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Pediatric Microsurgery Part I
Niv Milbar1, Yoshiko Toyoda1, Evyn L Neumeister2
1Division of Plastic Surgery, University of Pennsylvania, Philadelphia, PA, USA.
Insights
Pediatric free tissue transfer techniques are expanding, with adult methods now used in children. Surgeons must consider growth in reconstructive plans, aided by virtual surgical planning and emerging technologies for better outcomes.
Area of Science:
- Pediatric microsurgery
- Reconstructive surgery
Background:
- Pediatric free tissue transfer indications and approaches have significantly expanded.
- Many surgical flaps previously described only in adults are now routinely performed in pediatric patients.
Purpose of the Study:
- To highlight the evolving landscape of pediatric free tissue transfer.
- To emphasize the importance of considering pediatric growth and development in reconstructive planning.
- To discuss the role of advanced technologies in pediatric microsurgery.
Main Methods:
- Review of current pediatric free tissue transfer techniques.
- Emphasis on incorporating growth and developmental factors into surgical planning.
- Discussion of virtual surgical planning as a standard of care for complex cases.
Main Results:
- Most adult flap techniques are now applicable and routinely used in pediatric populations.
- Virtual surgical planning is transforming preoperative and intraoperative phases.
- Emerging technologies like robotics and AI are poised to enhance outcomes.
Conclusions:
- Pediatric microsurgical operations require careful consideration of growth and development.
- Virtual surgical planning is essential for complex pediatric reconstructive cases.
- Future advancements in technology will likely improve pediatric microsurgical results.
Abstract:
Indications and approaches for pediatric free tissue transfer have expanded in recent years, and most flaps historically described in the adult population are now routinely used in children. Those embarking on pediatric microsurgical operations must understand expected growth and development and should incorporate these factors into the reconstructive plan. Virtual surgical planning is revolutionizing preoperative planning and intraoperative execution and should be considered standard-of-care in complex cases. New technologies including microsurgical robotics and artificial intelligence will continue to refine and improve pediatric microsurgical outcomes in the years to come.
