人类与马拉色菌有关的皮肤病。临床特点及诊断标准。

Parassitologia Pub Date : 2008-06-01
E M Difonzo, E Faggi
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引用次数: 0

摘要

马拉色酵母菌不仅引起众所周知的花斑癣和毛囊炎,而且在其他皮肤病中也起重要作用,包括脂溢性皮炎和特应性皮炎。马拉色菌的存在可以通过直接显微镜检查和皮肤刮伤的培养来证实。在花斑糠疹中,直接显微镜检查是确认临床诊断最快速、最可靠的方法。该制剂将显示出一簇球状芽孢,具有厚壁或双壁和短菌丝。对于其他疾病的马拉色菌的检测,培养物更可取。培养对于确认临床诊断和流行病学调查都是有用的。马拉色菌的种类鉴定并不容易。菌落的显微观察直接用于马拉色菌菌种的鉴定,但尚不足以确定菌落的鉴定。几个生化试验是精确鉴定的必要条件,如过氧化氢酶反应、在无脂源培养基上的生长、利用亲水性乳化剂作为唯一脂源的能力、皮肤色素试验、色氨酸试验。
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Skin diseases associated with Malassezia species in humans. Clinical features and diagnostic criteria.

Malassezia yeasts not only cause the well known pityriasis versicolor and folliculitis, but also play an important role in other skin diseases, including seborrheic dermatitis and atopic dermatitis. The presence of Malassezia yeasts may be confirmed by direct microscopic examination and cultures of skin scrapings. In pityriasis versicolor the direct microscopic examination is the rapidest and surest test for confirming the clinical diagnosis. The preparation will show a cluster of globose budding spores with thick or double wall and short hyphae. For detecting Malassezia in the other diseases the cultures is preferable. Culture is useful both for confirming the clinical diagnosis and for epidemiological investigations. The identification of the Malassezia species is not easy. The microscopic observation of the colony direct towards the identification of Malassezia species, but it is not enough to identify the colonies definitely. Several biochemical tests are necessary for a precise identification, such as catalase reaction, growth on media without lipid sources, ability to utilize hydrophilic emulsifiers as sole lipid source, esculin test, tryptophan test.

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