Tag: Controlled Release

Researchers developed food-grade bigels using chitosan and beeswax to enable the controlled, targeted release of ferulic acid in the gastrointestinal ...

A new review describes how gum from the Christ's thorn jujube tree can be blended with seaweed-derived alginate to create ...

A three-carrier blend of maltodextrin, gum arabic, and inulin showed the highest phenolic retention and lowest degradation rate in spray-dried ...

A 2026 review details how nanofiber active packaging films made by electrospinning and related techniques can extend the shelf life ...

An in vitro study reports a chitosan nanoparticle and GelMA hydrogel platform that releases resveratrol faster at acidic pH and ...

A new review in Polymer Bulletin evaluates chemically modified alginate as a tunable platform for sustained, minimally invasive drug delivery ...

Indian researchers developed PVP-PEG-gelatin hydrogels that released L-theanine slowly over 48 hours, with nanoparticle encapsulation slowing release further while showing ...

A new review in Bioscience Nanotechnology outlines how smart nanocarriers can deliver biostimulants with sustained, stimulus-responsive release to support sustainable ...

A modified zirconium MOF carrier loaded with clove essential oil improved the strength and preservation performance of starch-based packaging films ...

A new study of biodegradable hydrogel nanocomposites has mapped in detail how two widely used herbicides, paraquat and difenzoquat, are ...

Researchers report an ultra-lightweight open-path methane sensor weighing 1.2 kilograms that, flown on a small drone, detected a controlled 0.48-kilogram-per-hour ...

Porous Poria cocos polysaccharide beads with tunable pore architecture release tannic acid into the package headspace, matching a commercial sulfur ...

Researchers used a Quality by Design approach to engineer doxorubicin-loaded chitosan microbubbles that release the chemotherapy drug under ultrasound, dramatically ...

A new review details how micro- and nanoencapsulation technologies are overcoming the poor stability, solubility, and bioavailability of plant-derived bioactive ...

A new critical review argues that artificial intelligence has accelerated epitope prediction for multi-epitope vaccines, but chemical developability, nanocarrier formulation ...

Harvard researchers report that unsaturated phospholipids spontaneously form multilamellar, multivesicular liposomes that dramatically boost loading and achieve weeks-long, ultra-slow release ...

Researchers have encapsulated fragile gardenia yellow pigment inside a zinc L-aspartate bio-metal-organic framework to create a stable solid hybrid pigment ...

Researchers engineered a lipid nano-emulsion from solid myristic acid and liquid palm oil that encapsulates L-DOPA in sub-100-nanometer particles and ...

Italian researchers have engineered mesoporous silica nanoparticles with hierarchical pores and pH-responsive polymer gates that load corrosion inhibitors at high ...

In a groundbreaking study led by researchers Kowalska, Adamska, Wcisło, and collaborators, the intricate relationship between colloidal stability and the ...