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Research Database PMU-SQQUID

[Biological and physical aspects of intraocular pressure].
Reitsamer, HA; Bogner, B; Nischler, C; Strohmaier, C; Radner, W; Schroedl, F; Runge, C; Trost, A; Kiel, JW;
Klin Monbl Augenheilkd. 2011; 228(2):98-103


Bogner Barbara
Nischler Christian
Reitsamer Herbert
Runge Christian
Schrödl Falk
Strohmaier Clemens
Zurl Andrea


A thorough understanding of intraocular pressure homeostasis is the biological foundation for the development of new strategies to treat patients with elevated intraocular pressure or glaucoma. However, investigations on the physiology of intraocular pressure homeostasis are also important to gain more comprehensive insights into the pathogenesis of glaucoma and other diseases with associated alterations of intraocular pressure. The present review intends to give alternative insights into the biological and physical aspects of intraocular pressure regulation. The pressure-volume as well as the hydraulic model of intraocular pressure and also the relationship between ciliary blood flow and aqueous humor production, which has moved into the centre of interest because of its possible clinical relevance for glaucoma patients, will be explained. The authors Have attempted to interrelate the different aspects of intraocular pressure genesis and regulation in a comprehensive but understandable way.

Useful keywords (using NLM MeSH Indexing)

Aqueous Humor*



Intraocular Pressure*

Models, Biological*

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