A micro implant can put patients with spinal lesions back on their feet
After excellent tests on monkeys, the University of Alberta is ready to "cure" spinal injuries in humans. It won't be a short road, but it will work wonders.
After excellent tests on monkeys, the University of Alberta is ready to "cure" spinal injuries in humans. It won't be a short road, but it will work wonders.
Two groups in Spain and Italy have developed a "sponge" of nanomaterials capable of reconnecting the neurons of a damaged spinal cord
From Nose to Spine: Olfactory Stem Cell Clinical Trial Shows Promise to Treat Spinal Injuries
A Different Halloween Between Rebel AI and Chips Under the Skin: The 5 Technologies That Are Scarier Than Any Monster.
Cognitive neuroscience: what are brain-computer interfaces? Neuralink and experiments on human patients
Tests on mice show the effectiveness of a gene therapy in repairing deteriorated vertebral discs, restoring their flexibility and load-bearing capacity. Hopes for man.
New nanoparticle therapy promises to prevent post-spinal injury paralysis, offering new hope to patients.
A very important step (it should be said) in the right direction. Before today, no one with a severed spinal cord has ever walked like this.
An expert neurosurgeon develops a medical hypothesis on head transplantation, and expects it to be feasible within the next ten years.
A hemostatic gel made from algae and fungi stops bleeding quickly, with potential civil and military applications.
Hybrid approach between physical therapies, digital follow-ups, real-time monitoring and coaching (also for posture). The battle with musculoskeletal pain enters the future.
For the first time a research team manages to print tissues directly inside a body: a 3D printed ear on the back of a mouse could change biomedical engineering.
One company has created helmets with small "air chambers" placed inside the helmet and filled with a thick liquid like oil that mimics the dynamics of cerebrospinal fluids.
Latest news from space: three 'twin' (or almost, let's say similar) planets of Earth potentially capable of hosting life have just been identified. These are planets that revolve around a dwarf star cooler than the Sun, called Trappist-1, which is located just 40 light years from us, in the constellation Aquarius. The discovery is sensational, and was announced in Nature by an international group of astronomers led by the Institute of Astrophysics and Geophysics of the Belgian University of Liège. “Thanks to telescopes… Read more