Purpose To optimize artificial intelligence (AI) algorithms to integrate Scheimpflug-based
corneal tomography and biomechanics to enhance ectasia detection. Design Multicenter …

The remarkable recent advances in managing keratoconus, the most common corneal
ectasia, encouraged researchers to conduct further studies on the disease. Despite the …

Purpose The relevance of corneal biomechanics and the importance of including it in the
clinical assessment of corneal ectasias are being increasingly recognized. The connection …

Purpose: To develop a novel method based on biomechanical parameters calculated from
raw corneal dynamic deformation videos to quickly and accurately diagnose keratoconus …

AIM To evaluate the diagnostic ability of topographic and tomographic indices with
Pentacam and Sirius as well as biomechanical parameters with Corvis ST for the detection …

This study aimed to compare the values of new corneal visualization Scheimpflug
technology (Corvis ST) parameters in normal, subclinical keratoconus (SKC) and …

Purpose: To assess the corneal biomechanical properties in normal individuals and patients
with keratoconus using the Brillouin optical scanning system (Intelon Optics)(BOSS) and …

Background In recent years, increasing interest has arisen in the application of data from
corneal biomechanics in many areas of ophthalmology, particularly to assist in the detection …

Purpose To enumerate the various diagnostic modalities used for keratoconus and their
evolution over the past century. Methods A comprehensive literature search including …

Diagnosis and treatment planning in ophthalmology heavily depend on clinical examination
and advanced imaging modalities, which can be time-consuming and carry the risk of …