Chiral virus-like nanoparticles improve antibiotic delivery in mouse meningitis models
An L-alanine-functionalized, virus-like mesoporous silica carrier improved antibiotic delivery and therapeutic outcomes in mouse models of bacterial meningitis.
An L-alanine-functionalized, virus-like mesoporous silica carrier improved antibiotic delivery and therapeutic outcomes in mouse models of bacterial meningitis.
Cell, tissue and mouse experiments link elevated SWAP70 to advanced human liver tumors and show that it supports hepatocellular carcinoma ...
IKKε deficiency reduced pain-related behavior and synovitis in mouse osteoarthritis models without producing a statistically significant reduction in cartilage degeneration.
A cross-species single-cell and spatial transcriptomics study reveals a conserved Notch/AP-1 to fibronectin and thrombospondin signaling axis operating in a ...
New research shows that two mutations of the α5 nicotinic receptor gene produce opposing empathy-related behaviors in mice, mirroring distinct ...
A new study shows that the chemokine receptor CXCR2, long associated with inflammation, is essential for hearing because its loss ...
A new Nature Communications study shows that the axonal guidance molecule EphrinA4 in arterial smooth muscle cells repels sympathetic nerves ...
New research in iScience shows that the hormone leptin, the potassium channel Kcnb1, and integrins form a tripartite brain complex ...
A new mouse study shows that the RNA-binding protein TIA1 in ventral hippocampal CA1 excitatory neurons protects against depressive-like behaviors ...
New research in mice shows that curli amyloid fibers from Salmonella and E. coli biofilms can drive the production of ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine