Alfonso Vasquez Perez1, Christopher Liu. 1. Sussex Eye Hospital, Anterior Segment Department, Brighton and Sussex University Hospitals NHS, Brighton, United Kingdom.
Abstract
PURPOSE: To describe a wet lab model using human corneas for practicing all steps of Descemet membrane endothelial keratoplasty (DMEK). METHODS: Twelve human research corneas were used for training purposes. Each DMEK surgery required 2 corneas; one for donor graft preparation and one to practice graft insertion and unfolding in a novel artificial anterior chamber model. RESULTS: Six complete DMEK procedures were successfully performed. Apart from donor graft preparation and graft insertion into the anterior chamber, it was feasible to practice different and combinations of graft unfolding techniques in conditions similar to real human procedures. CONCLUSIONS: This wet lab model allows practicing steps of DMEK and learning significant surgical skills. Reusable instruments can be used in regular operating facilities resulting in reasonable costs.
PURPOSE: To describe a wet lab model using human corneas for practicing all steps of Descemet membrane endothelial keratoplasty (DMEK). METHODS: Twelve human research corneas were used for training purposes. Each DMEK surgery required 2 corneas; one for donor graft preparation and one to practice graft insertion and unfolding in a novel artificial anterior chamber model. RESULTS: Six complete DMEK procedures were successfully performed. Apart from donor graft preparation and graft insertion into the anterior chamber, it was feasible to practice different and combinations of graft unfolding techniques in conditions similar to real human procedures. CONCLUSIONS: This wet lab model allows practicing steps of DMEK and learning significant surgical skills. Reusable instruments can be used in regular operating facilities resulting in reasonable costs.