When Surgery Meets Complexity: How Team-Based Care Supports Medically Fragile Children

For children with complex medical conditions, even routine hospital stays can pose challenges. When major orthopedic procedures such as spinal fusion or hip reconstruction are added, risk increases substantially. Many of these children live with multiple chronic conditions, depend on feeding tubes or wheelchairs and receive care from numerous subspecialists. Recovery after major surgery requires careful coordination across teams and close attention to maintaining medical stability.

Recognizing the elevated risk in this population, we formed a multidisciplinary group that included clinicians from Complex Care, Pediatric Hospital Medicine and Orthopedic Surgery. Our goal was to evaluate how different models of perioperative care influence outcomes for medically complex children undergoing major orthopedic surgery. Specifically, we examined whether orthopedic-only management differed from partial or full multidisciplinary co-management during the postoperative period.

Evaluating Real-World Outcomes

We reviewed five years of data from 177 medically complex children who underwent major orthopedic procedures between 2016 and 2020. Most underwent spinal surgery, while others had complex hip reconstructions. We grouped patients based on the level of perioperative co-management they received:

Orthopedic Care Alone

Partial co-management, involving orthopedics plus either hospital medicine or complex care.

Full Co-Management, Involving All Three Teams

We evaluated hospital length of stay and tracked postoperative outcomes, including infections, unplanned ICU transfers, readmissions and prolonged hypoxia.

Understanding the Findings

Children who received full co-management had longer hospital stays, averaging approximately six days, compared to about four days for those managed by orthopedics alone. At first glance, this difference could appear unfavorable. However, the children receiving full co-management were significantly more medically fragile at baseline. They were less likely to ambulate independently, more likely to rely on enteral feeding and carried a higher burden of chronic conditions and medications.

Despite this increased complexity, children in the fully co-managed group experienced similar rates of serious postoperative complications, readmissions and emergency department visits compared to less medically complex patients. In effect, multidisciplinary co-management helped bring outcomes for the most fragile children in line with those of their healthier peers.

Redefining Success for Complex Patients

Rather than functioning as a mechanism to shorten hospitalization, co-management appears to serve as a safety framework. The involvement of multiple teams supports early identification of evolving medical issues and proactive management before complications escalate. For children with significant medical complexity, success is not defined solely by speed of discharge but by safe, stable recovery.

Our findings reinforce the importance of close collaboration between surgical and medical teams. Multidisciplinary co-management does not simply add layers of care; it creates alignment, shared accountability and a more resilient system for supporting complex patients through major surgery.

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