ECO-CAIRS, developed at ELZA, uses ultra-high-fluence CXL to optimize donor corneal ring segments for keratoconus surgery. Now published in JRS.
ELZA Institute’s Dr. Torres-Netto presents advances in surgical keratoconus treatment and ELZA-PACE-CXL at AAO 2025.
At EgSCRS, ELZA’s pyramid approach to keratoconus: ELZA-sub400, PACE, ECO-CAIRS, and AI-guided diagnostics was presented in detail.
At the WCC 2025 congress in Washington, DC, Dr. Emilio A. Torres-Netto of the ELZA Institute presented groundbreaking research on ELZA-PACE-CXL, ELZA-sub400 CXL, and Femto-CAIRS, pushing the boundaries of keratoconus treatment.
Ocular Surgery News interviewed Prof. Farhad Hafezi at ESCRS 2025 on ECO-CAIRS, a technique using ultra high-fluence corneal cross-linking (CXL) to optimize allogenic corneal ring segments before implantation, improving precision and biomechanical stability.
Intracorneal ring segments (ICRS) can offer significant corneal flattening and vision rehabilitation effects in suitable corneas. This article explores the differences between different ring segments, and the latest advances in ICRS like Femto-CAIRS.
Nikki Hafezi-Kristoffersen, MAS IP ETHZ, CEO of the ELZA Institute and executive at the MESCA Foundation, recently visited the Bukhara State Medical Institute (BSMI).
Exploring comprehensive keratoconus treatment, from cross-linking to surgery, in the highly respected scientific journal Nature Reviews.
Prof. Hafezi presents Femto-CAIRS and high fluence cross-linking, highlighting its advantages for keratoconus treatment and improving visual outcomes
Here’s an overview of what ELZA’s surgeons and researchers are presenting in Barcelona this year. ELZA at ESCRS 2024.
