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Bariatric surgery in patients with advanced heart failure: A proposed multi-disciplinary pathway for surgical care in
Tammy L Kindel1, Rana M Higgins1, Kate Lak1
1Division of Minimally Invasive Gastrointestinal Surgery, Department of Surgery, Medical College of Wisconsin, Milwaukee, WI.
Insights
Developing a multidisciplinary care pathway enables bariatric surgery for advanced heart failure patients, improving outcomes and minimizing complications. This approach offers weight loss as a bridge to transplant or cardiac recovery.
Area of Science:
- Cardiology
- Bariatric Surgery
- Critical Care Medicine
Background:
- Patients with severe obesity and advanced heart failure face elevated perioperative risks.
- Bariatric surgery programs often exclude these high-risk patients due to safety concerns.
- Potential benefits of bariatric surgery for advanced heart failure warrant investigation into risk mitigation strategies.
Purpose of the Study:
- To develop and evaluate a multidisciplinary care pathway for patients with advanced heart failure undergoing bariatric surgery.
- To minimize perioperative complications in this high-risk patient population.
- To assess short-term and 6-month outcomes, including cardiac function and weight loss.
Main Methods:
- Two distinct multidisciplinary care pathways were created, involving specialists in advanced heart failure, anticoagulation, and transplant cardiology.
- The pathways were implemented in severely obese patients with advanced heart failure, with or without mechanical circulatory support.
- Outcomes evaluated included 30-day complications, 6-month cardiac function, and weight loss.
Main Results:
- No in-hospital complications or mortality were observed across implemented pathways.
- Low rates of emergency room visits (1) and re-admissions (1) were recorded.
- Significant improvements included increased ejection fraction (average 9%) and three patients meeting transplant listing criteria at 6 months.
Conclusions:
- Multidisciplinary care pathways can safely facilitate bariatric surgery in advanced heart failure patients.
- Intensive preoperative cardiac optimization and postoperative medication management are key to maximizing safety.
- Bariatric surgery offers a viable option for weight loss, potentially serving as a bridge to transplant or promoting cardiac recovery.
Background:
The objective of this study was to develop a multi-disciplinary care pathway to minimize perioperative complications in patients with advanced heart failure undergoing bariatric surgery. Patients with severe obesity and heart failure carry increased perioperative surgical risk compared to patients with no heart failure due to the severity of their cardiac disease state and associated comorbidities. Our bariatric program routinely excluded patients with advanced heart failure from undergoing bariatric surgery due to the high reported perioperative risk. However, knowing the potential beneficial impact of bariatric surgery for advanced heart failure, our program hoped that the thoughtful development of a perioperative pathway before inclusion of patients with advanced heart failure in the bariatric surgery program could minimize the morbidity of these high-risk patients in comparison to prior publications in the literature.
Methods:
Two multi-disciplinary care pathways were developed, including advanced heart failure, anticoagulation specialists, and transplant cardiologists, to optimize bariatric care for severely obese patients with advanced heart failure with or without mechanical circulatory support and implementation was evaluated for short-term 30-day complications and 6 month cardiac and weight-loss outcomes.
Results:
Two multi-disciplinary care pathways were developed and implemented on 5 patients with heart failure with reduced ejection fraction (pathway 1) and 3 patients requiring mechanical circulatory support (pathway 2). There were no in-hospital complications or mortality following either pathway, and there was only 1 emergency room visit and 1 re-admission. The average length of stay for patients with heart failure with reduced ejection fraction without mechanical circulatory support was 2.4 days and for heart failure with reduced ejection fraction with mechanical circulatory support was 4.3 days. Three patients met body mass index criteria for transplant listing at 6 months. Ejection fraction increased an average of 9% at 6 months postoperatively for patients with heart failure with reduced ejection fraction not requiring mechanical circulatory support.
Conclusion:
With multi-disciplinary care pathway development designed to maximize safety by intensely supporting preoperative cardiac optimization and medication titration postoperatively, bariatric surgery can be performed in patients with advanced heart failure with or without mechanical circulatory support, allowing patients the opportunity for weight loss as a bridge to transplant or potentially meaningful cardiac recovery.
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