Dr Monica Berry
Dr Monica Berry
NSQI, 1.10,
Tyndall Avenue,
Bristol
BS8 1TL
(See a map)
mon.berry@bristol.ac.uk
Telephone Number (0117)3940014
Organisations
Dr Monica Berry
NSQI, 1.10,
Tyndall Avenue,
Bristol
BS8 1TL
(See a map)
mon.berry@bristol.ac.uk
Telephone Number (0117)3940014
Organisations
I am fascinated by the complex interactions that occur in the tears and at the ocular surface. The preocular fluid is organised by long, sugar-rich polymers, called mucins, whose physiology and biophysics I am investigating. Which are the structural characteristics that underpin the many postulated mucin roles at the ocular surface? How do disease-induced changes in, say, polymer length and in the number and nature of sugar chains that decorate it, how do these changes affect the quality of the preocular fluid? How do they affect interactions with bacteria? These are a few of the questions to which we are finding answers.
Another main research interest is developing in vitro toxicology tests that are mechanistically linked to ocular surface physiology. Towards assessing the effects of mild and moderate toxicants we have evolved a 3D construct that comprises a stratified epithelium and a stromal-cells populated collagen gel.
glycobiology, mucins, ocular surface, tears, in vitro toxicology, nanotoxicology
I am fascinated by the complex interactions that occur in the tears and at the ocular surface. The preocular fluid is organised by long, sugar-rich polymers, called mucins, whose physiology and biophysics I am investigating. Which are the structural characteristics that underpin the many postulated mucin roles at the ocular surface? How do disease-induced changes in, say, polymer length and in the number and nature of sugar chains that decorate it, how do these changes affect the quality of the preocular fluid? How do they affect interactions with bacteria? These are a few of the questions to which we are finding answers. Another main research interest is developing in vitro toxicology tests that are mechanistically linked to ocular surface physiology. Towards assessing the effects of mild and moderate toxicants we have evolved a 3D construct that comprises a stratified epithelium and a stromal-cells populated collagen gel.
Full publications list in the University of Bristol publications system
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