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The cost of implementing UK guidelines for the management of chronic kidney disease
Bernhard Klebe1, Jean Irving, Paul E Stevens
1Department of Renal Medicine, Kent and Canterbury Hospital, East Kent Hospitals NHS Trust, and Computing Laboratory, University of Kent, Canterbury, Kent CT1 3NG, UK.
Insights
Implementing chronic kidney disease (CKD) guidelines increases referrals and investigations. The costs may be offset by delaying dialysis by one year for one patient per 10,000 managed.
Area of Science:
- Nephrology
- Public Health
- Health Economics
Background:
- Chronic kidney disease (CKD) presents a significant global health challenge.
- UK guidelines exist for CKD identification and management.
- This study estimates the cost of implementing CKD guidelines for newly identified cases.
Purpose of the Study:
- To estimate the annualized cost of implementing UK CKD guidelines for newly identified patients.
- To analyze the impact of guideline implementation on healthcare resource utilization.
Main Methods:
- Utilized the NEOERICA database and a custom Java program to apply CKD guidelines.
- Categorized patients based on serum creatinine levels for further testing or referral.
- Conducted a 12-month cost analysis of guideline implementation.
Main Results:
- Identified 147.5 new CKD stages 3-5 cases per 10,000 patients annually.
- Stage 5 CKD cases required nephrology referral; stage 3 CKD involved further testing or referral based on specific criteria.
- Estimated costs: €6111 for stable stage 3 CKD investigations and €7836 for nephrology referrals per practice, totaling €17,133-€29,790 annually.
Conclusions:
- CKD guideline implementation significantly increases nephrology referrals and investigations.
- The associated costs could be recouped by delaying dialysis by one year for one patient per 10,000 managed.
- Highlights the economic implications of proactive CKD management.
Background:
Chronic kidney disease (CKD) is a major public health problem. In the UK, guidelines have been developed to facilitate case identification and management. Our aim was to estimate the annualized cost of implementation of the guidelines on newly identified CKD cases.
Methods:
We interrogated the New Opportunities for Early Renal Intervention by Computerised Assessment (NEOERICA) database using a Java program created to recompile the CKD guidelines into rule-based decision trees. This categorized all patients with a serum creatinine recorded over a 1-year period into those requiring more tests or referral. A 12-month cost analysis for following the guidelines was performed.
Results:
In the first year, a practice of 10,000 would identify 147.5 patients with stages 3-5 CKD over and above those already known. All stages 4-5 CKD cases would require nephrology referral. Of those with stage 3 CKD (143.85), 126.27 stable patients would require more tests. The following would require referral: 14.8 with estimated glomerular filtration rate decline>or=5 ml/min/1.73 m2/year, 1.11 with haemoglobin<11 g/dl and 1.67 with blood pressure>150/90 on three anti-hypertensives. The projected cost per practice of investigating stable stage 3 CKD was euro 6111; and euro 7836 for nephrology referral. Total costs of euro 17 133 in the first year were increased to euro 29,790 through the effect of creatinine calibration.
Conclusions:
CKD guideline implementation results in significant increases in nephrology referral and additional investigation. These costs could be recouped by delaying dialysis requirement by 1 year in one individual per 10,000 patients managed according to guidelines.
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