Israeli Scientists Develop Skin Graft That Speeds Burn Recovery
Researchers at Sheba Medical Center and Tel Aviv University have unveiled a new type of bioengineered skin graft that could dramatically improve recovery for burn victims. Announced on Sunday, the development uses a patient’s own skin cells to promote faster and more resilient healing from severe burns.
The research, published in the journal Advanced Functional Materials, outlines a novel approach that addresses common complications of traditional skin grafts, such as infection, scarring, and poor tissue integration. According to Sheba Medical Center, the innovation involves a scaffold composed of a biodegradable polymer and a peptide called Fmoc-FRGD, which together mimic the structural and chemical properties of human skin.
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The lab-created structure supports the regeneration of thick, multi-layered skin. In tests on mice, the graft enabled wounds to heal more completely and with greater strength than current treatments, with no signs of infection or skin contraction. “This platform creates a supportive environment for the cells to rebuild full skin layers,” researchers said in the announcement. The new technology may help reduce the need for multiple surgeries and lengthy hospital stays often required for serious burn patients.
The breakthrough marks a step forward in regenerative medicine, offering hope for faster, safer recovery in both civilian and military trauma cases. While clinical trials in humans have yet to begin, the researchers believe the technique could be adapted for broader medical use.
