Aberration-Free Refractive Surgery

1 The Development of Wavefront Technology and its Application to Ophthalmology.- 2 Wavefront Technology for Vision and Ophthalmology.- 3 An Aberration Generator for the Calibration of Wavefront-Sensing Optometers.- 4 Optical Quality of the Human Eye: The Quest for Perfect Vision.- 5 First Clinical Results with WaveScan.- 6 Wavefront Analysis: Clinical Primer.- 7 Active Eye Tracking for Excimer Laser Refractive Surgery.- 8 Cyclotorsional Eye Tracking.- 9 Full Registration of the Laser Ablation to the Wavefront Measurement.- 10 Variable Spot Scanning and Wavefront-Guided Laser Vision Correction.- 11 Wavefront Driven Custom Ablation: First Clinical Results.- 12 Photorefractive Keratectomy: Indications, Surgical Techniques, Complications, and Results.- 13 Reviewing the Wavefront Clinical Trials: Myopia, Hyperopia, and Eyes with Reduced Acuity.- 14 Refractive Surgical Applications of Femtosecond Lasers.- 15 Femtosecond Laser Technology in Keratoplasty.- Appendices.- A Refractive Society Symposium.- A.1 Comparing WaveScan and Manifest Refractions D.D. Koch.- A.2 Patient Selection for LVC Using Wavefront Technology J.F. Doane.- A.3 Multi-center Wavefront Ablations T.P. O'Brien.- A.4 Six-month U.S. Refractive Wavefront Ablation Results C. Kraff.- A.5 Preliminary Therapeutic Wavefront Ablation Results R.K. Maloney.- A.6 Presbyobic LASIK Techniques G.E. Tamayo.- A.7 Diagnostic Wavefront Compensation with Adaptive Optics F.H. Loesel.- B Refractive Outcomes with "One-Step" Wavefront Guided LASIK D.D. Koch, L. Wang.- B.1 Introduction.- B.2 Patients and Methods.- B.2.1 Patient Selection.- B.2.2 WaveScan Treatment Design.- B.2.3 WavePrint Treatment Methods.- B.2.4 Main Outcome Measures.- B.3 Results.- B.3.1 Cohort Description.- B.3.2 UCVA.- B.3.3 Change in BSCVA.- B.3.4Predictability.- B.3.5 Stability.- B.3.6 Higher Order Aberration Changes.- B.3.7 Complications and Adverse Events.- B.4 Conclusion.- About the Editors.