Iron’s Dark Side: How Ferroptosis Drives Brain Disease and What Could Stop It
A new review proposes the Iron-Brain Nexus framework to explain why the brain is uniquely vulnerable to iron-dependent ferroptotic cell ...
A new review proposes the Iron-Brain Nexus framework to explain why the brain is uniquely vulnerable to iron-dependent ferroptotic cell ...
A scoping review of 140 reviews finds N-acetylcysteine studied across 17 clinical domains, but widespread low-quality and redundant evidence still ...
New research reveals that the secreted protein DKK1 helps oral squamous cell carcinoma resist cisplatin by keeping the SLC3A2 cystine ...
A pilot machine learning study of 20 mother-child dyads found that maternal lactation nutrients such as phosphatidylcholine, glutathione, and glycemic ...
A new review in Cell Death & Discovery proposes triaptosis, an endosome-centered form of ROS-regulated cell death driven by oxidative ...
A new single-cell and animal study links SLC7A11-high astrocyte states to antioxidant failure and synaptic remodeling in multiple sclerosis, pointing ...
A four-week follow-up study of 70 patients with bipolar mania found that changes in total antioxidant capacity significantly predicted symptomatic ...
New research reveals that the RNA splicing factor LUC7L2 drives ferroptotic kidney damage from cisplatin by corrupting the splicing of ...
A new critical review argues that much of the apparent conflict in the redox–telomerase literature reflects experimental design flaws rather ...
A double-blind randomized trial found that an inexpensive N-acetylcysteine mouthwash significantly reduced severe oral mucositis in hematopoietic cell transplant recipients, ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine