Intraocular Lens Power Calculations

H. John Shammas MD

ISBN 10 1-55642-652-6

ISBN 13 978-1-55642-652-0

240 pp Hard Cover

Pub. Date: 2004

Order# 66526

$88.95

www.slackbooks.com/IOLCALC

     

The selection of appropriate formulas and surgical techniques is vitally important to best fulfill each patient's visual needs and expectations. With over 30 years of experience, H. John Shammas, MD clearly explains the importance of intraocular lens (IOL) power calculations during preoperative cataract evaluation and their role in positively improving surgical outcomes.

Intraocular Lens Power Calculations addresses both currently used and the latest, more advanced formulas. To fully understand the application of these formulas in various situations, thorough explanations are provided. Numerous highlighted clinical applications, case reports, figures, and tables are also utilized to illustrate and reinforce key points.

This well-organized text contains the most up-to-date information on axial length measurement, biometry units, constants, and ways to avoid errors. IOL power calculations and selection are included for an array of conditions ranging from the normal phakic eye to the more challenging high myopic and high hyperopic eyes, piggyback implantation, intumescent cataract, and the aphakic eye.

Intraocular Lens Power Calculations updates surgeons, technicians, and students on all the techniques and formulas available to achieve the most accurate and precise calculations, thus paving the way for surgical results that fulfill patients' visual needs.

Topics Include:

  • New formulas including Holladay, Olsen, and Haigis
  • IOL power calculations after corneal refractive surgery
  • Calculating for...
 

Partial Table of Contents

  • Chapter 1: Basic Optics for IOL Power Calculations
  • Chapter 2: Historic Overview
  • Chapter 3: Modern Formulas for IOL Power Calculations
  • Chapter 4: The Olsen Formula
    Thomas Olsen, MD
  • Chapter 5: The Haigis Formula
    Wolfgang Haigis, PhD
  • Chapter 6: The Refractive Formula
  • Chapter 7: Calculating for Iseikonia
  • Chapter 8: Physical Principles of A-Scan Ultrasound
    Shane Dunne, PhD
  • Chapter 9: The A-Scan Biometer
  • Chapter 10: A-Scan Biometry
  • Chapter 11: High Precision A-Scan Biometry Using the Kohn Immersion Shell
    Gus Kohn, CRA, COT, ROUB
  • Chapter 12: Axial Length Measurement of the Challenging Eye
    Pier Enrico Gallenga, MD, A. Mancini, MD, and A. Di Giovanni, MD
  • Chapter 13:Avoiding Errors in Axial Length Measurement
  • Chapter 14: Optical Coherence Biometry
    Wolfgang Haigis, PhD
  • Chapter 15: B-Mode Guided Biometry
    Olivier Bergès, MD, Kamal Siahmed, MD, Michel Puech, MD, and Francois Perrenoud, MD
  • Chapter 16: Measuring the Ultrasound Axial...

SEE WEBSITE FOR FULL PRODUCT DESCRIPTION

 

SEE WEBSITE FOR FULL TABLE OF CONTENTS