Evaluation of Work Quality Indicators in Medical Biochemical Laboratories.

Aleksandra Pasic, Anes Joguncic, Emina Smajic, Selvedina Duskan, Emir Sehercehajic, Sanela Hajro
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Abstract

Background: A laboratory professional concerned with the quality of work in medical-biochemical laboratories ensures the accuracy and precision of laboratory analyses through the implementation of international and European guidelines for working with hazardous substances, through the availability and implementation of Standard Operating Procedures (SOPs). Laboratory hazards that affect the concentration and safety of workers arise from laboratory deficiencies such as: lack of preventive measures, knowledge and skills implemented through SOPs and good laboratory practice. Biophysical hazards in medical laboratories are manifested by needles and sharp objects, infectious materials, noise, vibration, radiation, poor air quality, temperature inversions.

Objective: Aim of the research was to raise awareness of the quality of work in medical-biochemical laboratories in order to ensure the safety of workers.

Methods: A cross-sectional questionnaire-based study was conducted among 100 laboratory proffesionals from Bosnia and Herzegovina and Croatia. The research was conducted over a period of three months.

Results: A higher percentage of exposure to infectious agents and needles and sharp objects was found among respondents from BiH compared to CRO (p=0.018 and p=0.001, respectively).We found that respondents employed in accredited laboratories are aware of exposure to hazards in a high percentage related to infectious agents, toxins (p=0.0012 and p=0.0046, respectively). A significant statistical difference was found between respondents with BiH and respondents with CRO in terms of knowledge of accreditation standards of medical-biochemical laboratories (p=0.0155). Respondents who have standard operating procedures available are aware of the hazards of infectious agents (p=0.0001), toxins (p=0.0466), needles and sharp objects (p=0.0052), noise (p=0.0030), vibration (p=0.0007) and extreme temperatures (p=0.0014).

Conclusion: Efficient implementation and continuous compliance with the ISO 15189:2018 standard requires constant commitment and active participation of laboratory staff. Laboratories must have standard operating procedures in place and actively monitor their use.

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医学生化实验室工作质量指标评价。
背景:一位关心医学生化实验室工作质量的实验室专业人员通过实施国际和欧洲危险物质工作指南,通过标准操作程序(SOP)的可用性和实施,确保实验室分析的准确性和准确性。影响工作人员注意力和安全的实验室危险源于实验室的不足,例如:缺乏通过SOP和良好实验室实践实施的预防措施、知识和技能。医学实验室的生物物理危害表现为针头和尖锐物体、传染性物质、噪音、振动、辐射、空气质量差、温度倒置。目的:提高医学生化实验室工作质量意识,确保工作人员的安全。方法:对来自波斯尼亚和黑塞哥维那和克罗地亚的100名实验室专业人员进行横断面问卷调查。这项研究历时三个月。结果:与CRO相比,波黑受访者接触传染源、针头和尖锐物体的比例更高(分别为p=0.018和p=0.001)。波黑受访者和CRO受访者对医疗生化实验室认证标准的了解存在显著的统计差异(p=0.0155)。拥有标准操作程序的受访者了解传染源(p=0.0001)、毒素(p=0.0466)、针头和尖锐物体(p=0.0052)、噪音(p=0.0030)、,振动(p=0.0007)和极端温度(p=0.0014)。结论:有效实施和持续遵守ISO 15189:2018标准需要实验室工作人员的持续承诺和积极参与。实验室必须制定标准操作程序,并积极监控其使用情况。
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