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Clinical evaluation of direct and photosensitized ultraviolet radiation damage to the lens

Journal Article · · Ann. Ophthalmol.; (United States)
OSTI ID:7068975
We are reporting a new, objective, and quantitative method for monitoring age-related molecular changes in the human ocular lens in vivo, as expressed by increases in at least two (nontryptophan) fluorescence wavelengths. These fluorescence wavelengths appear to be caused by photochemically induced changes in the lens, and they reflect the ultraviolet (UV) filtering capacity of the patients' ocular lenses. These data correlate with previously reported in vitro lens fluorescence changes that are associated with the aging process. This method will also detect alterations in lenticular fluorescence caused by photosensitized as well as direct UV radiation damage.
Research Organization:
Klinisches Institute fur Experimentelle Ophthalmologie Der Universitat Bonn, Venusberg, West Germany
OSTI ID:
7068975
Journal Information:
Ann. Ophthalmol.; (United States), Journal Name: Ann. Ophthalmol.; (United States) Vol. 14:3; ISSN ANOPB
Country of Publication:
United States
Language:
English