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Safe Patient Care in CKD: Core Curriculum 2025
Prasheen Shah1, Hassan Mahmoud1, Grant Oakley1
1Division of Nephrology and Transplantation, Department of Medicine, Maine Medical Center, Portland, Maine; School of Medicine, Tufts University, Boston, Massachusetts.
Abstract:
Quality and safety in health care have garnered scrutiny in recent decades. Complete prevention of unintended harm remains elusive. Patients with chronic kidney disease are at risk for adverse events because of the complexity of this illness and the impact of declining kidney function on choices for diagnostic studies and therapies. Nephrologists must be knowledgeable about patient safety principles and methods for evaluating harm or near harm events and be prepared to learn from investigations to make improvements. Medication safety is particularly challenging in the context of progressive kidney disease, and safety has increased in scope due to the broader choices of therapeutics for such conditions as diabetic nephropathy and anemia of chronic kidney disease. Radiologic imaging and procedural safety are also influenced by impairment of kidney function. Technological applications for patient safety are evolving and hold promise for mitigating human error and engaging patients as partners in care. In this Core Curriculum, we address essential nephrologist competency for maintaining patient safety in chronic kidney disease.
Insights
Patient safety in chronic kidney disease (CKD) is crucial due to complex care needs. Nephrologists require expertise in preventing harm, managing medications, and utilizing technology to improve care quality and safety for CKD patients.
Area of Science:
- Nephrology
- Healthcare Quality and Safety
Background:
- Healthcare quality and safety are critical, yet complete prevention of patient harm remains a challenge.
- Patients with chronic kidney disease (CKD) face elevated risks for adverse events due to illness complexity and impaired kidney function affecting treatment choices.
- The evolving landscape of therapeutics for conditions like diabetic nephropathy and anemia in CKD necessitates heightened attention to medication safety.
Purpose of the Study:
- To outline essential nephrologist competencies for ensuring patient safety in the context of chronic kidney disease.
- To highlight the unique safety challenges faced by patients with CKD, including medication, diagnostic, and procedural safety.
- To emphasize the role of technological advancements and patient engagement in mitigating errors and improving safety.
Main Methods:
- This Core Curriculum addresses essential nephrologist competencies.
- It reviews principles and methods for evaluating harm and near-harm events.
- It discusses the influence of declining kidney function on diagnostic studies, therapies, and procedural safety.
Main Results:
- Complete prevention of unintended harm in healthcare is currently unattainable.
- Nephrologists need specialized knowledge of patient safety principles to manage risks in CKD.
- Technological applications show promise in reducing human error and enhancing patient partnership in care.
Conclusions:
- Maintaining patient safety in chronic kidney disease requires specialized nephrologist competency.
- Addressing medication, radiologic imaging, and procedural safety is paramount for CKD patients.
- Leveraging technology and patient engagement are key strategies for improving safety outcomes.
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