A novel way to treat skin tears
Proposed treating traumatic skin-tear tissue as a skin graft rather than relying on the injured residual blood supply.
PubMed →Fragile skin · geriatric trauma · tissue preservation
Traumatically avulsed skin may retain substantial value as autologous graft tissue even when its remaining attachment cannot be trusted as a dependable blood supply.
The central idea
Traditional thinking often describes a skin tear as a traumatic skin flap. That description can lead to an assumption: if the remaining attachment is narrow, bruised or unreliable, the tissue has little chance of surviving.
Dr. Klapper’s published work challenged that assumption. Instead of asking whether the torn skin can survive as a flap, the approach asks whether it can survive as a skin graft. A graft does not depend on an intact vascular pedicle. It depends on close contact with a suitable wound bed, control of shear and fluid, and the ability to establish new vascular connections.
Judge the tissue not only by its residual attachment, but by whether it can serve as autologous graft material.
Why this matters locally
South Florida’s older population makes geriatric skin injury a recurring clinical problem. A large pretibial tear or forearm avulsion can create a substantial defect in a patient whose skin is already thin, bruised and difficult to reconstruct. If avulsed skin is discarded prematurely, the wound may be forced to heal by secondary intention or require a later graft that could potentially have been avoided or reduced.
Preservation does not mean every piece of tissue will survive. It means that tissue should be given a fair reconstructive assessment before it is removed.
Initial management
Use direct pressure. Avoid excessive trauma to fragile edges.
Keep avulsed tissue moist and protected; avoid unnecessary trimming or harsh adhesives.
Look for contamination, hematoma, tissue loss, exposed structures and adequate perfusion.
Restore broad contact between viable tissue and wound bed while minimizing shear and fluid accumulation.
Graft biology
A skin graft initially survives without its own circulation. During the earliest phase, it obtains nutrients from the wound bed. Over the next several days, vascular connections form between graft and recipient tissue. Close apposition matters; blood, fluid or motion between graft and bed can interfere with this process.
This is why bolster dressings and negative-pressure therapy can sometimes be useful: they stabilize the tissue and help control fluid. The treatment must still be tailored to wound size, location, contamination, skin quality and patient factors.
Published evidence
Proposed treating traumatic skin-tear tissue as a skin graft rather than relying on the injured residual blood supply.
PubMed →Explored the use of traumatic tissue as autologous minced graft material instead of discarding it.
PubMed →Extended the salvage concept by converting avulsed tissue into grafts for coverage.
PubMed →For clinicians
Protect it from desiccation and further trauma. Document the injury, preserve orientation when possible, and obtain prompt wound/reconstructive evaluation when the defect is substantial or viability is uncertain.
This does not mean all avulsed skin should be retained indefinitely. Clearly nonviable or contaminated tissue may require debridement. The point is to make that decision after reconstructive assessment, not by default.
Common questions
These answers explain the tissue-preservation concept and where its limits are.
A skin tear is a traumatic wound caused by shear, friction or blunt force that separates layers of the skin. In older adults, the injury may create a partial flap or a larger avulsion because aged skin is thin and fragile.
Aging reduces dermal thickness, elasticity and the strength of the connection between skin layers. Frailty, medications, bruising, edema and dependence on assistance for transfers can increase risk further.
Not automatically. Potentially useful avulsed skin may contribute to coverage. Unless tissue is clearly nonviable or unsafe to retain, irreversible trimming should be avoided until the wound is properly assessed.
Skin grafts survive by initially obtaining nutrients from the wound bed and then establishing new vascular connections. Dr. Klapper’s published concept is that suitable traumatic skin may sometimes be managed according to this graft biology rather than relying on the residual attachment.
No. The 2016 case used a disposable negative-pressure device as a bolster, but treatment must be individualized. Smaller tears may be managed with gentle reapproximation and atraumatic dressings.
Control bleeding with gentle pressure, protect the avulsed skin, avoid harsh antiseptics or aggressive scrubbing, cover the area with a nonadherent dressing if available and seek clinical assessment for large tears, persistent bleeding, contamination, exposed deeper structures or uncertain tissue viability.
Prompt evaluation is preferable because tissue can dry out, retract or be further traumatized. Major trauma, uncontrolled bleeding or threatened circulation requires emergency care.
Sometimes. Color alone does not perfectly predict viability immediately after trauma. Serial examination and the overall injury pattern matter.
A flap carries its own blood supply with it. A graft is transferred without an intact blood supply and survives by establishing a new blood supply from the recipient bed.
Yes, particularly when wounds are contaminated, deep or poorly perfused. Infection should be diagnosed clinically rather than assumed from the presence of bacteria alone.
Strategies include protecting exposed limbs, moisturizing dry skin, reducing shear during transfers, using atraumatic adhesives or protective sleeves when appropriate, managing edema and reviewing environmental hazards.
Professional credentials · training · academic affiliations
Board certification, surgical societies, wound-healing scholarship, trauma systems and graduate medical education are part of the clinical framework behind the program.

Professional plastic surgery affiliation and reconstructive practice context.
Program & surgical leadership →
Board certification in plastic surgery.
Physician credentials →
Wound-healing science, scholarship and clinical advancement.
Research & publications →
Teaching and participation in accredited surgical training environments.
Education & teaching →
Complex wound care connected to the resources of a high-acuity trauma system.
Trauma & reconstruction →
Advanced craniofacial trauma training within a broader reconstructive background.
Reconstructive expertise →
Academic participation in plastic surgery education and training.
Academic role →
Professional engagement with the military and federal health community, with a focus on trauma, tissue preservation and surgical innovation.
Military & federal medicine →