Spinal cord injuries caused by external trauma, such as traffic accidents or falls, often lead to the permanent loss of motor and sensory functions. This is because the spinal cord-the central pathway ...

A groundbreaking human trial has begun that could transform life for people with spinal cord injuries. The project, developed over three decades, uses a unique cell-based approach that scientists hope ...

It’s the stuff of cyberpunk science fiction — tattoos adorned with flashing lights and sophisticated circuitry. They’ll monitor our vitals, we’re told, and feed us personalized health advice in real ...

University of Minnesota researchers developed a 3D-printed scaffold that directs stem cells to grow into functioning nerve cells, successfully restoring movement in rats with severed spinal cords.

Prof. Tal Dvir, Head of the Sagol Center for Regenerative Biotechnology, Head of the Nanotechnology Center at Tel Aviv University, and Chief Scientist of the biotech company Matricelf. The surgery is ...

What is engineered in a petri dish doesn’t always work in the human body, but a group of scientists led by UBC’s Dr. John Madden may be on the brink of changing that with an extraordinary breakthrough ...

Griffith University researchers will transplant cells from the noses of paralysed patients into their spinal cords in a medical trial. The aim is for the cells to regenerate and grow over the injuries ...

Researchers at RCSI University of Medicine and Health Sciences have created a 3D-printed implant designed to deliver electrical stimulation to damaged regions of the spinal cord, offering a promising ...

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Update (May 12, 2025, 9:07 am UTC): This article has been updated to correct the project’s lead and add commentary. Decentralized autonomous organization (DAO) HydraDAO claims that its researchers ...

An international NGO that intends to deliver humanitarian aid to Gaza by sea has said it was in talks with Malta’s government about allowing a vessel to enter Maltese waters to repair damage caused by ...

Capitalizing on the flexibility of tiny cells inside the body's smallest blood vessels may be a powerful spinal cord repair strategy, new research suggests. Capitalizing on the flexibility of tiny ...