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环境因素和农业实践对导致农民肺疾病的微生物在干草中浓度影响的多水平分析。

Multilevel analysis of the impact of environmental factors and agricultural practices on the concentration in hay of microorganisms responsible for farmer's lung disease.

作者信息

Gbaguidi-Haore Houssein, Roussel Sandrine, Reboux Gabriel, Dalphin Jean-Charles, Piarroux Renaud

机构信息

Laboratoire de Parasitologie-Mycologie, CHU J. Minjoz, Boulevard Fleming, F-25030 Besancon, France.

出版信息

Ann Agric Environ Med. 2009;16(2):219-25.

Abstract

Farmer's lung disease (FLD) is common in eastern France. It is the main form of occupational hypersensitivity pneumonitis, caused by chronic inhalation of microorganisms (antigens) from mouldy hay, straw, or grain. The purpose of this study was to assess, with a panel of data collected between 1997-2003, environmental factors and agricultural practices that independently modify concentrations in hay of microorganisms potentially responsible for FLD. A total of 629 hay samples from 86 farms were included in statistical analyses using linear multilevel regression models allowing to consider the nested structure of the data: individual-level (batch of hay) and group-level (farm). The outcome variable of these models was the concentration in hay (logarithmic value of concentration+1) of microorganisms incriminated in FLD (Absidia corymbifera, Eurotium spp., thermophilic actinomycetes). The simultaneous analysis of batch of hay- and farm-level factors showed that bad climatic conditions of harvest, high-density hay-packing modes, (especially round bales) and altitude (2nd plateau, ]700-900] m) were the main factors associated with high concentrations of these microorganisms in hay. This study allowed clarification of the factors that influence the microbial concentration of hay with etiological agents of FLD.

摘要

农民肺疾病(FLD)在法国东部很常见。它是职业性超敏性肺炎的主要形式,由长期吸入来自发霉干草、稻草或谷物中的微生物(抗原)引起。本研究的目的是利用1997年至2003年期间收集的一组数据,评估独立改变可能导致FLD的干草中微生物浓度的环境因素和农业实践。使用线性多级回归模型对来自86个农场的629份干草样本进行统计分析,该模型允许考虑数据的嵌套结构:个体水平(干草批次)和群体水平(农场)。这些模型的结果变量是FLD中涉及的微生物在干草中的浓度(浓度的对数值+1)(伞枝犁头霉、曲霉菌属、嗜热放线菌)。对干草批次和农场水平因素的同时分析表明,收获时恶劣的气候条件、高密度的干草包装方式(特别是圆捆)和海拔高度(第二高原,]700 - 900]米)是与干草中这些微生物高浓度相关的主要因素。这项研究有助于阐明影响带有FLD病原体的干草微生物浓度的因素。

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