
Chinese Team Unveils 3kg Wearable Brain Device to Combat Mental Health Issues
Chinese researchers pioneer a 3kg wearable brain stimulator, revolutionizing accessible mental health treatments and brain-computer interface applications.
News & Insights Across Asia
Chinese researchers pioneer a 3kg wearable brain stimulator, revolutionizing accessible mental health treatments and brain-computer interface applications.
China’s semi-invasive brain-machine interface enables speech restoration and device control for paralyzed patients, advancing neurotechnology applications.
Explore how Brain-Computer Interface (BCI) technology is turning science fiction into reality, revolutionizing healthcare, cognitive enhancement, and human-computer interactions.
Chinese researchers at Huashan Hospital discover FAM171A2, a new target for treating Parkinson’s disease, and identify a candidate drug to slow its progression.
Scientists have developed a brain stimulation technique that helps people with spinal cord injuries walk again, offering new hope for patients like Wolfgang Jaeger who have regained mobility and independence.
Scientists have mapped the entire brain of an adult fruit fly, uncovering over 50 million connections between 139,000 neurons—a milestone that may shed light on brain functions across species.
Chinese scientists from Tsinghua University have developed the RUSH3D super intravital microscope, capable of capturing 3D interactions of large-scale cell networks at the mammalian organ level.
South Korean researchers have developed Nano-MIND, a revolutionary technology that enables wireless control of brain regions, potentially transforming neuroscience and therapeutic applications.
Chinese researchers have developed a pioneering 1,024-channel neural probe, achieving the first full-depth recording of neuronal activities in a macaque brain, marking a significant advancement in neuroscience.
Chinese researchers have mapped the macaque brain, offering insights into human cognition and advancing fields like translational medicine and digital brain modeling.
Israeli researchers at the University of Haifa have uncovered how trauma alters mice’s brain function, causing them to perceive harmless stimuli as threats and enhancing escape behaviors. Their findings may lead to new trauma therapies.