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Showing 2 results for Malassezia Furfur

Zareei M, Zibafar E, Daie Ghazvini R, Geramishoar M, Borjian Borujeni Z, Hossein Pour L, Hashemi Sj,
Volume 70, Issue 12 (3-2013)
Abstract

Background: The etiologic role of Malassezia furfur in onychomycosis, because of its controversial keratinolytic ability, has not been proven. The most reported cases are distal subungual onychomycosis (DSO). In our knowledge no cases of proximal onychomycosis (PO) has been reported. For the first time we report proximal onychomycosis. This case report describes the isolation of Malassezia furfur from fingernails.
Case presentation: An Iranian 56- year- old women had been referred to mycology lab with hyperkeratosis in proximal regions of right hand nails and clinical diagnosis of onychomycosis without paronychia in May 2012. She used several medicines for her cardiac disease, mental illness, severe stress and blood glucose fluctuation diseases. Scraping and sampling from nail lesions were done, budding yeast cells with broadband connections were observed in 15% KOH wet mounts. Also, other differentiation tests, consist of staining with methylen blue, cultures and biochemical tests were done. In order to rejecting the probable etiologic role of any dermatophytic or non-dermatophytic fungi in this case, samples were collected from other parts of the body by scotch tape and scraping with scalpel blade too, but the results of direct microscopy and culture were negative. Finally, Malassezia furfur was identified as the causative agent of onychomycosis.
Conclusion: Despite failure to prove Malassezia furfur keratinolytic ability, it can be the etiologic agent of proximal onychomycosis that shows the aggressive properties of this species. Its clinical importance is the easier transmission to hospitalized patients and other people.


Mahdi Zareei , Mohammad Shokri , Vida Mohegh, Reza Nedaei , Zeinab Borjian Boroujeni , Atefeh Ashenaei ,
Volume 76, Issue 6 (9-2018)
Abstract

Background: Tinea versicolor (TV) is common superficial fungal infection of the human skin characterized by scaling macula and mild disturbance of skin observed as pigmented and depigmented regions. Typically, it affects the chest, upper back, neck and shoulders. However, rarely, involvement of other unusual regions of the body such as the scalp and face, arms and legs, palms and soles, groin, vagina and axillary region has been reported.
Case presentation: This case report is a case of axillary TV caused by Malassezia furfur that involved a 32-year-old woman that referred to Ghaem Medical Mycology Laboratory, Department of Health, Rescue and Treatment of Iran Police Force, in Tehran at February of 2018. Clinical appearance of lesions was erythematous or brownish pigmented macula with mild scaling of skin in involved areas. After sampling, to diagnosis, direct smears of 15% Potassium hydroxide (KOH) with scales and stained once with methylene blue were prepared. In direct microscopic examination, budding yeast cells with typical scar and short curved mycelium were observed. To identifying, culture on Sabouraud dextrose agar and modified Dixon agar media and other differential tests were performed. Finally, Malassezia furfur was identified as a causative agent of disease. The patient was taken on treatment of ketoconazole ointment for 4 weeks, approximately and lesions were disappeared.
Conclusion: Malassezia furfur can causes Tinea versicolor in uncommon region such as axillary location. The clinicians must be aware of these variations in location of TV and perform the appropriate diagnostic workup when lesions have the characteristic morphology of TV despite an unusual location in order to differentiation from other disease such as candidiasis and erythrasma.


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