Clinical ocular wavefront analyzers

Alejandro Cerviño; Sarah L. Hosking; Robert Montes-Mico; Keith Bates

Clinical ocular wavefront analyzers

Alejandro Cerviño
, Sarah L. Hosking^*
, Robert Montes-Mico
, Keith Bates

^*Corresponding author for this work

Optometry

Universitat de València
Aston University
Universidad de Santiago de Compostela
Taunton and Somerset NHS Trust

Research output: Contribution to journal › Article › peer-review

57 Citations (Scopus)

Abstract

PURPOSE: To provide a summary of the methods used by clinical wavefront analyzers and their historical, current, and future applications. METHODS: Review of the literature and authors' experience with the various devices. RESULTS: A wide range of clinical wavefront aberrometers, which use different principles, are available to clinicians and researchers. CONCLUSION: Applications of wavefront analyzers in vision sciences range from assessment of refractive error, refractive surgery planning, evaluation of outcomes, optimization of contact lenses and IOL designs, evaluation of pathology relating to optical performance of the eye, and evaluation of accommodation alterations.

Original language	English
Pages (from-to)	606-616
Number of pages	11
Journal	Journal of Refractive Surgery
Volume	23
Issue number	6
Publication status	Published - 1 Jun 2007

Cite this

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abstract = "PURPOSE: To provide a summary of the methods used by clinical wavefront analyzers and their historical, current, and future applications. METHODS: Review of the literature and authors' experience with the various devices. RESULTS: A wide range of clinical wavefront aberrometers, which use different principles, are available to clinicians and researchers. CONCLUSION: Applications of wavefront analyzers in vision sciences range from assessment of refractive error, refractive surgery planning, evaluation of outcomes, optimization of contact lenses and IOL designs, evaluation of pathology relating to optical performance of the eye, and evaluation of accommodation alterations.",

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AU - Cerviño, Alejandro

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AU - Montes-Mico, Robert

AU - Bates, Keith

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N2 - PURPOSE: To provide a summary of the methods used by clinical wavefront analyzers and their historical, current, and future applications. METHODS: Review of the literature and authors' experience with the various devices. RESULTS: A wide range of clinical wavefront aberrometers, which use different principles, are available to clinicians and researchers. CONCLUSION: Applications of wavefront analyzers in vision sciences range from assessment of refractive error, refractive surgery planning, evaluation of outcomes, optimization of contact lenses and IOL designs, evaluation of pathology relating to optical performance of the eye, and evaluation of accommodation alterations.

AB - PURPOSE: To provide a summary of the methods used by clinical wavefront analyzers and their historical, current, and future applications. METHODS: Review of the literature and authors' experience with the various devices. RESULTS: A wide range of clinical wavefront aberrometers, which use different principles, are available to clinicians and researchers. CONCLUSION: Applications of wavefront analyzers in vision sciences range from assessment of refractive error, refractive surgery planning, evaluation of outcomes, optimization of contact lenses and IOL designs, evaluation of pathology relating to optical performance of the eye, and evaluation of accommodation alterations.

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Clinical ocular wavefront analyzers

Abstract

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