The artificial skin is considered a promising solution for those with severe wounds, burns and scratches|Wake Forest Institute for Regenerative Medicine|Facebook

Scientists at Wake Forest University have achieved a major milestone by bioprinting artificial skin, integrating six basic human cell types as “bioink” to create a layer that closely resembles human skin.

Artificial skin is considered a promising solution for those with severe wounds, burns and scratches that are clinical challenges affecting nearly half a million people annually.

Currently in early trials on mice and pigs, the transplanted skin grafts quickly used the blood vessels from surrounding tissue, resulting in faster wound closure, reduced scarring and enhanced collagen production.

Although challenges like pigmentation consistency and hair growth remain, these advancements hold promise for treating severe wounds and skin disorders in humans.

Dr. Anthony Atala and his team believe this technology could revolutionize skin healing, offering hope to millions worldwide.