A study reveals that both sensory and motor signals are processed in the cortex, suggesting and challenging previous understandings that these signals are intertwined in influencing choices. Credit: SciTechDaily.comGroundbreaking research study shows how the brain incorporates sensory information and motion signals, affecting how we respond to what we hear.You hear a phone ring or a canine bark.”Origin and Role of Choice SignalsSo, what might the origin of these option signals in the acoustic cortex be? “Interestingly,” keeps in mind Renart, “the early sensory signals in the auditory cortex dont appear to anticipate the mices ultimate choice, and the option signals emerge significantly later on. This recommends that the sensory signals in the acoustic cortex do not directly cause the mices actions, and that the choice signals we observe are likely calculated in other places in higher brain regions involved in preparation or performing motions, which then send their feedback to the acoustic cortex.
A research study reveals that both sensory and motor signals are processed in the cortex, showing and challenging previous understandings that these signals are linked in affecting choices. “Interestingly,” keeps in mind Renart, “the early sensory signals in the auditory cortex do not appear to forecast the mices eventual choice, and the choice signals emerge considerably later on. This suggests that the sensory signals in the acoustic cortex do not directly trigger the mices actions, and that the choice signals we observe are likely computed elsewhere in greater brain regions included in planning or executing motions, which then send their feedback to the auditory cortex.
