LabQMHub Editorial Team · ISO 15189:2022 Quality Management Series
Waiting for something to go wrong before addressing it is the most expensive way to run a quality system — expensive in patient safety, in rework, and in trust. Risk management flips this posture: it asks a laboratory to proactively identify what could go wrong before it does, and to act on that knowledge deliberately, rather than reactively.
ISO 15189:2022’s Clauses 8.5 and 8.6 pair risk management with continual improvement, recognizing these as two sides of the same forward-looking discipline — one focused on preventing harm, the other on making an already-functioning system genuinely better over time.
Identifying Risks Before They Become Incidents
Risk identification should draw on multiple sources — near-miss reports, staff observations, process changes, new equipment, and even patterns noticed in complaint or quality control data — rather than relying on any single source that might miss an emerging risk visible only through a different lens. A laboratory that only identifies risk after an incident has already occurred has missed the entire point of proactive risk management.
Encouraging staff throughout the laboratory to report potential risks, not only actual incidents, requires the same non-punitive culture covered in this program’s nonconforming work course — staff who fear blame for flagging a near-miss will simply stop flagging them, closing off exactly the early-warning information risk management depends on.
Assessing and Prioritizing Risk
Not every identified risk deserves the same level of resource investment; assessing likelihood and severity together allows a laboratory to prioritize its limited time and resources toward the risks that matter most, rather than spreading effort thinly across every identified concern regardless of actual significance.
This prioritization should be documented and revisited periodically, since a risk’s likelihood or severity can change as circumstances evolve — a risk assessed as low priority a year ago may warrant reassessment following a relevant process change, a near-miss, or new information from elsewhere in the industry.
Continual Improvement: Making a Working System Better
Continual improvement is distinct from corrective action, covered in the next course of this program — corrective action responds to an identified nonconformity, while continual improvement proactively pursues opportunities to make an already-adequate process genuinely better, even in the absence of any specific failure prompting the change.
Improvement opportunities can come from many sources: quality indicator trends suggesting room for enhancement, staff suggestions, benchmarking against other laboratories, or emerging best practice in the field — a mature improvement program actively seeks out these opportunities rather than waiting for them to be handed over.
Quality Indicators as the Engine of Improvement Planning
Quality indicators — turnaround time, error rates, complaint volumes, and dozens of other measurable dimensions of laboratory performance — provide the objective, ongoing data that makes continual improvement genuinely evidence-based rather than driven by anecdote or individual preference about what seems worth improving.
Setting realistic, appropriately challenging targets for these indicators, reviewing performance regularly, and acting when performance falls short connects this course directly to the quality indicator and internal audit principles covered later in this program, forming a continuous cycle of measurement, action, and reassessment.
Frequently Asked Questions
What is the difference between risk management and corrective action?
Risk management proactively identifies and addresses potential problems before they occur; corrective action responds after a nonconformity has already been identified, addressing its root cause to prevent recurrence.
Why is a non-punitive culture important for risk management?
Because staff need to feel safe reporting near-misses and potential risks without fear of blame; a punitive culture suppresses exactly the early-warning reporting risk management depends on.
Where do continual improvement opportunities typically come from?
Quality indicator trends, staff suggestions, complaint patterns, benchmarking against other laboratories, and emerging best practices in the field.
Key Takeaways
- Risk management proactively identifies what could go wrong before it does, drawing on near misses, observations, and data patterns, not only actual incidents.
- A non-punitive reporting culture is essential, since staff who fear blame will stop reporting the near-misses risk management depends on.
- Risk prioritization based on likelihood and severity focuses limited resources on the risks that matter most.
- Continual improvement proactively enhances already-adequate processes, distinct from corrective action, which responds to identified failures.
- Improvement opportunities can come from indicator trends, staff suggestions, or benchmarking, not only from problems that have already occurred.
- Quality indicators provide the objective, ongoing data that makes continual improvement genuinely evidence-based.
Conclusion
Risk management and continual improvement represent a fundamental shift in posture — from a laboratory that reacts to problems as they arise, to one that actively anticipates and prevents them, and continuously raises its own performance bar even when nothing is currently broken.
ISO 15189:2022’s requirements in this area formalize this proactive posture, ensuring it becomes a genuine, resourced discipline rather than an aspiration that fades under the pressure of daily operational demands.
Learn how nonconformities and corrective actions address failures that risk management did not prevent, in the next course of this ISO 15189:2022 training series.
Source note: this article draws on “Quality Management in Clinical Laboratory Demystified” by Dr. Taleb Chalab Cham, ISO 15189:2022, and widely recognized clinical laboratory quality references including CLSI guidelines, CAP accreditation checklists, and WHO laboratory quality guidance.
