Dynamic MRI Protocol Tracks Oxygen Movement Across Human Brain Fluid Compartments
Researchers combined dynamic gradient-echo imaging with magnetic resonance fingerprinting to track and quantify oxygen transit into human surface cerebrospinal fluid.
Researchers combined dynamic gradient-echo imaging with magnetic resonance fingerprinting to track and quantify oxygen transit into human surface cerebrospinal fluid.
Researchers at RMIT University have identified a reproducible photophysical fingerprint of brain ageing in mice, linking specific changes in neural ...
A peer-reviewed literature review synthesizes how the brain perceives emotion, forms emotional memories, and enables affective computing through neural decoding.
A cross-sectional neuroimaging study published in Behavioral and Brain Functions has identified specific alterations in local brain activity and functional ...
A study of 102 brain tumor patients reveals that active and meaning-focused coping strategies correlate with enhanced psychological adaptation and ...
High-speed X-ray cinematography of post-mortem human heads revealed that frontal impacts consistently produce larger peak intracranial displacements and strains than ...
A longitudinal study following hospitalized COVID-19 survivors across five years found persistent cognitive difficulties, sleep disturbances, and altered functional brain ...
A comprehensive review examines how stem cell-derived three-dimensional brain organoids and assembloids are reshaping research into human neurodevelopment, circuit assembly, ...
Researchers mapped mouse brain circuits to reveal that median raphe neurons actively generate sleep drive and govern non-rapid eye movement ...
A comparative flow cytometry study of murine brain and lung pericytes finds a conserved mesenchymal-associated core across tissues, with CD90 ...
A diffusion spectrum imaging study of 23 patients found altered structural brain network organization in idiopathic normal pressure hydrocephalus, with ...
Patient-derived ventral organoids show that GATOR1-related focal epilepsy involves MAFB-driven interneuron defects independent of mTOR hyperactivation.
An already approved cancer drug, dabrafenib, reduced and stabilised cerebral cavernous malformations in mouse models, supporting its repurposing as a ...
A network meta-analysis of sixteen randomized trials finds brain-computer interface-triggered functional electrical stimulation shows a clearer motor recovery signal after ...
A new review published in Molecular Biology Reports brings together what scientists currently know about the Musashi family of RNA-binding ...
A 13-year prospective registry from Nigeria's leading university teaching hospital documents 1,440 traumatic brain injury cases, a 21% in-hospital mortality ...
Five scientists received 2026 BBRF Outstanding Achievement Prizes for research on schizophrenia, inflammation in depression, early brain development and the ...
A new MRI-based index shows that blood flow closely follows cell density across the layered human cortex and captures aspects ...
A new review proposes the NEIF hypothesis, reframing primary dysmenorrhea as a systemic condition spanning progesterone withdrawal, inflammation, oxidative stress ...
A systematic review of multimodal brain imaging in concussed athletes finds striking alterations in brain connectivity, white matter microstructure, blood ...
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