Oyster fungus yields new anti-inflammatory molecules that block nitric oxide enzyme
Scientists isolated three novel cytochalasins from an oyster-derived fungus, with two compounds curbing nitric oxide production in mouse microglial cells.
Scientists isolated three novel cytochalasins from an oyster-derived fungus, with two compounds curbing nitric oxide production in mouse microglial cells.
A capsaicin-coated magnetoelectric particle that generates electrical pulses in the stomach stimulated the vagus nerve and eased motor symptoms and ...
Repeated peripheral histamine injections in mice were associated with persistent, region-specific glial morphometric remodelling and attenuated behavioural and dopaminergic deficits ...
A new Cell & Bioscience study in mice shows that downregulated hippocampal RACK1 potentiates LPS-induced neuronal necroptosis through the RACK1/RIPK1 ...
In a rat model of postsurgical pain, oral and intrathecal thymoquinone normalized incision-induced mechanical allodynia and modulated spinal oxidative, inflammatory ...
A narrative review links an imbalance between kynurenic acid and quinolinic acid in the kynurenine pathway to seizures, drug resistance ...
In Alzheimer-model mice, minimally invasive vagus nerve stimulation delivered right after orthopedic surgery reduced acute amyloid-beta accumulation, neuronal loss and ...
A new review argues that gut dysbiosis, immune hyperactivation and HPA axis disruption link idiopathic Parkinson's disease with the systemic ...
A systematic review synthesises preclinical and human evidence that the choroid plexus drives immune infiltration, barrier disruption and genomic changes ...
A new study reports that lncR-AK158273 suppresses microglial autophagy during LPS-induced neuroinflammation by upregulating Mst1 expression.
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© 2025 Scienmag - Science Magazine