Diabetes Damages Organs Through a Web of Stress and Inflammation, Landmark Collection Shows
A new collection of ten studies shows that type 2 diabetes complications arise from an interconnected network of oxidative stress, ...
A new collection of ten studies shows that type 2 diabetes complications arise from an interconnected network of oxidative stress, ...
By merging bulk and single-cell RNA sequencing with machine learning and lab experiments, researchers have identified smooth muscle cells as ...
New research shows the hormone asprosin reverses senescence in mesenchymal stem cells through a glycolysis-driven histone lactylation mechanism, and asprosin-engineered ...
A new study of paired glioblastoma specimens identifies Annexin A2 as an independent predictor of poor survival and a biomarker ...
Scientists have engineered red blood cell-hitchhiking liposomes that co-deliver hemoglobin and paclitaxel to lung metastases, reversing hypoxia-driven drug resistance and ...
A new study in BMC Infectious Diseases shows that early local catalase therapy relieves hypoxia, restores vascular health, and corrects ...
A new review integrates mitochondrial quality control, metabolic reprogramming, and NLRP3 inflammasome activation into a single framework explaining how microglia ...
A new Aging Cell review proposes Oxygenaging, a framework tracing how age-related breakdown across the oxygen cascade — from lungs ...
New research maps how the Mediterranean mussel's nervous system rewires its neurochemistry, gene expression, and mitochondrial machinery to survive repeated ...
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© 2025 Scienmag - Science Magazine