GFAP mutations selectively reshape lipids in Alexander disease cell model
A targeted lipidomic study in engineered human astrocytoma cells found that Alexander disease-associated GFAP mutations caused distinct, extensive changes in ...
A targeted lipidomic study in engineered human astrocytoma cells found that Alexander disease-associated GFAP mutations caused distinct, extensive changes in ...
A 2026 review identifies shared pathways involving synapses, immunity, metabolism, epigenetics and waste clearance in autism and Alzheimer’s disease, while ...
Biochemical and animal studies suggest that cocoa-derived theobromine can affect monoamine oxidase, adenosine and neuronal signaling, but no clinical evidence ...
A new Nature Communications study shows that plasma eMTBR-tau243 and p-tau205 rise during the later tau aggregation stage of Alzheimer's ...
A new conceptual framework called the Gut-Brain Homeostatic Continuum reframes Alzheimer's disease as a progressive erosion of organismal resilience driven ...
A new review argues that the ubiquitin-proteasome system degrades P-glycoprotein at the blood-brain barrier, impairing amyloid-beta clearance and offering new ...
Weill Cornell Medicine's Dr. Samie Jaffrey has received a five-year, $5.5 million NIH Director's Transformative Research Award to map how ...
A new study of 253 older adults finds that amyloid pathology alters gait and hippocampal structure in sex-specific ways during ...
A human stem-cell model recreates early yolk sac immune development and shows that a single progenitor population can generate specialized ...
The distinction between the well-characterized and poorly-characterized neurotransmitter effects of environmental enrichment deserves closer examination, because it reveals something important ...
A ginseng compound slowed neuronal aging in Caenorhabditis elegans through phosphoinositide signaling, TOR suppression, and HLH-30/TFEB activation, offering a new ...
Age-related hearing loss, or presbycusis, has long been viewed as an inevitable consequence of wear and tear on the delicate ...
A biofilm-proficient Bacillus subtilis strain delayed aging-related structural damage in the cholinergic neurons of C. elegans, with effects enhanced by ...
A new review argues that the optically transparent zebrafish offers a uniquely powerful translational model for decoding how obesity dismantles ...
A computational study shows that ALS-linked FUS mutations cause disease through subtle, site-specific changes in protein flexibility and molecular recognition ...
A new study reveals that impaired proteasome function, driven by SUMOylation, may underlie the toxic accumulation of alpha-synuclein in Parkinson's ...
A large resting-state fMRI study of 789 ADNI participants shows that white matter functional networks are measurably and selectively disrupted ...
A new case report details how a 76-year-old man's sporadic Creutzfeldt-Jakob disease was initially misdiagnosed as ischemic stroke, with MRI ...
Researchers in Berlin have developed an automated calcium imaging pipeline that detects and quantifies activity across tens of thousands of ...
A three-year study of 301 Parkinson's disease patients in Northeast China finds that GBA1 gene variants, present in 8.31 percent ...
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