Functional maleimide copolymers form stable nanodiscs that solubilize membrane proteins without detergents, preserving native structure across broad pH.
A degradable antimicrobial hydrogel expands at body temperature to fit irregular wounds, support tissue ingrowth, and avoid dressing changes.
Two aqueous dip-molded polymer layers give hard capsules gastric resistance, controlled intestinal release, and stable shell formation without solvents.
A fatty acid and weak organic acid coating protects actives in low pH, then dissolves at neutral pH for controlled release with simpler compliance.
Neutral GRAS nanoparticles with triblock copolymer coatings improve brain tissue diffusion and prolong CNS drug release.
A porous 3D scaffold bioreactor boosts extracellular vesicle yield and loading consistency for scalable GMP-ready production.
Dual-size pores and rigid nanoparticle crosslinking improve chromatographic permeability, bead strength, and biomacromolecule separation range.
Adhesive dendritic particles use multiple surface attachment points to remain at target sites and release active agents over extended periods.