ECO-CAIRS – Prof. Hafezi discusses allogenic ring segment optimisation
Prof. Farhad Hafezi discusses ECO-CAIRS, a strategy using high-fluence CXL to optimise allogenic ring segments for keratoconus.
Mark Hillen
May 12, 2026
Prof. Farhad Hafezi discusses ECO-CAIRS, a strategy using high-fluence CXL to optimise allogenic ring segments for keratoconus.
ELZA-affiliated researchers publish a JCRS study on ultra-high-fluence cross-linking for allogenic corneal ring segments.
A January 2026 The Ophthalmologist article outlines how personalised CXL is applied in three real-world scenarios: good vision, cataract planning, and markedly irregular corneas.
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.
Auf dem ESCRS 2025 in Kopenhagen präsentierte Dr. Emilio A. Torres-Netto neue Strategien zur Behandlung von Patienten mit Katarakt und Keratokonus – einer besonders anspruchsvollen Kombination.
Highlights from ESCRS 2025 ELZA Institute Sunday sessions in Copenhagen, featuring advances in keratoconus, glaucoma, and corneal surgery
Highlights from ESCRS 2025 ELZA Institute Sunday sessions in Copenhagen, featuring advances in keratoconus, glaucoma, and corneal surgery
Highlights from ESCRS 2025 ELZA Institute Friday sessions in Copenhagen, featuring advances in keratoconus, glaucoma, and corneal surgery
Highlights from ESCRS 2025 ELZA Institute Saturday sessions in Copenhagen, featuring advances in keratoconus, glaucoma, and corneal surgery
