Mapping Movement: Unveiling the Complexity of Brain-Sensory Partnership
A new study delves into the mechanisms of proprioception, the body's ability to sense limb position and movement, using musculoskeletal simulations and neural network models to understand how the brain integrates sensory data from muscle spindles. The research suggests that the brain prioritizes limb position and velocity in processing proprioceptive input, offering potential implications for neuroprosthetic design and advancing our understanding of sensory processing.