Exploring the cytotoxic effects of protic ionic liquids on human liver and skin cells through in vitro and in silico studies.
Exploring the concentration-dependent relationship between stem bromelain and the ionic liquid [Amim][Cl] - a breakthrough in green chemistry and enzyme stabilization.
Explore how ionic liquids are transforming energy storage, medicine, and sustainable processes while expanding our understanding of potential life in the universe.
Explore the fascinating world of ionic liquids - designer solvents revolutionizing science with their tunable properties and molecular precision.
Discover how ionic liquids are revolutionizing cellulose processing to create sustainable materials with near-zero environmental footprint.
Explore the fascinating world of ionic liquids - extraordinary salts that never evaporate, fight bacteria, and could help us find life on other planets.
Scientists are crafting novel ionic liquids from caprolactam, offering a greener path for everything from biofuel production to microalgae extraction.
Exploring the synthesis, toxicity, and biodegradability of innovative mandelic acid-derived ionic liquids as sustainable alternatives to conventional solvents.
Exploring the revolutionary applications of ionic liquids containing borate anions like tetrakis(pentafluorophenyl)borate, tetraphenylborate, and trifluorophenylborate.
Exploring how ionic liquids are transforming fire safety as sustainable, multifunctional flame retardants through cutting-edge research and applications.