Current approaches in bioengineering are synthesized and methods for their implementation are suggested for the induction and modulation of trained immunity in the treatment of human diseases.

Ryan Shinkle first noticed something was off more than 20 years ago, at just 25. A small white patch had appeared on the left ...

As the months dragged on, it became clear something was seriously wrong. By then, over a year-and-a-half had passed. I had ...

Influencers and celebrities rave about it, and scientists are positive, but there is still much to be learned ...

Randy Couture has spoken out for the first time since being involved in a scary car accident. Last week, the MMA legend was ...

Sanara MedTech Inc. ("Sanara,” the "Company,” "we,” "our” or "us”) (Nasdaq: SMTI), a medical technology company focused on developing and commercializing transformative technologies to improve ...

After Malcolm Matheson had cancerous tissue removed from his neck, throat and cheek, doctors grafted skin from his arm onto his face.

A cell-based, gene therapy skin graft healed large chronic wounds for patients with epidermolysis bullosa. The technology could be the catalyst for similar research in other genetic diseases.

Skin grafts genetically engineered from a patient's own cells can heal persistent wounds in people with an extremely painful dermatologic disease, a Stanford Medicine-led clinical trial has shown.

Genetically engineered skin grafts, a product of decades of Stanford Medicine research, help heal chronic wounds in patients with a severe, painful genetic disease.

Scientists have discovered cells in the skin of Atlantic salmon that offer new insights into how wounds heal, tissues regenerate, and cellular transitions support long-term skin health.