Human Hippocampus Supports Auditory Processing and Multisensory Integration Beyond Vision
High-resolution fMRI reveals that the human hippocampus represents auditory scenes and integrates multisensory information across its longitudinal axis.
High-resolution fMRI reveals that the human hippocampus represents auditory scenes and integrates multisensory information across its longitudinal axis.
A comprehensive narrative review of 14 empirical studies reveals that auditory, visual, and multimodal interventions address distinct developmental domains in ...
A study using transcutaneous electrical nerve stimulation found that individuals with affective and anxiety disorders reported more positive stimulus valence ...
A mouse study found that iron deficiency during pregnancy left persistent mineral and gene-expression changes in offspring brains despite normalization ...
A small non-randomized study found modest improvements in autism symptoms and several sensory-processing domains after 12 weeks of sensory integration ...
A reference-independent EEG analysis shows that autistic and non-autistic children suppress their brain responses to audiovisual speech similarly, but differ ...
A large study of Chinese children finds that autistic children with auditory atypicalities show an exaggerated brain response to changes ...
A randomized controlled trial in Turkey found that adding fidelity-monitored Ayres Sensory Integration therapy to standard education improved daily living ...
In a groundbreaking study published in the Journal of Autism and Developmental Disorders, researchers are unraveling the complex relationship between ...
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