Mercantini R, Marsella R, Caprilli F, Dovgiallo G
Sabouraudia. 1980 Jun;18(2):123-8. doi: 10.1080/00362178085380201.
Looking for dermatophytes and other keratinophilic fungi in the soil of parks and gardens in large towns is very interesting because of the relationship between the number of people living in the area and the presence of such fungi in the soil. As compared with other cities in Italy, Rome offers prime conditions for this kind of research. It has a high population density (10,000 inhabitants per sq/km2), and many parks and gardens, where it is possible to carry out soil studies. It was noted that in 35 sites the number of the isolated species of keratomycetes was 2.6 times higher than the number of all other species of fungi and that species found most often were Microsporum gypseum, Trichophyton ajelloi, M. cookei, and Chrysosporium spp. It is of particular interest that Nannizzia cajetani and N. grubya were isolated directly from the soil for the first time in Italy and that Diheterospora spp. were isolated from almost all of the samples. Keratinic matter in soils evidently influences the biological cycle of the dermatophytes and other keratinophilic fungi, but at present the methods of soil analysis are not yet specific enough to establish a well-defined relationship.
鉴于大城市公园和花园土壤中皮肤癣菌及其他嗜角质真菌的数量与该地区居住人口数量之间的关系,对其进行研究十分有趣。与意大利其他城市相比,罗马为这类研究提供了绝佳条件。其人口密度高(每平方公里10000居民),且有许多公园和花园,便于开展土壤研究。值得注意的是,在35个采样点,分离出的角层癣菌种类数量比所有其他真菌种类数量高出2.6倍,其中最常发现的种类为石膏样小孢子菌、阿杰洛毛癣菌、库克小孢子菌和金孢子菌属。特别有意思的是,卡耶塔尼纳尼兹菌和格鲁布亚纳尼兹菌首次在意大利直接从土壤中分离得到,且几乎在所有样本中都分离出了双异孢菌属。土壤中的角蛋白物质显然会影响皮肤癣菌及其他嗜角质真菌的生物循环,但目前土壤分析方法还不够特异,无法确定明确的关系。