Management of traumatic cutaneous defects by using a skin-stretching device

Area of Science:

• Orthopedic Surgery
• Wound Healing
• Dermatology

Background:

• Acute soft-tissue defects pose challenges in orthopedic surgery.
• Traditional closure methods like flap reconstruction or skin grafting can involve donor site morbidity and extended recovery.
• Minimally invasive techniques are sought to improve patient outcomes and reduce healthcare burdens.

Observation:

• Nine orthopedic patients with ten acute soft-tissue defects were treated using a skin-stretching device.
• The device allowed for sufficient stretching of surrounding skin to achieve primary wound closure.
• The intervention was applied to defects requiring either flap reconstruction or skin grafting.

Findings:

• Nine out of ten wounds healed successfully without complications within an average of 9 weeks.
• One wound experienced dehiscence but healed effectively via secondary intention.
• The skin-stretching device eliminated the need for flap reconstruction in 50% of cases and skin grafting in the other 50%.

Implications:

• Skin stretching offers a viable alternative to traditional reconstructive methods for soft-tissue defects.
• This technique avoids donor site morbidity associated with grafts and flaps.
• The method enhances cosmetic results and potentially shortens hospital stays, improving patient recovery.
• Further research into skin-stretching devices could optimize orthopedic wound management strategies.