Crystalline lens gradient refractive index and posterior surface shape from multiple orientations OCT imaging: towards a reconstruction in vivo?

Alberto Castro; J. Birkenfeld; B. M. Maceo; M. Ruggeri; E. A. Arrieta; J. M. A. Parel; F. Manns; Susana Marcos

$Crystalline lens gradient refractive index and posterior surface shape from multiple orientations OCT imaging: towards a reconstruction in vivo?$

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Crystalline lens gradient refractive index and posterior surface shape from multiple orientations OCT imaging: towards a reconstruction in vivo?

Alberto Castro, J. Birkenfeld, B. M. Maceo, M. Ruggeri, E. A. Arrieta, J. M. A. Parel, F. Manns and Susana Marcos

2014-05-06

Abstract

Orlando, United States, 4–8 May 2014 The gradient index (GRIN) plays a key role in the crystalline lens optical properties, yet most current estimations are in vitro. We provide computational and experimental evidence to extend a method previously applied in vitro and reconstruct both the GRIN and posterior lens surface using optical coherence tomography (OCT) images obtained from multiple projections. Peer Reviewed

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Title: Crystalline lens gradient refractive index and posterior surface shape from multiple orientations OCT imaging: towards a reconstruction in vivo?
Creators: Alberto Castro
J. Birkenfeld
B. M. Maceo
M. Ruggeri
E. A. Arrieta
J. M. A. Parel
F. Manns
Susana Marcos
Academic Unit: College of Engineering; CoE - Biomedical Engineering
Language: English
Resource Type: Other
Record Identifier: 991031725839502976