瓜亚基尔医院的空气生物学:耐铜微生物

Carlos Banchón, Tamara Borodulina, Linda Diaz, Amano Yasuji
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摘要

本研究报告了2019年3月冬季期间,瓜亚基尔三家医院外部悬浮的颗粒物中存在细菌和真菌。分离的微生物多样性对3.1 mM的有毒铜浓度具有耐受性。从颗粒材料中分离出的细菌数量多于真菌种类。然而,发现的真菌种类与医院疾病有关。这是一项种子研究,旨在通过生物勘探研究为微生物多样性特征奠定基础,该研究基于空气动力学因素(风速)、气候因素(温度和相对湿度)和物理成分(空气中灰尘含量),以关联瓜亚基尔医院颗粒物质中生物气溶胶形成的可行性。因此,本研究的目标之一是研究重金属铜对培养基配方的影响,以评估微生物的耐受性。由于卫生机构缺乏空气控制的潜在风险,本工作的主要目的是评估瓜亚基尔三家医院周围悬浮颗粒物质中存在的微生物的生长条件。索引术语:医院,病原体,空气传播,扫描电镜
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Aerobiología en hospitales de Guayaquil: microorganismos resistentes a cobre
  The present work reports the presence of bacteria and fungi in particulate matter suspended in the exterior of three hospitals in Guayaquil, during the month of March 2019, winter time. The isolated microbial diversity was tolerant to a toxic copper concentration of 3.1 mM. From the particulate material, a greater number of bacterial than fungal species was isolated. However, the fungal species found are related to nosocomial diseases. This is a seed study that aims to lay the foundations for the characterization of microbial diversity through bioprospecting studies, based on aerodynamic factors (wind speed), climatic factors (temperature and relative humidity) and physical composition (content of dust in the air) to correlate the viability of formation of bioaerosols in particulate material in Guayaquil hospitals. Therefore, one of the objectives of the present work is the investigation of the influence of the heavy metal copper in the formulations of culture media to evaluate the microbial tolerance. And due to the potential risk of lack of air control in health institutions, the main objective of the present work is to evaluate the growth conditions of microorganisms present in the suspended particulate material surrounding three hospitals in Guayaquil.   Index Terms—nosocomial, pathogens, airborne, SEM
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