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Bioaerosols in an Underground Tourist Trail

机译:在地下旅游路径的生物溶胶

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摘要

Cultural heritage objects, often aged and vulnerable, are at a particularly high risk of microbial pollution. Enzymatic activity of bacteria and fungi might lead to the damage of precious antique objects, while microbial pathogenicity and immunogenicity can pose a threat to the health of staff and visitors. Therefore, monitoring the microbiological contamination of cultural heritage objects is necessary, especially in the case of unique objects, like tourist trails located underground. We have evaluated the concentration and diversity of microorganisms present in the air and surfaces of the Lublin Underground Trail located in Poland. We have found the prevalence of bacterial species being a part of the human microbiota in the analysed air. The average fungal contamination of the air was low (337 CFU/m(3)), but we have identified species of high immunogenicity and those contributing to biodeterioration. Microclimatic parameters were considered as favourable for microbial growth, which emphasizes the role of adequate heating and ventilation air conditioning systems providing sufficient air quality in cultural heritage objects.
机译:文化遗产物体,通常是老化和脆弱的,具有特别高的微生物污染风险。细菌和真菌的酶活性可能导致珍贵的古董物体的损害,而微生物致病性和免疫原性可能对员工和访客的健康构成威胁。因此,监测文化遗产对象的微生物污染是必要的,特别是在独特的物体的情况下,如地下的旅游道。我们评估了位于波兰的卢布林地铁小径的空气和表面中的微生物的浓度和多样性。我们发现在分析的空气中发现了细菌物种是人微生物群的一部分。空气的平均真菌污染低(337 cfu / m(3)),但我们已鉴定出高免疫原性和有助于生物的种类的物种。微跨越参数被认为是对微生物生长的有利,这强调了适当的加热和通风空调系统在文化遗产物体中提供足够的空气质量的作用。

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