# Medical Innovation

Latest news and articles about Medical Innovation

Total: 4 articles found

Close-up of a young woman wearing an EEG headband, showcasing modern technology indoors.
Technology

China’s Neural Frontier: Homegrown BCI Restores Mobility for Paralyzed Patient

China’s self-developed "Beijing Brain No. 1" BCI system has successfully restored mobility to a long-term paralyzed patient through a semi-invasive cortical implant. With nearly 30 human implants completed and long-term safety data emerging, the project marks a significant step in China's ambition to lead the global neural technology market.

NeTe2026年6月29日 19:38
#Brain-Computer Interface#BCI#Beijing Brain No. 1
Close-up of a robotic prosthetic hand in neon lighting, symbolizing advanced technology.
Science

Reclaiming Mobility: How a Chinese Robotic Breakthrough is Reversing Pediatric Muscle Atrophy

Researchers at Beihang University have developed a wearable robot capable of reversing muscle atrophy in children, a breakthrough recently published in the journal Nature. The device uses precise physical training to stimulate substantive muscle regrowth, offering new hope for patients with severe neuromuscular degeneration.

NeTe2026年5月21日 06:53
#Beihang University#Muscle Atrophy#Wearable Robotics
Flat lay of diabetes medication symbolized with pills and syringes on a pink background.
Science

Stem Cell Breakthrough: Solving the Stability Puzzle in Type 1 Diabetes Treatment

Researchers at the Karolinska Institute have developed a technology to stabilize the production of insulin-secreting cells from human stem cells. This breakthrough addresses a major technical bottleneck in regenerative medicine, paving the way for more reliable and scalable stem cell treatments for Type 1 diabetes.

NeTe2026年4月26日 10:28
#Type 1 Diabetes#Stem Cells#Karolinska Institute
A person uses a tablet to view a 3D model prototype in a workshop equipped with 3D printers.
Technology

The Pig Paradigm: How Ultrasound 3D Printing is Breaking the Brain-Computer Barrier

Researchers in Shenzhen have pioneered a technique using ultrasound to 3D print electrodes inside a pig's scalp, allowing for high-fidelity brainwave capture without invasive surgery. This approach leverages the cost-effectiveness and biological similarities of pigs to humans, potentially disrupting the billion-dollar EEG market.

NeTe2026年4月12日 14:58
#Brain-Computer Interface#BCI#3D Printing