Breakthrough research reveals how AT1R, AT2R and RXFP1 receptors communicate in myofibroblasts, offering new approaches to treating fibrosis.
Exploring the emerging science of biofield physiology - the electromagnetic and biophotonic fields that regulate health and healing.
Discover how sapphire optrodes are transforming neuroscience with their ability to record neural activity with unprecedented clarity while enabling optogenetic control.
Exploring how the forced migration of neuroscientists during WWII transformed global neuroscience and created new scientific fields.
Exploring how the BRAIN Initiative has transformed neuroscience through advanced neurotechnologies, brain mapping, and innovative treatments for neurological disorders.
Exploring how 7 Tesla Spin Echo EPI fMRI reveals previously hidden brain networks through advanced neuroimaging techniques.
Breakthrough in fully-passive wireless neural recording technology enabling unprecedented study of brain activity in freely moving animals.
Explore how brain-computer interface technology is transforming neurorehabilitation through cutting-edge research and clinical applications.
Exploring how phosphoproteomics reveals insights into brain disorders through murine studies, focusing on phosphorylation dynamics in neurological diseases.
Explore how pedagogical psychology is transforming education through AI, neuroscience, and innovative teaching methods for the 22nd century.