Tag

Motor Functions

All articles tagged with #motor functions

neuroscience2 years ago

Timing is Everything: Unveiling the Optimal Moments for Action and Perception

A study published in PLOS Biology reveals that the timing of our heartbeat influences the brain's responsiveness and perception. Researchers found that during the contracting phase of the heart, both the brain's direct responses and muscle activities were more pronounced. The study suggests that the brain's responsiveness to stimuli fluctuates with the heartbeat, indicating a potential synchronization between cardiac activity and motor functions. The findings highlight the interconnectedness of physiological processes and brain functions, with implications for treatments involving brain stimulation. Understanding the optimal timing in the cardiac cycle could enhance the effectiveness of interventions for conditions like depression and stroke recovery.

medical-technology2 years ago

Revolutionary Spinal Implant Restores Parkinson's Patient's Mobility

A Frenchman with advanced-stage Parkinson's Disease has regained the ability to walk unaided for miles after receiving a new spinal implant developed through a collaboration between the Swiss Federal Institute of Technology and Lausanne University Hospital. The implant, which stimulates the legs to move, has restored significant motor functions to the patient and is seen as a major breakthrough in treating Parkinson's Disease and spinal cord injuries. The technology still requires further development and testing, but it holds promise for improving mobility and quality of life for patients in the future.

neuroscience2 years ago

New Fruit Fly Nerve Cord Connectome Revealed by Researchers

Researchers have released the most comprehensive connectome of the adult fruit fly nerve cord, providing an exceptional resource for the scientific community. The connectome, constructed from about 23,000 neurons, reveals the intricate network controlling the fly’s motor functions. New insights have already emerged from the data, challenging previous theories on fly movement. This achievement not only advances understanding of fruit fly neurology, but also serves as a model for similar future projects.