Mitochondrial Fusion Emerges as Target for Regenerative Medicine and Tissue Repair
Researchers highlight how targeting mitochondrial fusion could enhance stem cell differentiation and restore damaged tissues in preclinical disease models.
Researchers highlight how targeting mitochondrial fusion could enhance stem cell differentiation and restore damaged tissues in preclinical disease models.
Researchers discovered that administering alpha-ketoglutarate restores blood perfusion and prevents tissue necrosis in ischemic skin flaps by activating the PI3K/Akt/HIF-1alpha ...
A nationwide registry study of deceased donor kidney transplantations in Thailand found that longer cold ischemia time was independently associated ...
A case series of three young women treated in Bali describes acute nontraumatic paraparesis and urinary retention after surfing, with ...
A detailed cardiac MRI study of 518 heart attack patients finds that lipoprotein(a), a major genetic cardiovascular risk factor, shows ...
A European expert consortium has published evidence-based recommendations for inserting, securing, and managing intra-arterial catheters in newborns, targeting a long-standing ...
A Japanese study of 168 patients found that a global myocardial flow reserve below 2.0 on nitrogen-13 ammonia PET independently ...
A deep-learning-guided virtual screen identified four molecules that block the HIF-1α/VHL interaction, including the approved myeloma drug ixazomib, which protected ...
Researchers combined bioinformatics screening with mouse experiments to identify PLAUR and IL1B as hub genes of hypoxia and ischemia in ...
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© 2026 Scienmag - Science Magazine