Researchers experimentally evaluated a water-based ternary hybrid nanofluid containing magnesium oxide, yttrium oxide, and silicon dioxide, establishing that the suspension ...
A two-phase batch Bayesian optimization framework successfully identified stable, high-performing oral microemulsion drug delivery systems in just twenty-five experiments across ...
Researchers engineered triphenylphosphonium-functionalized chitosan-alginate nanoparticles that successfully navigate into MCF-7 breast cancer cell mitochondria, releasing encapsulated rooibos polyphenols in response ...
Researchers synthesized silane- and polymer-functionalized multiwalled carbon nanotubes that demonstrated enhanced colloidal stability and high adsorption capacities for sequestering cadmium ...
Researchers have demonstrated that combining microwave-extracted chitin nanocrystals with graphite oxide lowers the critical concentration needed to produce birefringent liquid ...
Researchers synthesized an amphiphilic core-shell nanocomposite that lowers interfacial tension, reverses rock wettability to water-wet, and recovers over seventy percent ...
Researchers developed DM4R2 spider silk particles with improved stability and drug loading capacity for chemotherapeutic and protein drug delivery.
Brazilian researchers converted discarded orange peels into stable selenium nanoparticles in a 30-minute microwave reaction, with the peel extract acting ...
Nanoemulsion delivery improved the colloidal stability and sensory acceptability of essential-oil-enriched apple juice compared with direct homogenized dispersion.
Researchers synthesized water- and organo-dispersible gold nanoparticles in a single room-temperature step using PDMAEMA as both reducer and stabilizer, with ...
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