Wavefront Customized Visual Correction: The Quest for Super Vision II Book

	Dedication
	Acknowledgments
	About the Editors
	Contributors
	Foreword
	Introduction
	Preface
Ch. 1	An Introduction to Wavefront-Guided Visual Correction	3
Ch. 2	A Review of Basic Wavefront Optics	9
Ch. 3	How Far Can We Extend the Limits of Human Vision?	19
Ch. 4	Ophthalmic Wavefront Sensing: History and Methods	39
Ch. 5	Retinal Imaging Using Adaptive Optics	43
Ch. 6	Assessment of Optical Quality	55
Ch. 7	Assessment of Visual Performance	65
Ch. 8	Metrics to Predict the Subjective Impact of the Eye's Wave Aberration	77
Ch. 9	Wavefront Information Sampling, Fitting, and Conversion to a Correction	85
Ch. 10	Chromatic Aberration and Its Impact on Vision	91
Ch. 11	Optical Quality of the Eye and Aging	101
Ch. 12	Variation in Ocular Aberrations Over Seconds, Minutes, Hours, Days, Months, and Years	109
Ch. 13	Accommodation Dynamics and Its Implication on Customized Corrections	115
Ch. 14	The Implications of Pupil Size and Accommodation Dynamics on Customized Wavefront-Guided Refractive Surgery	121
Ch. 15	Shack-Hartmann Aberrometry: Historical Principles and Clinical Applications	127
Ch. 16	Optimizing the Shack-Hartmann Wavefront Sensor	131
Ch. 17	Retinal Imaging Aberrometry: Principles and Application of the Tscherning Aberrometer	137
Ch. 18	Retinal Imaging Aberrometry: Principles and Applications of the Tracey (Ray Tracing) Aberrometer	145
Ch. 19	Retinoscopic Double Pass Aberrometry: Principles and Application of the Nidek OPD-Scan	149
Ch. 20	Spatially Resolved Refractometry: Principles and Application of the Emory Vision InterWave Aberrometer	155
Ch. 21	Comparing Wavefront Devices	161
Ch. 22	Physics of Customized Corneal Ablation	171
Ch. 23	Technology Requirements for Customized Corneal Ablation	181
Ch. 24	Eye Tracking and Alignment in Refractive Surgery: Requirements for Customized Ablation	195
Ch. 25	Wound Healing in Customized Corneal Ablation: Effect on Predictability: Fidelity, and Stability of Refractive Outcomes	203
Ch. 26	Customized Ablation Using the Alcon CustomCornea Platform	217
Ch. 27	Customized Ablation Using the VISX WaveScan System and the VISX S4 ActiveTrak Excimer Laser	227
Ch. 28	Customized Ablation Using the Bausch & Lomb Zyoptix System	235
Ch. 29	Customized Corneal Ablation Using the Carl Zeiss Meditec Platform: CRS-Master, WASCA, TOSCA, MEL70, and MEL80 Excimer Lasers	243
Ch. 30	The Allegretto Wave: A Different Approach to Wavefront-Guided Ablation	259
Ch. 31	Clinical Results With the Nidek NAVEX Platform	265
Ch. 32	Biomaterials for Wavefront Customization	271
Ch. 33	Feasibility of Wavefront Customized Contact Lenses	279
Ch. 34	Aberration-Correcting Intraocular Lenses	285
Ch. 35	The Calhoun Light Adjustable Lens: A Postinsertion Method for the Correction of Refractive Errors	291
Ch. 36	Corneal Topography and Customized Ablation	301
Ch. 37	Combining Corneal and Ocular Wave Aberrations	311
Ch. 38	Combining Vector Planning With Wavefront Analysis to Optimize Laser In-Situ Keratomileusis Outcomes	317
Ch. 39	Custom-Contoured Ablation Pattern Method for the Treatment of Irregular Astigmatism	331
Ch. 40	Surgeon-Guided Retreatment of Irregular Astigmatism and Aberrations	339
Ch. 41	Customized Visual Correction of Presbyopia	353
Ch. 42	The Future of Customization	363
App. 1	Optical Society of America Wavefront Standards	375
	Index	391