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A call to action: variability in guidelines for cardiac evaluation before renal transplantation
Scott E Friedman1, Robert T Palac, David M Zlotnick
1Section of Cardiology, Dartmouth Medical School/ Dartmouth-Hitchcock Medical Center, Lebanon, New Hampshire 03756-0001, USA.
Insights
Preoperative cardiac evaluation guidelines for renal transplant candidates vary widely. A tailored approach may optimize coronary artery disease detection while minimizing unnecessary cardiac stress testing.
Area of Science:
- Nephrology
- Cardiology
- Transplantation Medicine
Background:
- Renal transplant candidates face elevated cardiovascular disease (CVD) risks.
- Optimal preoperative cardiac evaluation strategies remain unclear.
Purpose of the Study:
- To assess variability in existing guidelines for preoperative cardiac evaluation in renal transplant candidates.
- To compare the impact of different guidelines on recommended cardiac stress testing rates.
Main Methods:
- Retrospective application of four prominent cardiac evaluation guidelines to 204 renal transplant candidates.
- Analysis of recommended cardiac stress testing rates based on each guideline.
Main Results:
- Recommended testing rates varied from 20% (ACC/AHA guideline) to 100%.
- The ACC/AHA guideline identified fewer patients with ischemia compared to renal transplant-specific guidelines.
- Renal transplant-specific guidelines identified most ischemic patients but risked overtesting.
Conclusions:
- The ACC/AHA perioperative guideline may be insufficient for detecting coronary artery disease in this population.
- Renal transplant-specific guidelines may lead to excessive testing.
- An intermediate approach, considering ESRD-specific risk factors, could optimize detection and limit testing.
Background And Objectives:
Candidates for renal transplantation are at increased risk for complications related to cardiovascular disease; however, the optimal strategy to reduce this risk is not clear. The aim of this study was to evaluate the variability among existing guidelines for preoperative cardiac evaluation of renal transplant candidates.
Design, Setting, Participants, & Measurements:
A consecutive series of renal transplant candidates (n=204) were identified, and four prominent preoperative cardiac evaluation guidelines, pertaining to this population, were retrospectively applied to determine the rate at which each guideline recommended cardiac stress testing.
Results:
The rate of pretransplant cardiac stress testing would have ranged from 20 to 100% depending on which guideline was applied. The American Heart Association/American College of Cardiology (ACC/AHA) guideline resulted in the lowest rate of testing (20%). In our population, 178 study subjects underwent stress testing: 17 were found to have ischemia and 10 underwent revascularization. The ACC/AHA approach would have decreased the number of noninvasive tests from 178 to 39; it would have identified only 4 of the 10 patients who underwent revascularization. The three other guidelines (renal transplant-specific guidelines) recommended widespread pretransplant cardiac testing and thus identified nearly all patients who had ischemia on stress testing.
Conclusions:
The ACC/AHA perioperative guideline may be inadequate for identifying renal transplant candidates with coronary disease; however, renal transplant-specific guidelines may provoke significant overtesting. An intermediate approach based on risk factors specific to the ESRD population may optimize detection of coronary disease and limit testing.
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