A Simple Amino Acid Reshapes Iron Nanoparticles Without Touching Their Core
Mexican researchers show that glycine concentration tunes the crystallite size, particle growth, surface charge, and thermal behavior of zero-valent iron ...
Mexican researchers show that glycine concentration tunes the crystallite size, particle growth, surface charge, and thermal behavior of zero-valent iron ...
Researchers at Shenzhen University show that replacing hydrogen with deuterium in a near-infrared fluorescent molecule simultaneously improves imaging brightness, therapeutic ...
Researchers in India used high-energy ball milling to create magnesium-doped nickel oxide nanoparticles that combine room-temperature ferromagnetism with stable supercapacitor ...
A new review maps the molecular drivers of pituitary neuroendocrine tumors, evaluates established and emerging drug therapies, and separates clinically ...
A forthcoming special issue of the Journal of Pharmaceutical Investigation will gather research on how particle engineering, formulation science, and ...
Nigerian researchers used soursop leaf extract to green-synthesize zinc and calcium oxide nanoparticles, finding the zinc particles rival vitamin C ...
A new review in Food Chemistry: X details how ferric pyrophosphate, a gentle and stable iron compound, could transform food ...
Northwestern University scientists have developed fungal-inspired melanin nanoparticles that can be added to clothing dyes to capture and destroy toxic ...
A new review proposes an anatomy-guided framework in which the bladder, prostate and kidney each demand distinct nanomedicine designs to ...
Oregon State University researchers have shown in mice that cobalt-doped iron oxide nanoparticles can both reveal a misplaced placenta on ...
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© 2025 Scienmag - Science Magazine