Enes Aydemir

Categories: | | | | | | |
Second-generation sub400 cross-linking for ultra-thin keratoconus corneas published
ELZA researchers report 12-month outcomes for a second-generation sub400 cross-linking protocol that extends CXL to ultra-thin keratoconus and post-LASIK ectasia corneas below 400 micrometres, halting progression in 76% of eyes while shortening treatment to about 18 minutes.

READ

Categories: | | |
ELZA Researchers Publish JCRS Study on Cross-Linked Allogenic Corneal Ring Segments
ELZA-affiliated researchers publish a JCRS study on ultra-high-fluence cross-linking for allogenic corneal ring segments.

READ

TVST Aydemir et al. with QR code
Categories: |
CXL Research: Is Oxygen Really Necessary for Corneal Cross-Linking?
New CXL research challenges the role of oxygen in corneal cross-linking. Can oxygen-independent CXL improve keratoconus treatment? Find out how this breakthrough could change clinical practice.

READ

Categories: |
Pegcetacoplan (Syfovre) for Geographic Atrophy: A Patient’s Journey
“I actually heard about the ELZA Institute from my cigar dealer,” they laughed. “And Syfovre? I just Googled it and saw it was from America and very expensive.”

READ

ELZA at ESCRS 2024 Barcelona
Categories: | | | |
ELZA at ESCRS 2024
Here’s an overview of what ELZA’s surgeons and researchers are presenting in Barcelona this year. ELZA at ESCRS 2024.

READ

corneal-enzymatic-digestion-featured-image showing petri dishes with corneal buttons being digested by collagenases
Categories: |
A better way of enhancing corneal eznymatic digestion resistance?
A recent publication in TVST by ELZA’s M. Enes Aydemir et al. presents an insightful study on how performing sequential corneal cross-linking with riboflavin/UV and rose bengal/green light protocols can increase corneal digestion resistance greater than each protocol on its own.

READ

.
.