Authors
Fenella D Halstead, Joanne E Thwaite, Rebecca Burt, Thomas R Laws, Marina Raguse, Ralf Moeller, Mark A Webber, Beryl A Oppenheim
Publication date
2016/7/1
Journal
Applied and environmental microbiology
Volume
82
Issue
13
Pages
4006-4016
Publisher
American Society for Microbiology
Description
The blue wavelengths within the visible light spectrum are intrinisically antimicrobial and can photodynamically inactivate the cells of a wide spectrum of bacteria (Gram positive and negative) and fungi. Furthermore, blue light is equally effective against both drug-sensitive and -resistant members of target species and is less detrimental to mammalian cells than is UV radiation. Blue light is currently used for treating acnes vulgaris and Helicobacter pylori infections; the utility for decontamination and treatment of wound infections is in its infancy. Furthermore, limited studies have been performed on bacterial biofilms, the key growth mode of bacteria involved in clinical infections. Here we report the findings of a multicenter in vitro study performed to assess the antimicrobial activity of 400-nm blue light against bacteria in both planktonic and biofilm growth modes. Blue light was tested against a panel of 34 bacterial …
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