Taken for Granted: An Analysis of Sternal Closure Techniques
Trevor C Chopko1, Fazal W Khan2, John M Stulak2
1Department of Surgery, Mayo Clinic, Rochester, Minnesota.
Insights
Meticulous sternal closure after cardiac surgery is vital to prevent infections. While sternal wires are common, newer techniques offer better stability and outcomes, though widespread adoption is limited.
Area of Science:
- Cardiovascular Surgery
- Biomedical Engineering
- Wound Healing
Background:
- Median sternotomy is the standard cardiac surgery incision, but sternal closure methods vary significantly.
- Sternal wound infections are a serious complication with high mortality, necessitating optimal closure techniques.
Purpose of the Study:
- To review the critical importance of adequate sternal closure in cardiac surgery.
- To compare various sternal closure techniques and materials regarding efficacy, cost, safety, and reoperative difficulty.
Main Methods:
- Comprehensive literature review of sternal closure techniques and materials.
- Analysis of existing data on stability, complications, and patient outcomes.
Main Results:
- Sternal wires are widely used due to familiarity and cost, despite limitations in biomechanical stability.
- Alternative methods like plating and polymer bands show potential for improved stability and reduced complications but lack widespread adoption.
- Tailored sternal closure approaches considering patient and surgical factors may enhance outcomes.
Conclusions:
- Optimizing sternal closure is crucial for reducing surgical site infections and improving patient outcomes.
- Further research and evidence are needed to promote the adoption of superior sternal closure technologies.
Abstract:
Median sternotomy remains the most common incision in cardiac surgery, but sternal closure differs drastically between surgeons and institutions. Because sternal wound infections carry an incidence between 0.2% and 6%, with mortality approaching 40%, meticulous sternal closure is imperative to reduce the surgical contribution to infection. Reconnecting the central thoracic support point is not a simple feat considering the sternum experiences physiologic, multidimensional shearing with respiration and movement. Although technique varies (ie, simple-interrupted, figure-of-8, Robicsek technique), sternal wires remain the predominant substrate for closure due to surgeon familiarity, ease of use, cost, speed, and low complication rate. Alternatives to wires (ie, plating, metal bands, polymer bands [ie, ZIPFIX, DePuy Synthes], suture tape (ie, FiberTape, Arthrex, Inc), talons, pins, and bone cement) have failed to gain widespread adoption despite studies indicating superiority in stability, pain, postoperative complications, and mortality. Types of sternal closure depend on patient, surgeon, and operative factors, and a tailored approach may improve surgical outcomes. This review provides a comprehensive discussion about the importance of adequate sternal closure as well as a comparison of technique and technology in efficacy, cost, safety, and reoperative difficulty.
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