The time it takes to grow new skin for burns victims could be improved thanks to a new method of cell cultivation using algae ...

Silk has been used in surgical sutures for hundreds of years and is now emerging as a promising nature-based option for ...

Scientists have discovered that outer skin cells are able to unite to form suspended “bridges” during wound healing. The new findings will pave the way for tissue engineering, such as the ...

Tissue engineering solves problems by using living cells as engineering materials. These could be artificial skin that includes living fibroblasts, cartilage repaired with living chondrocytes, or ...

Pappalardo’s lab-grown material is known as a “skin construct,” meaning it’s a sheet of human cells which can be implanted on a wound that’s too large for a graft from another body part ...

In her lab at Rutgers University, Ronke Olabisi, an assistant professor of biomedical engineering, is using proteins derived from seashells and other materials to engineer and regrow bone, skin ...

Columbus-based RenovoDerm LLC has received FDA medical device clearance for its Phoenix Wound Matrix, a micro-engineered plastic matrix that, when covering a wound, creates a scaffold for skin ...

Regenerative medicine first picked up steam in the 1990s when tissue engineering became popular for stem cell research and procedures like skin grafting. ... Tissue. This includes blood, skin ...

This 3D Bioprinter Could Revolutionize Tissue Engineering by Printing Skin The biopen is a tool that can be held in the surgeon's hands that allows them to custom-create cartilage.

The Tissue Engineered Skin Substitute market studied is anticipated to grow with a CAGR of nearly 3.9% during the forecast period. Certain factors that are driving the market growth include ...

Scientists turn organs transparent — and use a new technique to capture 3D pictures of what’s inside. The key to tissue clearing lies in changing the way light passes through tissue.