Dedication | p. ii |
Acknowledgments | p. vi |
About the Editors | p. vii |
Contributors | p. viii |
Foreword | p. xii |
Introduction | p. xiii |
Preface | p. xiv |
Introduction | |
An Introduction to Wavefront-Guided Visual Correction | p. 3 |
A Review of Basic Wavefront Optics | p. 9 |
How Far Can We Extend the Limits of Human Vision? | p. 19 |
Ophthalmic Wavefront Sensing: History and Methods | p. 39 |
Retinal Imaging Using Adaptive Optics | p. 43 |
Wavefront Diagnostics and Standards | |
Basic Science Section | |
Assessment of Optical Quality | p. 55 |
Assessment of Visual Performance | p. 65 |
Metrics to Predict the Subjective Impact of the Eye's Wave Aberration | p. 77 |
Wavefront Information Sampling, Fitting, and Conversion to a Correction | p. 85 |
Chromatic Aberration and Its Impact on Vision | p. 91 |
Optical Quality of the Eye and Aging | p. 101 |
Variation in Ocular Aberrations Over Seconds, Minutes, Hours, Days, Months, and Years | p. 109 |
Accommodation Dynamics and Its Implication on Customized Corrections | p. 115 |
The Implications of Pupil Size and Accommodation Dynamics on Customized Wavefront-Guided Refractive Surgery | p. 121 |
Clinical Science Section: Commercially Available Wavefront Devices | |
Shack-Hartmann Aberrometry: Historical Principles and Clinical Applications | p. 127 |
Optimizing the Shack-Hartmann Wavefront Sensor | p. 131 |
Retinal Imaging Aberrometry: Principles and Application of the Tscherning Aberrometer | p. 137 |
Retinal Imaging Aberrometry: Principles and Applications of the Tracey (Ray Tracing) Aberrometer | p. 145 |
Retinoscopic Double Pass Aberrometry: Principles and Application of the Nidek OPD-Scan | p. 149 |
Spatially Resolved Refractometry: Principles and Application of the Emory Vision InterWave Aberrometer | p. 155 |
Comparing Wavefront Devices | p. 161 |
Wavefront Customized Corneal Ablation | |
Basic Science Section | |
Physics of Customized Corneal Ablation | p. 171 |
Technology Requirements for Customized Corneal Ablation | p. 181 |
Eye Tracking and Alignment in Refractive Surgery: Requirements for Customized Ablation | p. 195 |
Wound Healing in Customized Corneal Ablation: Effect on Predictability, Fidelity, and Stability of Refractive Outcomes | p. 203 |
Clinical Science Section | |
Customized Ablation Using the Alcon CustomCornea Platform | p. 217 |
Customized Ablation Using the VISX WaveScan System and the VISX S4 ActiveTrak Excimer Laser | p. 227 |
Customized Ablation Using the Bausch & Lomb Zyoptix System | p. 235 |
Customized Corneal Ablation Using the Carl Zeiss Meditec Platform: CRS-Master, WASCA, TOSCA, MEL70, and MEL80 Excimer Lasers | p. 243 |
The Allegretto Wave: A Different Approach to Wavefront-Guided Ablation | p. 259 |
Clinical Results With the Nidek NAVEX Platform | p. 265 |
Wavefront Customized Lenses | |
Biomaterials for Wavefront Customization | p. 271 |
Feasibility of Wavefront Customized Contact Lenses | p. 279 |
Aberration-Correcting Intraocular Lenses | p. 285 |
The Calhoun Light Adjustable Lens: A Postinsertion Method for the Correction of Refractive Errors | p. 291 |
Nonwavefront Customized Corrections | |
Basic Science Section | |
Corneal Topography and Customized Ablation | p. 301 |
Combining Corneal and Ocular Wave Aberrations | p. 311 |
Combining Vector Planning With Wavefront Analysis to Optimize Laser In-Situ Keratomileusis Outcomes | p. 317 |
Clinical Science Section | |
Custom-Contoured Ablation Pattern Method for the Treatment of Irregular Astigmatism | p. 331 |
Surgeon-Guided Retreatment of Irregular Astigmatism and Aberrations | p. 339 |
Customized Visual Correction of Presbyopia | p. 353 |
The Future of Customization | |
The Future of Customization | p. 363 |
Optical Society of America Wavefront Standards | p. 375 |
Index | p. 391 |
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