigmatism, Post-FDA approval Visian ICL results for myopia in healthy eyes and eyes with keratoconus, Evaluation of epithelial ingrowth rates using three LASIK retreatment techniques, Strategies for custom hyperopia treatments, Faculty, AAO/ISRS sponsored innovation in refractive surgery: so new it may not be true, C3-R for stabilization of progressive hyperopia after RK and laser ablation, Single versus double segments for keratoconus and post-LASIK ectasia, Comparison of LASIK retreatment techniques and epithelial ingrowth rates, Strategies for performing LASIK retreatments, Treating keratoconus and LASIK-induced ectasia, Evaluation of flaxseed oil and doxycycline on dry eye results after LASIK, Comparison of single-segment and double segment Intacs for keratoconus and keratoectasia, Effect of C3-R on single segment Intacs and Lower-Upper ratio in patients with keratoconus and keratoectasia, Scleral spacing procedure for presbyopia with Presview scleral implants duing FDA Phase II clinical trials, AMO Verisyse and Visian ICL: Incorporating them into practice, Management of keratoectasia and keratoconus, Verisyse lens update: One year post-FDA approval, Evaluation of C3-R on effectiveness of Intacs for keratoconus, Protocol and technique for Verisyse implantation in office surgical suite, Corneal collagen crosslinking with riboflavin for corneal stabilization, Corneal collagen crosslinking with riboflavin increases effect (lower L-U ratio) of single segment Intacs in post-lasik ectasia and keratoconus, Treatment protocol for LASIK-induced ectasia, Establishing thresholds of post-LASIK induced aberrations in symptomatic patients, Technique for bilateral simultaneous Verisyse lens implantations, Development of single segment Intacs procedure for LASIK-induced ectasia and keratoconus and new L-U (lower-upper) ratio, Establishing analysis parameters for spherical aberrations after LASIK, Custom wavefront LASIK and complications treatments, Managing post-LASIK ectasia and keratoconus with Intacs and C3-R, Complex wavefront retreatments in symptomatic patients, Faculty, Intacs for keratoconus and ectasia, Faculty, LASIK ectasia: prevention and advanced treatments, Faculty, Blinded by the light: role of pupil in refractive surgery, Establishing analysis parameters for induced spherical aberration following wavefront guided LASIK, Complex wavefront retreatments following conventional LASIK, Reversal of ectasia with intraocular pressure reduction, Breakfast with the experts: Wavefront basics and treatments, C3-R (corneal collagen crosslinking with riboflavin) treatment of LASIK-induced ectasia following previous Intacs, Analysis of FDA Pre-market approval information for wavefront LASIK clinical trials, Reversal of ectasia by reducing intraocular pressure, Establishing analysis parameters for spherical aberration after LASIK, Comparison of premarket approval information of FDA wavefront LASIK clinical trials, Complex wavefront retreatments after prior LASIK, Faculty, Wavefront concepts: simplified and applied, Defensive driving cruises into refractive surgery, Complex wavefront retreatments after conventional LASIK, Comparison of FDA premarket approval applications of Alcon and VISX Wavefront Trials, CustomCornea fixes after prior conventional LASIK: Wavefront and Topographic Difference Map Analysis, Discussant for diffuse lamellar keratitis, Laser thermal keratoplasty (LTK) new techniques, aculty, Management of refractive surgery complications, LTK with low-energy and intraoperative wavefront monitoring, Centration on the visual axis in LASIK for hyperopia with and without astigmatism using the Alcon LADARVision 4000 excimer laser, Negative angle kappa as the etiology of decentered ablation zone in laser refractive surgery, Faculty, Full-spectrum corneal surgery in refractive surgery complications salvage, Spherical aberrations in LASIK with larger optical zones, Spherical aberrations in LASIK with large optical zones, LTK with low energy and intraoperative wavefront, Intacs for keratoconus in clear and scarred corneas, Nomogram adjustments in LASIK with larger optical zone treatments, Intacs for keratoconus with clear and scarred corneas, Scleral expansion bands for presbyopia: FDA results, Functional optical zones after myopic LASIK using large treatment diameters with the LADARVision laser, Use of larger optical zones to minimize spherical aberrations, Faculty, Excellence in LASIK with the Autonomous LADARVISION 4000, Pre and postoperative refractive surgery: preventing and managing complications, Director, LTK: New Horizons Tech Workshop and User Group Roundtables, Results of intracorneal stromal ring segments for keratoconus, Intracorneal stromal ring segments for keratoconus, Faculty, Clinical Investigation of the Phakic 6H2 Discussion, Faculty, Laser Thermal Keratoplasty: LTK Surgical Protocol, Updates, & Outcome Data, Visual outcomes of hyperopic LASIK: centration based on pupil center versus visual axis, Faculty, Intacs: Micro-thin prescription inserts for the treatment of keratoconus, Evaluation of the corneal functional optical zone following LASIK, Intacs for keratoconus: long-term results, Discussion leader, Breakfast with the Experts, Glare, halos, and contrast loss in refractive surgery, The role of instrument sterilization and maintenance in the development of diffuse lamellar keratitis (DLK), Intacs for keratoconus: early visual results, Director, The treatment of hyperopia using the Hyperion LTK system, Faculty, How to avoid and treat DLK and halos, Aberrations and visual function loss in refractive surgery, Quality of vision after corneal refractive surgery, Summit Apex Plus multisite clinical investigation of hyperopic astigmatism LASIK vector analysis of cylinder correction, Non-contact laser thermal keratoplasty (LTK): two year efficacy outcomes, Managing glare and halos in refractive surgery, Director, Quality of vision and aberration control in refractive surgery, Hits, runs, errors: analysis of internet statistics, Patient selection, managing expectations and pearls on the procedure for best outcomes, Director, Excellence in LASIK using the Summit Apex Plus, European Society of Cataract and Refractive Surgery, Quality of vision of LTK using the Sunrise holmium laser, The effect of pupil size on visual function in monocular and binocular conditions in Lasik patients, Contrast sensitivity after refractive surgery, Bacterial colonization in stromal bed after simultaneous bilateral LASIK, Quality of vision using the Sunrise holmium laser LTK, Comparison of early monocular and binocular vision after LASIK using the Summit Apex Plus, The role of pupil size, ablation diameter and clearance in refractive surgery, Objectively determining potential corneal sensitivity using topographic ray tracing, Reversibility of intracorneal stromal rings, Artisan phakic IOL: US clinical trial update, Sunrise holmium laser LTK: US clinical trial update, Recovery of contrast sensitivity in refractive surgery, Director, Excimer laser photorefractive keratectomy using the Summit Apex Plus, Director, Using and understanding contrast sensitivity in refractive surgery, Lasik retreatment for undercorrection after primary LASIK, Factors influencing visual function after LASIK, Results of the Holmium: YAG laser for hyperopia, Contrast sensitivity in refractive surgery, Correlation of topographic ray tracing with low contrast acuity, Early visual recovery of the intracorneal stromal ring segments, Objectively determining potential corneal contrast sensitivity using topographic ray tracing, Contrast sensitivity threshold changes in LASIK, Evolution of the Summit Apex to the Apex Plus excimer laser, Holmium laser thermokeratoplasty: the eyes not the spots of the leopard, The role of the ophthalmic assistant in refractive surgery, Early visual recovery of the ICR segments, Contrast sensitivity in refractive surgery: tip of the iceberg, Director, How to use contrast sensitivity in refractive surgery, Early visual recovery results with intracorneal stromal ring segments (ICRS), New contrast sensitivity test for refractive surgery, Normalized contrast sensitivity: a new practical notation for contrast sensitivity testing in clinical practice, A new contact lens design for screening refractive surgery patients, The effect of luminance-induced pupil changes on contrast sensitivity, Comparison of contrast sensitivity and contrast acuity in LASIK and PRK, Normalized contrast sensitivity: a new notation for mainstream contrast sensitivity testing in refractive surgery, Normalized contrast sensitivity: a new notation for mainstream contrast sensitivity testing in refractive surgery, Topographic ray tracing: an objective way of determining corneal visual acuity using the Technomed C-Scan.

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