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• W2129596465 abstract "Malassezia yeasts have long been considered commensal fungi, unable to elicit significant damage. However, they have been associated with a diversity of cutaneous diseases, namely pityriasis versicolor, Malassezia folliculitis, seborrheic dermatitis, atopic dermatitis, psoriasis, and confluent and reticulate papillomatosis. Several hypotheses have been proposed to explain the pathogenic mechanisms of these fungi, but none have been confirmed. More recently, such organisms have been increasingly isolated from bloodstream infections raising serious concern about these fungi. Given the difficulty to culture these yeasts to proceed with speciation and antimicrobial susceptibility tests, such procedures are most often not performed and the cutaneous infections are treated empirically. The recurring nature of superficial skin infections and the potential threat of systemic infections raise the need of faster and more sensitive techniques to achieve isolation, identification, and antimicrobial susceptibility profile. This article reviews and discusses the latest available data concerning Malassezia infections and recent developments about diagnostic methods, virulence mechanisms, and susceptibility testing. Malassezia yeasts have long been considered commensal fungi, unable to elicit significant damage. However, they have been associated with a diversity of cutaneous diseases, namely pityriasis versicolor, Malassezia folliculitis, seborrheic dermatitis, atopic dermatitis, psoriasis, and confluent and reticulate papillomatosis. Several hypotheses have been proposed to explain the pathogenic mechanisms of these fungi, but none have been confirmed. More recently, such organisms have been increasingly isolated from bloodstream infections raising serious concern about these fungi. Given the difficulty to culture these yeasts to proceed with speciation and antimicrobial susceptibility tests, such procedures are most often not performed and the cutaneous infections are treated empirically. The recurring nature of superficial skin infections and the potential threat of systemic infections raise the need of faster and more sensitive techniques to achieve isolation, identification, and antimicrobial susceptibility profile. This article reviews and discusses the latest available data concerning Malassezia infections and recent developments about diagnostic methods, virulence mechanisms, and susceptibility testing." @default.
• W2129596465 created "2016-06-24" @default.
• W2129596465 creator A5021585689 @default.
• W2129596465 creator A5026791846 @default.
• W2129596465 creator A5090973767 @default.
• W2129596465 date "2014-07-01" @default.
• W2129596465 modified "2023-10-11" @default.
• W2129596465 title "Malassezia infections: A medical conundrum" @default.
• W2129596465 cites W1509352489 @default.
• W2129596465 cites W1519686144 @default.
• W2129596465 cites W1525865517 @default.
• W2129596465 cites W1785142277 @default.
• W2129596465 cites W1829483440 @default.
• W2129596465 cites W1867240777 @default.
• W2129596465 cites W1922614056 @default.
• W2129596465 cites W1938978945 @default.
• W2129596465 cites W1944979283 @default.
• W2129596465 cites W1972025764 @default.
• W2129596465 cites W1977916276 @default.
• W2129596465 cites W1979064330 @default.
• W2129596465 cites W1987553364 @default.
• W2129596465 cites W1988490684 @default.
• W2129596465 cites W1998560367 @default.
• W2129596465 cites W1999541518 @default.
• W2129596465 cites W2002200105 @default.
• W2129596465 cites W2004545095 @default.
• W2129596465 cites W2006977936 @default.
• W2129596465 cites W2007215051 @default.
• W2129596465 cites W2008801810 @default.
• W2129596465 cites W2010632439 @default.
• W2129596465 cites W2013770450 @default.
• W2129596465 cites W2029338443 @default.
• W2129596465 cites W2030056847 @default.
• W2129596465 cites W2035556632 @default.
• W2129596465 cites W2037672141 @default.
• W2129596465 cites W2045357896 @default.
• W2129596465 cites W2045689534 @default.
• W2129596465 cites W2050171273 @default.
• W2129596465 cites W2050329486 @default.
• W2129596465 cites W2060407666 @default.
• W2129596465 cites W2061526006 @default.
• W2129596465 cites W2070234752 @default.
• W2129596465 cites W2074177031 @default.
• W2129596465 cites W2074335138 @default.
• W2129596465 cites W2078187978 @default.
• W2129596465 cites W2085129926 @default.
• W2129596465 cites W2091149666 @default.
• W2129596465 cites W2102251383 @default.
• W2129596465 cites W2109088659 @default.
• W2129596465 cites W2109356557 @default.
• W2129596465 cites W2111004394 @default.
• W2129596465 cites W2112834896 @default.
• W2129596465 cites W2117153281 @default.
• W2129596465 cites W2119153968 @default.
• W2129596465 cites W2119585614 @default.
• W2129596465 cites W2121881520 @default.
• W2129596465 cites W2129854916 @default.
• W2129596465 cites W2130004909 @default.
• W2129596465 cites W2130167141 @default.
• W2129596465 cites W2132124586 @default.
• W2129596465 cites W2136917971 @default.
• W2129596465 cites W2137539966 @default.
• W2129596465 cites W2137608351 @default.
• W2129596465 cites W2143820120 @default.
• W2129596465 cites W2144595552 @default.
• W2129596465 cites W2145981337 @default.
• W2129596465 cites W2146024732 @default.
• W2129596465 cites W2147563741 @default.
• W2129596465 cites W2148905895 @default.
• W2129596465 cites W2149100771 @default.
• W2129596465 cites W2149619102 @default.
• W2129596465 cites W2156985186 @default.
• W2129596465 cites W2159527342 @default.
• W2129596465 cites W2166735440 @default.
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• W2129596465 doi "https://doi.org/10.1016/j.jaad.2013.12.022" @default.
• W2129596465 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24569116" @default.
• W2129596465 hasPublicationYear "2014" @default.
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