Management Strategies for Patients With Multiple Extremity Necrosis Following Life-Sustaining Vasosupportive...

Area of Science:

• Reconstructive surgery
• Biomedical engineering
• Prosthetics

Background:

• Four-extremity necrosis post-intensive care unit (ICU) care with vasopressors presents unique challenges.
• Distinguishing these cases from peripheral vascular disease or traumatic injuries is crucial for appropriate treatment.
• Limb length preservation is a primary concern in managing these complex amputations.

Purpose of the Study:

• To outline reconstructive strategies for patients with four-extremity amputations.
• To emphasize the importance of functional outcomes and patient independence.
• To explore the role of emerging technologies in prosthetic solutions.

Main Methods:

• Utilizing local vascularized flaps for length preservation where feasible.
• Considering future functional needs, including prosthesis use.
• Leveraging 3D printing technology for custom prosthesis fabrication.

Main Results:

• Vascularized flaps are a potential option for length preservation, unlike in peripheral vascular disease cases.
• 3D printing enables the creation of tenodesis prostheses, powered by proximal joint movement.
• This technology facilitates cost-effective, lifelong prosthesis fitting.

Conclusions:

• Reconstructive surgeons must prioritize future functional goals, aiming for patient independence in daily activities.
• 3D printing offers innovative and affordable solutions for prosthetic rehabilitation.
• Maximizing residual digit function is key to achieving optimal prehensile hand capabilities.