Non-Contact Tonometry (NCT) is a diagnostic tool intended to characterize corneal biomechanics in vivo. In order to analyze the response of the corneal tissue behavior, a numerical model could be of great help. This work aims to validate an in-silico NCT by comparing the clinical biomarkers of four patients to the numerical results of the same patient-specific simulations
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diag- nostic test...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
To evaluate by means of finite element modeling the influence of tissue properties of the cornea on ...
© 2019 Eliasy, Chen, Vinciguerra, Lopes, Abass, Vinciguerra, Ambrósio, Roberts and Elsheikh. Purpose...
A computational predictive tool for assessing patient-specific corneal tissue properties is develope...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
Purpose: This study aims to introduce and clinically validate a new algorithm that can determine the...
Purpose: To assess the main corneal response differences between normal and subclinical keratoconus ...
Purpose. To compare the corneal biomechanical properties of keratoconic patients and age-matched con...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diag- nostic test...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
To evaluate by means of finite element modeling the influence of tissue properties of the cornea on ...
© 2019 Eliasy, Chen, Vinciguerra, Lopes, Abass, Vinciguerra, Ambrósio, Roberts and Elsheikh. Purpose...
A computational predictive tool for assessing patient-specific corneal tissue properties is develope...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
Purpose: This study aims to introduce and clinically validate a new algorithm that can determine the...
Purpose: To assess the main corneal response differences between normal and subclinical keratoconus ...
Purpose. To compare the corneal biomechanical properties of keratoconic patients and age-matched con...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diag- nostic test...