PURPOSE: To evaluate the ability of a new combined biomechanical index called the Corvis
Biomechanical Index (CBI) based on corneal thickness profile and deformation parameters …

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

Corneal biomechanics plays a role in the outcomes of any procedure in which lamellae are
transected. Once the corneal structure has been altered in a manner that includes central …

PURPOSE: To test for an association between stiffening following corneal cross-linking
(CXL) and demarcation line depth. METHODS: Sixty-six eyes of 66 patients treated with CXL …

Purpose: To investigate corneal stiffness and analyze its possible influence on other corneal
biomechanical and nonbiomechanical parameters in myopic eyes of Chinese patients …

Purpose: To investigate short-term changes in corneal biomechanical properties caused by
eye rubbing in myopia and emmetropia and compare the different responses between the …

PURPOSE: To evaluate the effect of the implantation of intracorneal ring segments (ICRS) in
keratoconus on the dynamic corneal response (DCR) parameters obtained with the Corvis …

PURPOSE: To evaluate and compare biomechanical properties in normal and keratoconic
eyes using a dynamic ultra-high-speed Scheimpflug camera equipped with a non-contact …

The Corvis ST (OCULUS Optikgeräte GmbH, Wetzlar, Germany) is the newest of two clinical
devices to be introduced as a tonometer that also provides information on corneal …

Purpose. Considering that intraocular pressure (IOP) is an important confounding factor in
corneal biomechanical evaluation, the notion of matching IOP should be introduced to …