Ditemukan 6 dokumen yang sesuai dengan query :: Simpan CSV
X Higher Education has committed to the implementation of Occupational Health and Safety (OHS) in all aspects, including laboratory. There are many potential hazards in all activities in laboratory, one of them is biohazard which has an impact to our health and environment and led to the incident. As an effort to minimize those impacts and incident, this study will evaluate the implementation of biorisk in each laboratory that use bioagents. The study design is a quantitative descriptive study. The aim of the study is to analyse the implementation of biorisk management system in laboratories. The primary data will be collected using laboratory assessment tool checklist based on SNI 8340:2016 about Laboratory Biorisk Management. The result of this study is 8 out of 11 laboratories that examined have reached 50% of its requirements, and the lowest implementation is in implementation and operational aspect.
Activities in the hospital laboratory have risk to occurrence of work accidents effects to laboratory personnel. One of the hazards in laboratory is biological hazard, especially in laboratory that have an activities using biological agents. Biorisk management is needed to control biological hazards. Biosafety is to prevent the risk of pathogen exposure to laboratory personnel. Biosecurity is to prevent misuse of biological agents. RS X has a laboratory that uses bio agents in its activities. This study aims to implement biorisk management using gap analysis ISO 35001: 2019. The study was conducted at the Hospital X laboratory with a population of 6 laboratories and a sample of 4 laboratories that use biological materials in their activities. This study used a descriptive study design with a mixed approach method. The result of this research is that RS X has implemented biorisk management with a total value of 74%, the value obtained is in the good category
The national referral center laboratory of PT. PX is a health service company engaged in clinical laboratories that work 24 hours a day. Clinic laboratory is a lab which provides clinical specimen taken from human body to get information regarding individual health. Without a proper control, the clinical specimen is hazardous biologically for health and working-environmental of the employees. One way to reduce number of incidents is to evaluate the implementation of management system of bio-risk in every lab starting from managerial policy, control development, application and operational, inspection and corrective action, and evaluation from management for sustainability correction. The purpose of this research is to analyze implementation of management system of bio-risk and analyze the overview of biosafety and biosecurity. The research is performed using mixed-study design method, qualitative and quantitative, which described to get an overview of implementation of bio-risk management system in a lab. Primary data are collected from interview using checklist based on SNI 8340:2016 about Bio-risk Management System in Laboratory. The result shows that all of 8 investigated labs have fulfill 50% of the requirement based on SNI 8340:2016. Moreover, biosafety is implemented more than biosecurity
The use of biological agents in the laboratory in addition to having positive impact also has a a negative impact. Negative impact that arise in the use of biological agents in the laboratory is the emergence of an infection risk to workers due to hazardous biological materials. In addition, other negative impact is the emergence of the risk of misuse of biological agents by certain parties. University of Indonesia, which has a goal to become a research university, must also pay attention to it. Negative impacts that may arise from the use of biological materials can be overcome by applying biorisk management that can protect workers and the environment.
