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足病诊疗所工作场所生物气溶胶暴露情况。

Workplace exposure to bioaerosols in podiatry clinics.

作者信息

Coggins Marie A, Hogan Victoria J, Kelly Martina, Fleming Gerard T A, Roberts Nigel, Tynan Therese, Thorne Peter S

机构信息

School of Physics, National University of Ireland, Galway, Ireland.

出版信息

Ann Occup Hyg. 2012 Jul;56(6):746-53. doi: 10.1093/annhyg/mer124. Epub 2012 Jan 30.

Abstract

OBJECTIVES

The aim of this study was to design and execute a pilot study to collect information on the personal exposure levels of podiatrists to microbial hazards in podiatry clinics and also to assess health and safety knowledge within the sector using a questionnaire survey.

METHODS

A self-report quantitative questionnaire dealing with health and safety/health issues was issued to 250 podiatrist clinics. Fifteen podiatry clinics were randomly recruited to participate in the exposure study. Concentrations of airborne bacteria, fungi, yeasts, and moulds were assessed using a six-stage viable microbial cascade impactor. Personal samples of total inhalable dust and endotoxin were measured in the breathing zone of the podiatrist.

RESULTS

A questionnaire response rate of 42% (N = 101) was achieved. Thirty-two per cent of respondents indicated that they had a respiratory condition; asthma was the most prevalent condition reported. The most frequently employed control measures reported were use of disposable gloves during patient treatments (73.3%), use of respiratory protective equipment (34.6%), use of protective aprons (16.8%), and eye protection (15.8%). A total of 15.8% of respondents used mechanical room ventilation, 47.5% used nail drills with local exhaust ventilation systems, and 11% used nail drills with water spray dust suppression. The geometric mean concentrations of bacteria, Staphylococci, fungi, and yeasts/moulds were 590, 190, 422, and 59 CFU m(-3), respectively. The geometric mean endotoxin exposure was 9.6 EU m(-3). A significant percentage of all the bioaerosols that were in the respirable fraction was representative of yeasts and moulds (65%) and Fungi (87%).

CONCLUSIONS

Even if statistical analysis of data is limited by low sample numbers, this study showed that the frequency of cleaning and use of RPE varied between clinics sampled, and it is likely that refresher health and safety training focusing on health and safety hazards inherent in podiatry work and practical control measures is warranted.

摘要

目的

本研究旨在设计并开展一项试点研究,以收集有关足病诊疗师在足病诊疗诊所中个人接触微生物危害水平的信息,并通过问卷调查评估该行业内的健康与安全知识。

方法

向250家足病诊疗诊所发放了一份关于健康与安全/健康问题的自填式定量问卷。随机招募了15家足病诊疗诊所参与接触研究。使用六级活菌微生物级联撞击器评估空气中细菌、真菌、酵母和霉菌的浓度。在足病诊疗师的呼吸区域测量可吸入总粉尘和内毒素的个人样本。

结果

问卷回复率为42%(N = 101)。32%的受访者表示患有呼吸系统疾病;哮喘是报告中最常见的疾病。报告中最常用的控制措施是在患者治疗期间使用一次性手套(73.3%)、使用呼吸防护设备(34.6%)、使用防护围裙(16.8%)和眼部防护(15.8%)。共有15.8%的受访者使用机械通风,47.5%使用带有局部排风系统的美甲钻,11%使用带有喷水抑尘装置的美甲钻。细菌、葡萄球菌、真菌和酵母/霉菌的几何平均浓度分别为590、190、422和59 CFU m(-3)。内毒素暴露的几何平均值为9.6 EU m(-3)。所有可吸入部分生物气溶胶中,相当大比例代表酵母和霉菌(65%)以及真菌(87%)。

结论

即使数据的统计分析因样本数量少而受到限制,但本研究表明,在所采样的诊所中,清洁频率和呼吸防护设备的使用情况各不相同,很可能有必要针对足病诊疗工作中固有的健康与安全危害以及实际控制措施开展复习性健康与安全培训。

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