Moran CORE

An e-channel resource

Open source ophthalmology education for students, residents, fellows, healthcare workers, and clinicians. Produced by the Moran Eye Center in partnership with the Eccles Library

Search Moran CORE

Elliptical Curve Fitting Using a Direct Algebraie Solution to a Generalized Eigensystem

HomeExternal Disease and CorneaExamination Techniques for the External Eye and Cornea

Title:  Elliptical Curve Fitting Using a Direct Algebraic Solution to a Generalized Eigensystem
Author:  Lloyd Williams, MD, PhD
Date:  02/16/2011
Keywords/Main Subjects: Mathematical Modeling; Corneal transplant; Microkeratome; DSAEK
Secondary CORE Category: External Disease and Cornea / Clinical Approach to Corneal Transplantation / Endothelial Keratoplasty
Diagnosis: Corneal transplant
Brief Description: This is a research presentation showing a mathematical evaluation and modeling approach for evaluating the shape of corneal buttons used in corneal transplantation. Mathematical analysis of DSAEK buttons cut with a microkeratome are shown. Some implications for DSAEK are discussed.
Format: video
Series: Moran Eye Center Grand Rounds
Identifier: Moran_CORE_16574
Copyright statement: Copyright 2015. Please see terms of use page for more information.