Artefact-free topography based scleral-asymmetry.

Ahmed Abass Bernardo T LopesAshkan EliasyMarcella Q SalomãoRichard WuLynn WhiteSteve JonesJohn ClampRenato AmbrósioAhmed Elsheikh

Published in: PloS one (2019)

It is not possible to use corneoscleral topography data to predict the scleral shape without considering a method of removing the edge-effect from the topography data. The nasal side of the sclera is higher than the temporal side, therefore, rotationally symmetric scleral contact lenses are more likely to be translated towards the temporal side. The scleral shape is best described by levelled raw elevation rather than relative elevation.

Keyphrases

electronic health record
big data
data analysis
artificial intelligence
deep learning
chronic rhinosinusitis