Tissues

Health Researchers harness the power of bacteria to regenerate muscle tissue

Researchers at DTU have developed a bacteria-derived hydrogel, PAMA, capable of regenerating muscle tissue. This breakthrough promises nearly 100% recovery and opens doors to new therapies.

AI Global first: AI tool predicts how proteins work in cells and tissues Rebecca Shavit

Good News New discovery paves the way for ‘impossible’ organ transplants – saving countless lives Rebecca Shavit

Discoveries New peptide-based hydrogels revolutionize skin and organ tissue repair – saving millions of lives Joshua Shavit

Discoveries World’s first 3D-printed brain tissue is capable of growth and function like natural brain tissue Joshua Shavit

Discoveries Breakthrough research offers new hope for anti-aging therapies Joseph Shavit

Discoveries Lab-grown eye cells could be the cure for blindness, study finds Joseph Shavit

Discoveries Researchers discover how cells communicate and form tissues and organs Joseph Shavit

Discoveries Bionic penis: synthetic tissue found to restore erectile function Joseph Shavit

Discoveries Breakthrough research explains why obesity is more dangerous for men Joseph Shavit

Discoveries Groundbreaking robotic microsurgeon reveals how embryos grow Joseph Shavit

Discoveries Scientists identify protein that repairs heart muscle and regenerates organs Joseph Shavit

Discoveries A single injection can reverse paralysis caused by severe spinal cord injuries Joseph Shavit

Discoveries Scientists discover protein that can reverse muscle aging Joseph Shavit

Discoveries Genetically engineered muscle tissue can treat type 2 diabetes Joseph Shavit

Discoveries A single injection can repair severe spinal cord injuries and reverse paralysis Joseph Shavit

Discoveries Carbon monoxide foam can reduce inflammation and stimulate tissue regeneration Joshua Shavit