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• W2068081000 endingPage "10" @default.
• W2068081000 startingPage "1" @default.
• W2068081000 abstract "Antimicrobial photodynamic therapy (APDT) combines a non-toxic dye, termed photosensitizer, which is activated by visible light of appropriate wavelength which will produce reactive oxygen species (ROS). These ROS will react with cellular components inducing oxidative processes, leading to cell death. A wide range of microorganisms, have already showed susceptibility to APDT. Therefore, this treatment might consist in an alternative for the management of fungal infections that is mainly caused by biofilms, since they respond poorly to conventional antibiotics and may play a role in persistent infections. Biofilms are the leading cause of microbial infections in humans, thus representing a serious problem in health care. Candida albicans is the main type of fungi able to form biofilms, which cause superficial skin and mucous membrane infections as well as deep-seated mycoses, particularly in immunocompromised patients. In these patients, invasive infections are often associated with high morbidity and mortality. Furthermore, the increase in antifungal resistance has decreased the efficacy of conventional therapies. Treatments are time-consuming and thus demanding on health care budgets. Additionally, current antifungal drugs only have a limited spectrum of action and toxicity. The use of APDT as an antimicrobial topical agent against superficial and cutaneous diseases represents an effective method for eliminating microorganisms." @default.
• W2068081000 created "2016-06-24" @default.
• W2068081000 creator A5001405565 @default.
• W2068081000 creator A5040679537 @default.
• W2068081000 date "2012-01-01" @default.
• W2068081000 modified "2023-10-12" @default.
• W2068081000 title "Photodynamic inactivation for controlling Candida albicans infections" @default.
• W2068081000 cites W1508147994 @default.
• W2068081000 cites W1525626657 @default.
• W2068081000 cites W1582560245 @default.
• W2068081000 cites W1831206839 @default.
• W2068081000 cites W1882790243 @default.
• W2068081000 cites W1930444032 @default.
• W2068081000 cites W1956405455 @default.
• W2068081000 cites W1965071793 @default.
• W2068081000 cites W1968355775 @default.
• W2068081000 cites W1968577485 @default.
• W2068081000 cites W1970220987 @default.
• W2068081000 cites W1979754681 @default.
• W2068081000 cites W1986995822 @default.
• W2068081000 cites W1987622505 @default.
• W2068081000 cites W1994383808 @default.
• W2068081000 cites W1994740663 @default.
• W2068081000 cites W1995292552 @default.
• W2068081000 cites W1998140035 @default.
• W2068081000 cites W2001019742 @default.
• W2068081000 cites W2002155710 @default.
• W2068081000 cites W2007581658 @default.
• W2068081000 cites W2010071230 @default.
• W2068081000 cites W2019098068 @default.
• W2068081000 cites W2020904791 @default.
• W2068081000 cites W2021215684 @default.
• W2068081000 cites W2025818863 @default.
• W2068081000 cites W2031686290 @default.
• W2068081000 cites W2038339021 @default.
• W2068081000 cites W2042974423 @default.
• W2068081000 cites W2043365114 @default.
• W2068081000 cites W2045489988 @default.
• W2068081000 cites W2045631041 @default.
• W2068081000 cites W2045825103 @default.
• W2068081000 cites W2053391951 @default.
• W2068081000 cites W2054711186 @default.
• W2068081000 cites W2056413491 @default.
• W2068081000 cites W2058709977 @default.
• W2068081000 cites W2059111198 @default.
• W2068081000 cites W2059362489 @default.
• W2068081000 cites W2060900395 @default.
• W2068081000 cites W2074332565 @default.
• W2068081000 cites W2074775869 @default.
• W2068081000 cites W2075258683 @default.
• W2068081000 cites W2078225696 @default.
• W2068081000 cites W2082196711 @default.
• W2068081000 cites W2085525114 @default.
• W2068081000 cites W2087198999 @default.
• W2068081000 cites W2089607383 @default.
• W2068081000 cites W2089833374 @default.
• W2068081000 cites W2106503480 @default.
• W2068081000 cites W2107013040 @default.
• W2068081000 cites W2109219143 @default.
• W2068081000 cites W2112564055 @default.
• W2068081000 cites W2115933619 @default.
• W2068081000 cites W2119570364 @default.
• W2068081000 cites W2124045454 @default.
• W2068081000 cites W2124952230 @default.
• W2068081000 cites W2125848302 @default.
• W2068081000 cites W2126307433 @default.
• W2068081000 cites W2131727615 @default.
• W2068081000 cites W2132381666 @default.
• W2068081000 cites W2136248634 @default.
• W2068081000 cites W2138749370 @default.
• W2068081000 cites W2140395963 @default.
• W2068081000 cites W2143556405 @default.
• W2068081000 cites W2143839871 @default.
• W2068081000 cites W2144322656 @default.
• W2068081000 cites W2144630525 @default.
• W2068081000 cites W2145577370 @default.
• W2068081000 cites W2145661430 @default.
• W2068081000 cites W2146163265 @default.
• W2068081000 cites W2147224068 @default.
• W2068081000 cites W2148906962 @default.
• W2068081000 cites W2151757612 @default.
• W2068081000 cites W2156160379 @default.
• W2068081000 cites W2156788471 @default.
• W2068081000 cites W2156803121 @default.
• W2068081000 cites W2157375389 @default.
• W2068081000 cites W2157509401 @default.
• W2068081000 cites W2157650900 @default.
• W2068081000 cites W2161143301 @default.
• W2068081000 cites W2161643519 @default.
• W2068081000 cites W2163811015 @default.
• W2068081000 cites W2165579209 @default.
• W2068081000 cites W2166552420 @default.
• W2068081000 cites W2166648549 @default.
• W2068081000 cites W2168176709 @default.
• W2068081000 cites W2171155970 @default.
• W2068081000 cites W2401756557 @default.
• W2068081000 cites W2405676842 @default.
• W2068081000 doi "https://doi.org/10.1016/j.funbio.2011.10.001" @default.

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