Micelles play a crucial role in dispersing hydrophobic inks and drug in water-based solutions. Recently, researchers compared the dye solubilization capacities of micelles made from block and random ...

The first goal of the study was to explore the ability of PEO–PPO polymeric micelles to host EFV molecules within the micellar core as a strategy to enhance the water solubility of the drug. Below the ...

The proposed strategy will lead to the development of various advanced micelle structures with tunable, on-demand cavity functions in water. Micelles assemble in water from amphiphilic molecules, ...

Advanced solutions are improving drug dissolution, absorption, and overall therapeutic performance. Drug solubility directly impacts bioavailability and absorption levels, and thus efficacy and safety ...

While molecules with a single cavity have been extensively studied in solution, the solution state functions of polycavity materials remain elusive owing to their synthetic inaccessibility. Porous ...

Researchers made porous aromatic polymers water-soluble using micelles, enabling them to carry hydrocarbons and dyes as multi-component materials. (Nanowerk News) While molecues with a single cavity ...

Block copolymer micelles with well-defined core-shell structures significantly improve dye solubilization compared to random copolymers. This finding can lead to more efficient and cost-effective ...

Children constitute the most challenging population in anti-HIV/AIDS pharmacotherapy. Efavirenz (EFV; aqueous solubility 4 µg/ml, bioavailability 40–45%) is a first-line agent in the pediatric ...