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Analysis of Fungal Flora in the Dust of Bedding in Japanese Houses and Genetic Identification of Yeasts Isolated from the Dust

机译:日本院内床上用品灰尘的真菌植物群分析及灰尘中酵母遗传鉴定

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This study examined the fungal flora contained in the dust of bedding used in 50 houses in Japan. The result showed that the mycoflora having the largest isolation rate was yeasts, which were isolated by 42 out of 50 houses (84%), and exceeded the isolation rate of Cladosporium spp. (80%) and Aspergillus spp. (66%). In addition, the isolation rate of Alternaria, which was an important fungus causing asthma, 66% was being considered as a high isolation rate, and this result was very interesting. The isolation rate of xerophilic fungi such as Aspergillus restrictus and Wallemia often found in house dust on the floor, was not very high. Forty-one strains of yeasts isolated from each dust sample were identified, and Naganishia diffluens species complex and Filobasidium magnum had a larger number of 13 strains, respectively. Since N. diffluens was the yeasts often isolated from human skin, it was thought to be an association between the fungal skin flora and fungal flora of bed dust. Meanwhile, there was no report of isolation of F. magnum from house dust previously. To the best of our knowledge, this is the first study showing its isolation from bedding with relatively high frequency.
机译:本研究检测了日本50个房屋中使用的床上用品中包含的真菌植物群。结果表明,具有最大分离速率的霉菌素是酵母,其分离42个中的50个(84%),并超过了Cladosporium SPP的分离速率。 (80%)和曲霉SPP。 (66%)。此外,alertararia的分离率是导致哮喘的重要真菌,66%被认为是一种高孤立速率,这结果非常有趣。磷酸盐真菌的分离率,如曲霉属植物和术曲血症经常在地板上的房子尘埃中发现,并不高。鉴定了从每个粉尘样品中分离的四十一株酵母,并且Naganishia衍射物种复合物和氟哌啶甲米的含量分别具有较多的13个菌株。由于N. Diffluens是常量从人体皮肤分离的酵母,因此被认为是真菌皮肤植物群和真菌菌群之间的关联。同时,没有先前从房屋尘埃中孤立F. Magnum的报告。据我们所知,这是第一项研究表明其与相对高频率的床上用品隔离。

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