Risk Management In Clinical Laboratory Volume I

Define risk and outline the clinical laboratory risk management framework, detailing principles, steps, and tools like FMEA, SWOT, and Fishbone diagrams with pre- to post-examination examples.

Define risk as the possibility of future harm in clinical laboratories. Learn to identify, assess, and control risks through a disciplined, continuous risk management program.

Define risk as the probability of harm and its severity, and outline how risk analysis, hazard identification, assessment, estimation, and evaluation guide systematic risk management in clinical laboratories.

Implement risk management in clinical laboratories to ensure accurate test results and informed patient care. Monitor and control variables across all lab areas, aligning with ISO 15189 accreditation requirements.

Integrate risk management with organizational context and objectives, involve stakeholders, define roles, establish reporting, use early warning indicators, and foster a supportive culture with continual improvement.

Learn how referral documents guide risk management in clinical laboratories, including ISO 1497 1019, ISO 149311 2019, ISO 22367 2020, ISO 31000 2018, ISO 31010 2019, and Klci EP 23.

Outline the clinical laboratory risk management process from hazard identification and risk analysis to evaluation, control, and monitoring, including risk management planning and residual risk evaluation.

Identify hazards, estimate severity and probability, and assess detectability to perform a systematic risk analysis in clinical laboratory processes, including hazard identification and evaluation of existing controls.

Evaluate risk by comparing estimated risk to risk criteria and acceptance criteria to decide on reduction actions. Use the risk priority number from severity, probability, and detectability to prioritize controls.

Identify and implement verified risk control measures to reduce residual risk in clinical laboratory operations, incorporating inherent safety by design, IVD device protections, staff training, and quality assurance.

Analyze the risk-benefit ratio by quantifying benefits and risks, and use clinical evidence to determine acceptability and disclose residual risk.

Perform a risk management review by assessing completeness of risk control, evaluating residual risk against risk acceptability criteria, and preparing a risk management report with clear disclosure to intended users.

Implement risk surveillance procedures to monitor, analyze, and control unanticipated risk in clinical laboratories, using internal and external information and immediate action to reduce patient harm.

Apply the risk matrix to assess and prioritize risk in clinical laboratories, plotting severity and probability across zones green to red to guide risk priority and controls.

explore a case study in pre examination risk management focusing on phlebotomy patient identification, mislabeling risks, and using risk priority number to guide immediate mitigation actions.