Impacts of Solar UVR on Aquatic Microorganisms: Mechanisms of UV-Induced DNA Damage and Response in Marine Microorganisms

C. R. Booth; J. H. Morrow; THOMAS P. Coohill; JOHN J. Cullen; JOHN E. Frederick; DONAT-P. Hader; OSMUND HOLM-HANSEN; WADE H. Jeffrey; DAVID L. Mitchell; PATRICK J. Neale; IGOR Sobolev; JAN VAN DER Leun; ROBERT C. Worrest

doi:10.1111/j.1751-1097.1997.tb08550.x

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Impacts of Solar UVR on Aquatic Microorganisms: Mechanisms of UV-Induced DNA Damage and Response in Marine Microorganisms

Journal article

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Impacts of Solar UVR on Aquatic Microorganisms: Mechanisms of UV-Induced DNA Damage and Response in Marine Microorganisms

C. R. Booth, J. H. Morrow, THOMAS P. Coohill, JOHN J. Cullen, JOHN E. Frederick, DONAT-P. Hader, OSMUND HOLM-HANSEN, WADE H. Jeffrey, DAVID L. Mitchell, PATRICK J. Neale, …

Photochemistry and photobiology, Vol.65(2), pp.252-269

02/1997

DOI: https://doi.org/10.1111/j.1751-1097.1997.tb08550.x

Web of Science ID: WOS:A1997WK33700011

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Title: Impacts of Solar UVR on Aquatic Microorganisms
Publication Details: Photochemistry and photobiology, Vol.65(2), pp.252-269
Resource Type: Journal article
Publisher: Blackwell Publishing Ltd
Identifiers: WOS:A1997WK33700011; 99380184618406600
Academic Unit: Hal Marcus College of Science and Engineering ; Center for Environmental Diagnostics and Bioremediation
Language: English

Impacts of Solar UVR on Aquatic Microorganisms: Mechanisms of UV-Induced DNA Damage and Response in Marine Microorganisms

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