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Expert Perspectives on Managing Iron Deficiency in People with CKD and/or HF
Sunil Bhandari1, John G F Cleland2, Fozia Z Ahmed3
1Department of Renal Medicine, University Teaching Hospitals NHS Trust, Hull HU3 2JZ, UK.
Insights
Diagnosing and treating iron deficiency in chronic kidney disease and heart failure patients lacks clear guidelines. New, simple diagnostic markers and treatment strategies are needed for better patient care.
Area of Science:
- Nephrology
- Cardiology
- Internal Medicine
Background:
- Iron deficiency (ID) is prevalent in patients with chronic kidney disease (CKD) and heart failure (HF).
- Significant uncertainty exists regarding optimal ID diagnosis and iron therapy selection in these populations.
- ID exacerbates the burden of CKD and HF.
Purpose of the Study:
- To report current practices for ID diagnosis, treatment, and management among UK nephrologists and cardiologists.
- To investigate future challenges and unanswered questions in managing ID in CKD and HF patients.
Main Methods:
- A three-stage research process: online questionnaire, individual interviews, and a panel meeting.
- The panel discussed findings from the questionnaire and interviews.
- Focus on markers and thresholds used in diagnosis and treatment.
Main Results:
- No robust definition of iron deficiency applicable to both CKD and HF was identified.
- Transferrin saturation <20% is a common but imperfect diagnostic marker.
- Transferrin saturation is also the primary method for assessing treatment success.
- Clinician approaches to treatment regimens, monitoring, and iron administration vary significantly.
Conclusions:
- There is a critical need to standardize the diagnosis and treatment of iron deficiency in CKD and HF.
- Development of simple diagnostic markers and thresholds is required.
- Simplified implementation strategies for iron therapy are necessary.
Abstract:
Background: Iron deficiency (ID) is common among people with chronic kidney disease (CKD) and/or heart failure (HF). Despite the additional burden ID causes among people with CKD and HF, there is considerable uncertainty surrounding the best way to diagnose it and, subsequently, identify who is most likely to benefit from receiving iron therapy. Methods: This manuscript reports the markers and thresholds used in ID diagnosis, treatment, and management in the UK by nephrologists and cardiologists who manage people with chronic kidney disease or heart failure, as well as investigating future challenges and questions that remain unanswered. The research involved three stages: an online questionnaire, individual interviews, and a panel meeting, which discussed the findings from the first two stages. Results: The panel concluded that there is no robust definition of iron deficiency that can be applied to chronic kidney disease and heart failure. Existing methods of diagnosing iron deficiency come with various problems; a transferrin saturation of <20% is the most popular, but it is not regarded as a perfect solution. Transferrin saturation is also the most popular way of assessing the success of iron deficiency treatment. Clinicians generally do not vary treatment regimens based on severity or subgroups. There are large variations in monitoring and the ability to administer iron therapy in secondary care. Conclusions: There is a clear need to consolidate current approaches to diagnosing and treating iron deficiency in people with chronic kidney disease and/or heart failure. Simple markers and thresholds, and simple strategies to implement them are required.
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