Somatic SNCA Gene Gains in Glia Drive Multiple System Atrophy
Researchers have shown that somatic copy number gains of the SNCA gene accumulate in oligodendrocytes of multiple system atrophy brains, ...
Researchers have shown that somatic copy number gains of the SNCA gene accumulate in oligodendrocytes of multiple system atrophy brains, ...
A new rat study shows that four weeks of oral sodium butyrate treatment significantly improves motor function and preserves dopaminergic ...
New research shows that the reappearance of infantile primitive reflexes in older adults strongly predicts poorer cognitive functioning and lower ...
Boston University researchers propose that brain stimulation should sometimes amplify the brain's own compensatory workarounds rather than always restoring normal ...
A new Roadmap in Nature Reviews Molecular Cell Biology outlines how integrating structural biology, biophysics, computation and medicine can finally ...
New research shows that frontal tau pathology fragments the traveling slow waves of deep sleep, weakening overnight memory consolidation and ...
Deep in the brainstem, a tiny, pigment-darkened cluster of neurons called the locus coeruleus acts as the brain's principal source ...
A plant sterol best known for its role in one of the world's most mysterious outbreaks of neurodegenerative disease may ...
A newly identified mechanism may explain how tau protein helps drive Alzheimer’s disease and other tauopathies, according to research from ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine