Aqueous humor flow under glaucoma

Published: 6 December 2021| Version 1 | DOI: 10.17632/p3kyx6j42f.1
Contributor:
Carlos Escobar del Pozo

Description

The origin of glaucoma is under debate. However, it is well known that glaucoma is produced by an imbalance in the production and drainage of aqueous humour. The conventional drainage system is composed of the trabecular meshwork (at the anterior chamber angle), the Schlemm Canal, and the collector channels. Alterations of any of these components could increase the aqueous humour flow resistance. The hypothesis of this work is that the position of the collector channels has a strong influence on the drainage resistance. Numerical simulations of biologically realistic models were performed, using OpenFOAM. The models were reconstructed from OCT (Optical Coherence Tomography). An inlet flow is imposed (considering a normal physiological value) and the trabecular meshwork is defined as a homogenous media...

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Steps to reproduce

Numerical simulations of biologically realistic models were performed, using OpenFOAM. The models were reconstructed from OCT (Optical Coherence Tomography), using OpenSource software. An inlet flow is imposed (considering a normal physiological value) and the trabecular meshwork is defined as a homogenous media with constant properties..

Institutions

Universidad Nacional Autonoma de Mexico, Universidad de Colima

Categories

Biomechanics, Glaucoma, Computational Fluid Dynamics, Biological Fluid Mechanics

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