CD40 is a member of the TNF receptor superfamily, which includes TNFR-1, TNFR-2, Fas, CD27, RANK, DR4 (TRAIL-R1), DR5 (TRAIL-R2), and DR6, as well as assorted decoy receptors (e.g., DcR-1/TRAIL-3)...
A current working hypothesis in the field of AD research is that preventing the accumulation of Aß peptides will slow or prevent cognitive decline. Two main strategies for accomplishing this goal have been pursued in recent years...
It has been a century since Alzheimer and Bielchowsky reported senile plaques (SP) in AD brain, but it was only relatively recently appreciated that SPs are embraced by reactive astrocytes and microglia...
A paper in today's Science offers a candidate pathway for inflammatory processes in Alzheimer's disease; the pathway uses the CD40 receptor on microglia and is upregulated by Aβ...
In mice, aggregates of oxidized SOD1 accumulated with age, and endoplasmic reticulum stress made it worse. Does this explain SOD1 aggregates found in spinal cords of patients with sporadic ALS?
In a human cell model, VCP variants trigger a cascade of neuronal disruption and hobble astrocytes’ ability to support motoneurons.
Injected α-synuclein fibrils triggered pathology throughout the mouse brain, even in regions not neuroanatomically connected to the injection site. Astrocytes were loaded with inclusions.
Scientists at SfN presented innovative ways to slow amyloid accumulation and preserve synapses.
Researchers at SfN 2016 painted a more detailed picture of how misfolded proteins may proliferate, as one cell spreads these “hot potatoes” to the next.
A dynamic joint meeting dispels some old tenets while charting new avenues for research, such as microglia from iPSCs.
Healthy neurons tell astrocytes how to act. In the case of ALS, astrocyte signals spell trouble.
Recent studies exemplify the burgeoning array of stem cell strategies to treat neurodegeneration, ranging from sending in supportive cells to switching out neurons.
People with Alzheimer’s overexpress the A2A receptor, which suppresses memory in mice.
Tiny secreted vesicles emerge as important players in communication between brain cells. Are they important in neurodegeneration?
Trophic factor may rejuvenate aging cells and protect neurons.
No filters selected