Corneal biomechanical data and biometric parameters measured with Scheimpflug-based devices on normal corneas

Journal Title: International Journal of Ophthalmology - Year 2017, Vol 10, Issue 2

Abstract

"AIM: To analyze the correlations between ocular biomechanical and biometric data of the eye, measured by Scheimpflug-based devices on healthy subjects. METHODS: Three consecutive measurements were carried out using the corneal visualization Scheimpflug technology (CorVis ST) device on healthy eyes and the 10 device-specific parameters were recorded. Pentacam HR-derived parameters (corneal curvature radii on the anterior and posterior surfaces; apical pachymetry; corneal volume; corneal aberration data; depth, volume and angle of the anterior chamber) and axial length (AL) from IOLMaster were correlated with the 10 specific CorVis ST parameters. RESULTS: Measurements were conducted in 43 eyes of 43 volunteers (age 61.24±15.72y). The 10 specific CorVis ST data showed significant relationships with corneal curvature radii both on the anterior and posterior surface, pachymetric data, root mean square (RMS) data of lower-order aberrations, and posterior RMS of higher-order aberrations and spherical aberration of the posterior cornea. Anterior chamber depth showed a significant relationship, but there were no significant correlations between corneal volume, anterior chamber volume, mean chamber angle or AL and the 10 specific CorVis ST parameters. "

Authors and Affiliations

Gabor Nemeth

Keywords

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  • EP ID EP610784
  • DOI 10.18240/ijo.2017.02.06
  • Views 56
  • Downloads 0

How To Cite

Gabor Nemeth (2017). Corneal biomechanical data and biometric parameters measured with Scheimpflug-based devices on normal corneas. International Journal of Ophthalmology, 10(2), -. https://europub.co.uk/articles/-A-610784