Brain Sciences, Free Full-Text
$ 17.50 · 4.7 (793) · In stock
To maintain stable and coherent perception in an ever-changing environment, the brain needs to continuously and dynamically calibrate information from multiple sensory sources, using sensory and non-sensory information in a flexible manner. Here, we review how the vestibular and visual signals are recalibrated during self-motion perception. We illustrate two different types of recalibration: one long-term cross-modal (visual–vestibular) recalibration concerning how multisensory cues recalibrate over time in response to a constant cue discrepancy, and one rapid-term cross-modal (visual–vestibular) recalibration concerning how recent prior stimuli and choices differentially affect subsequent self-motion decisions. In addition, we highlight the neural substrates of long-term visual–vestibular recalibration, with profound differences observed in neuronal recalibration across multisensory cortical areas. We suggest that multisensory recalibration is a complex process in the brain, is modulated by many factors, and requires the coordination of many distinct cortical areas. We hope this review will shed some light on research into the neural circuits of visual–vestibular recalibration and help develop a more generalized theory for cross-modal plasticity.
Brain Oxford Academic
Acquisition of concrete and abstract words is modulated by tDCS of Wernicke's area, cardirin original
Brain Research 1998: Vol 779-814 Index : Free Download, Borrow, and Streaming : Internet Archive
The gut-brain axis: New therapeutic approaches and R&D - Mergeflow
COMFORTABLE) PDF Book Hardwiring Happiness: The New Brain Science of
Brain Sciences, Free Full-Text
Brain Sciences, Free Full-Text
Mila Zhang on LinkedIn: We organize Brain Sciences 2022 Young Investigator Award. See:…
COVID-19: How Isolation May Hurt Our Ability to Fight Coronavirus, isoliermatten wärmedämmung
Brain Sciences, Free Full-Text
Brain Sciences An Open Access Journal from MDPI