The Brain’s Silent Partnership: How Astrocytes and Microglia Talk From Birth to Disease
A new review reveals that astrocytes and microglia engage in lifelong bidirectional communication that shapes brain development, maintains homeostasis, and ...
A new review reveals that astrocytes and microglia engage in lifelong bidirectional communication that shapes brain development, maintains homeostasis, and ...
Researchers have demonstrated for the first time in human brain tissue that blocking glutamate transporters elicits a sustained NMDA receptor-dependent ...
New research shows that Caveolin-1, the core protein of mechanosensitive caveolae, is concentrated in optic nerve head astrocytes and rises ...
New research shows that the Parkinson's-linked gene ATP13A2 keeps astrocytic mitochondria in balance, and that its loss triggers excessive mitochondrial ...
A new review in Results in Chemistry details how programmable DNA nanobiosensors combined with artificial intelligence could enable early detection ...
A new review argues that astrocytes, not just neurons, play a pivotal role in the respiratory failure and brainstem dysfunction ...
A sweeping review reveals how dormant silent synapses are activated through coordinated molecular machinery, and how their failure or overactivation ...
A new postmortem study reveals that alcohol use disorder disrupts insulin, IGF, and Notch signaling in frontal lobe white matter, ...
A new mouse study shows that a prior H1N1pdm influenza infection reshapes social, affective, and memory behavior and intensifies neuroinflammation ...
A new hypothesis-driven framework proposes that metabolic syndrome may prime the brain's immune cells through trained-immunity-like mechanisms and weaken parvalbumin ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine