New lipid nanoparticle shapes advance drug delivery methods
New lipid nanoparticle shapes offer breakthroughs in drug delivery, enabling more precise targeting and broader applications of nanomedicine in future therapies
Category: Nanotechnology
Duke researchers unveil TuNa-AI, an AI platform that designs and optimizes nanoparticles for drug delivery, boosting nanoparticle formation by 42.9 percent
Eco-friendly quantum dots provide a new method for seeing in the dark
Researchers have developed a new method for manufacturing infrared sensors using environmentally friendly quantum dots, sidestepping the reliance on toxic…
Researchers at MLU Halle-Wittenberg developed light-activated single-chain nanoparticles that unfold under laser light, offering targeted, high-contrast imaging
Light-sensitive nanoparticles create contrast for advanced imaging
Researchers have developed a new class of light-sensitive nanoparticles that could significantly improve the clarity and precision of medical imaging.…
Scientists have dramatically amplified the antibacterial power of simple vinegar by adding specialized nanoparticles, creating a potent and non-toxic wound…
Light-sensitive nanoparticles serve as contrast agents for advanced imaging
Researchers have developed a new class of nanoparticles that respond to light, a breakthrough that could usher in a new…
Nanoparticles boost vinegar for advanced wound healing
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Novel technique engineers graphene defects for improved performance
Researchers have developed a highly precise method for creating and controlling atomic-scale imperfections in graphene, effectively transforming these typically undesirable…
An 18-member nanoring expands the known limits of global aromaticity
A team reports the synthesis of an 18-member carbon nanoring fused to a porphyrin-like scaffold, achieving global aromaticity confirmed by X-ray, NMR and DFT