Titanium dimer supported on a black phosphorus layer enables nitrogen reduction at low overpotential
Phosphorene Catalyst for Ammonia Synthesis
Ionic Liquids for the Degradation of Plastic Bottles
Iron(III)-containing ionic liquid as an active catalyst for the glycolysis of PET under microwave irradiation
Self-Assembly of Rodlike π-Conjugated Molecules
Diacetylene-bridged phenylvinylene oligomers have solvent-dependent self-assembly behavior
Electrical Wires Made from DNA
Incorporation of perylene units into DNA molecular wires improves current levels
Disarming Resistant Bacteria with a Hypertension Drug
Guanfacine doubles as an anti-virulence agent against a bacterial pathogen
Synthesis of Structurally Diverse Benzotriazoles
Rapid diazotization and intramolecular cyclization of 1,2-aryldiamines
Platinum Oxide Phases Affect Oxygen Evolution Performance
Oxygen evolution reaction (OER) on Pt could be enhanced by proper surface engineering
Behind the Science: How Does Methylaluminoxane Work?
A. Itken-Fuder talked to S. McIndoe, University of Victoria, Canada, about the influence of additives on the mechanism of action of methylaluminoxane
Using Enzymes to Make Tryptamine Analogs
In vitro biocatalytic production using a new tryptophan decarboxylase
Probing Glutathione in Cells Using Metal-Organic Frameworks
New strategy allows measurements in living cells