PURPOSE: To assess the accuracy and validity of true net corneal power of the Pentacam system to provide a keratometry reading for calculating intraocular lens (IOL) power in postoperative refractive surgery eyes. METHODS: Refraction, an automated keratometry reading, and true net corneal power were measured for 30 eyes that required cataract surgery and had previously undergone refractive surgery. Target refraction values calculated with the SRK/T formula using true net corneal power were compared with postoperative manifest refraction values. RESULTS: Using true net corneal power, the mean deviation from the desired postoperative cataract refractive outcome was 0.47 +/- 0.56 diopters (D); the actual refraction was within +/- 0.50 D of t...
Purpose: This study tests the hypothesis that the keratometric value derived from Orbscan II mean po...
PURPOSE: To compare central corneal thickness measurements obtained in unoperated eyes and eyes afte...
PURPOSE:To investigate the accuracy of a new optical biometer for intraocular lens (IOL) power calcu...
Purpose: To compare the accuracy of central true net corneal power (cTNP) and mean true net corneal ...
PURPOSE: To compare the accuracy of central true net corneal power (cTNP) and mean true net corneal ...
We measured corneal power using an Oculus Pentacam (R) to assess its accuracy for calculating intrao...
Purpose. To check if a regression formula, IOLMaster-derived, to calculate the real corneal power af...
PURPOSE: To calculate the keratometric (K) reading in corneas modified by myopic keratorefractive su...
Purpose: The purpose of this study was to investigate the error tendency between preoperative expect...
Item does not contain fulltextOBJECTIVES: To describe the refractive results of cataract surgery aft...
AIM: To evaluate the agreement and interchangeability of a Scheimpflug camera(Pentacam)and a partial...
Purpose: To test the reliability of a corneal radius correcting factor (R factor) in calculating in...
I T IS ESTIMATED that a million or more patientsundergo corneal refractive surgery each year. Be-cau...
PURPOSE:To calculate actual corneal astigmatism using the total corneal refractive astigmatism for t...
Purpose: To compare the accuracy of four different intraocular lens (IOL) power calculation formulas...
Purpose: This study tests the hypothesis that the keratometric value derived from Orbscan II mean po...
PURPOSE: To compare central corneal thickness measurements obtained in unoperated eyes and eyes afte...
PURPOSE:To investigate the accuracy of a new optical biometer for intraocular lens (IOL) power calcu...
Purpose: To compare the accuracy of central true net corneal power (cTNP) and mean true net corneal ...
PURPOSE: To compare the accuracy of central true net corneal power (cTNP) and mean true net corneal ...
We measured corneal power using an Oculus Pentacam (R) to assess its accuracy for calculating intrao...
Purpose. To check if a regression formula, IOLMaster-derived, to calculate the real corneal power af...
PURPOSE: To calculate the keratometric (K) reading in corneas modified by myopic keratorefractive su...
Purpose: The purpose of this study was to investigate the error tendency between preoperative expect...
Item does not contain fulltextOBJECTIVES: To describe the refractive results of cataract surgery aft...
AIM: To evaluate the agreement and interchangeability of a Scheimpflug camera(Pentacam)and a partial...
Purpose: To test the reliability of a corneal radius correcting factor (R factor) in calculating in...
I T IS ESTIMATED that a million or more patientsundergo corneal refractive surgery each year. Be-cau...
PURPOSE:To calculate actual corneal astigmatism using the total corneal refractive astigmatism for t...
Purpose: To compare the accuracy of four different intraocular lens (IOL) power calculation formulas...
Purpose: This study tests the hypothesis that the keratometric value derived from Orbscan II mean po...
PURPOSE: To compare central corneal thickness measurements obtained in unoperated eyes and eyes afte...
PURPOSE:To investigate the accuracy of a new optical biometer for intraocular lens (IOL) power calcu...