Astrocyte Responses to Obesity May Disrupt Blood Pressure Control
A 2026 review proposes that reactive astrocytes in hypothalamic and brainstem circuits may contribute to obesity-associated hypertension through glutamate disruption, ...
A 2026 review proposes that reactive astrocytes in hypothalamic and brainstem circuits may contribute to obesity-associated hypertension through glutamate disruption, ...
A twelve-week acupuncture protocol in hypertensive rats lowered blood pressure, restored a neuroprotective deacetylase in the brain's sympathetic control center, ...
A computational model decoding stress-related arousal from skin conductance found that adults with insomnia show disrupted learned fear and safety ...
A multicentre proteomics study finds that patients with medication-related osteonecrosis of the jaw have significantly reduced circulating dopamine β-hydroxylase, linking ...
A randomized controlled trial found that occupational therapy incorporating horses produced significantly greater within-session cortisol reductions in autistic children than ...
A new study reveals a hypothalamic oxytocinergic–sympathetic brain circuit that mechanistically couples anxiety to impaired tendon–bone healing after rotator cuff ...
A new Nature Communications study reveals that pulsed electromagnetic fields protect stressed skeletons by activating a brain-independent sensory nerve circuit ...
New research shows that neuropeptide Y released by sympathetic nerves in the liver drives both inflammatory and profibrotic macrophage states ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine