Tracking osmolyte patterns in biological contexts can help design novel multicomponent deep eutectic systems, which mimic the nuanced microenvironment of biomacromolecules operating within these biological contexts.
Hydrophobic deep eutectic solvents as suitable alternatives to toxic solvents used in the conservation of Cultural Heritage sector.
This review offers insights into general design principles for advanced materials in deep eutectic solvents, fostering knowledge exchange across related disciplines and inspiring further advancements in green chemistry and materials science.
Immobilization of eutectic mixtures in supramolecular gels formed using low molecular weight gelators is a smart strategy to expand their design space. Advances in the last five years are reviewed from the viewpoint of sustainability.
A sequential solvometallurgical leaching and electrodeposition method utilizing a green ternary deep eutectic solvent demonstrates nearly 100% recovery of pure nickel from lithium-ion battery cathodes at benign temperatures (≤70 °C).