<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standard Error, 95% CI: 95% consistent interval, * Bonferroni corrected.)</p
Purpose: To evaluate the sensitivity and specificity of Ocular Response Analyser (ORA) indices: Kera...
PURPOSE. To assess the repeatability and agreement of three rotating Scheimpflug cameras, Pentacam, ...
Purpose: To evaluate the utility of topographic and pachymetric parameters of Scheimpflug system in ...
<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standar...
<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standar...
<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standar...
<p>D = diopter, SD = standard deviation, LoA = limits of agreement.</p><p>Comparison of Flat Keratom...
<p>K<sub>1.3375</sub>: Keratometry calculated using the conventional keratometric index of 1.3375, K...
<p>D = diopter, SD = standard deviation, Sw = within-subject standard deviation, CoV = within-subjec...
28th Congress of the European-Society-of-Cataract-and-Refractive-Surgeons -- SEP 04-08, 2010 -- Pari...
<p>D = diopter, SD = standard deviation, Sw = within-subject standard deviation, CoV = within-subjec...
AIM: To compare the corneal curvature and to investigate the agreement between three different kerat...
<div><p>Purpose</p><p>To evaluate the repeatability and reproducibility of corneal power measurement...
The use of simulated keratometer readings, as measured by computerized videokeratographers has becom...
<p>D = diopter, SD = standard deviation, Sw = within-subject standard deviation, COV = within-subjec...
Purpose: To evaluate the sensitivity and specificity of Ocular Response Analyser (ORA) indices: Kera...
PURPOSE. To assess the repeatability and agreement of three rotating Scheimpflug cameras, Pentacam, ...
Purpose: To evaluate the utility of topographic and pachymetric parameters of Scheimpflug system in ...
<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standar...
<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standar...
<p>(Note: Ks: steep keratometry, Kf: flat keratometry, Km: mean keratometry, D: diopter, SD: standar...
<p>D = diopter, SD = standard deviation, LoA = limits of agreement.</p><p>Comparison of Flat Keratom...
<p>K<sub>1.3375</sub>: Keratometry calculated using the conventional keratometric index of 1.3375, K...
<p>D = diopter, SD = standard deviation, Sw = within-subject standard deviation, CoV = within-subjec...
28th Congress of the European-Society-of-Cataract-and-Refractive-Surgeons -- SEP 04-08, 2010 -- Pari...
<p>D = diopter, SD = standard deviation, Sw = within-subject standard deviation, CoV = within-subjec...
AIM: To compare the corneal curvature and to investigate the agreement between three different kerat...
<div><p>Purpose</p><p>To evaluate the repeatability and reproducibility of corneal power measurement...
The use of simulated keratometer readings, as measured by computerized videokeratographers has becom...
<p>D = diopter, SD = standard deviation, Sw = within-subject standard deviation, COV = within-subjec...
Purpose: To evaluate the sensitivity and specificity of Ocular Response Analyser (ORA) indices: Kera...
PURPOSE. To assess the repeatability and agreement of three rotating Scheimpflug cameras, Pentacam, ...
Purpose: To evaluate the utility of topographic and pachymetric parameters of Scheimpflug system in ...