Discover how plantain peels are transforming pharmaceutical science as sustainable suspending agents in liquid medications.
Exploring the nanoscale structure of electric double layers in protic ionic liquids and their implications for energy storage technologies.
Explore the synthesis and characterization of 2D organic materials, their advantages over graphene, and future applications in flexible electronics and biomedicine.
Explore how supercritical carbon dioxide is transforming polymer science with eco-friendly manufacturing solutions for advanced materials.
Explore the synthesis, reactions and biological importance of α,β-unsaturated carbodithioate esters - versatile sulfur-containing molecules with applications in cancer treatment, antimicrobial therapy and molecular electronics.
Exploring how protein fiber formation follows the same principles as chemical colloid assembly, with implications for disease understanding and materials science.
Explore how bioactive polymers are revolutionizing intracellular protein therapeutics, enabling precise drug delivery inside cells for treating genetic diseases, cancer, and neurodegenerative disorders.
Explore how Swiss researchers are advancing polymer and colloid chemistry to create revolutionary materials from self-assembling synthetic worms to autonomous material discovery platforms.
Explore the fascinating science behind dental filling materials and how researchers evaluate their longevity and performance in clinical trials.
Explore how polymer science is revolutionizing transdermal drug delivery through advanced patches, microneedles, and smart technologies.