Self-Assembling Enzyme Beads Pave the Way for Cleaner Industrial Chemistry
Researchers at the Karlsruhe Institute of Technology have developed self-assembling, carrier-free enzyme beads that combine robust storage and continuous-flow performance ...
Researchers at the Karlsruhe Institute of Technology have developed self-assembling, carrier-free enzyme beads that combine robust storage and continuous-flow performance ...
Scientists green-synthesized zinc oxide nanoparticles from mulberry leaf extract and paired them with a porphyrin to degrade rhodamine B dye ...
A new review outlines how coupling chemical depolymerization of lignin with microbial funneling pathways could transform the biomass industry's most ...
Researchers at Banaras Hindu University have created a metal-free carbon dot and graphene nanocomposite that selectively converts oxygen into hydrogen ...
Yale chemists have developed a two-step electrosynthesis that converts carbon dioxide, nitrite and aromatic aldehydes into valuable arylglycine amino acids ...
A new review shows that magnetically recoverable nanocatalysts combining iron oxide cores with palladium, copper, zinc, gold, or metal-free active ...
Researchers have developed an iron photocatalytic method that achieves anti-Markovnikov hydroalkylation of alkenes using malonic acids as alkyl donors, delivering ...
Egyptian researchers found that Chrysanthemum indicum flower extract inhibits sulfuric acid corrosion of API 5L X70 pipeline steel by over ...
Rice University chemists have developed a flash heating process that destroys PFAS waste and recovers its fluorine as reusable silver ...
Researchers have shown that common fruit and vegetable extracts such as lemon juice and banana peel can catalyze the green ...
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© 2025 Scienmag - Science Magazine