Using robots and click chemistry, scientists built potential active ingredients for future antibiotics that contain metal.

The field of metal complexes and redox activity has evolved substantially, offering novel insights into the interplay between transition metal centres and redox-active ligands. These complexes exhibit ...

Metal complexes have emerged as versatile tools to replicate the catalytic functions of natural phosphatase enzymes. By tuning the coordination environment and leveraging diverse ligand frameworks, ...

Antibiotic resistance is steadily eroding one of modern medicine’s most essential tools. Each year, more than a million people lose their lives to infections that were once easily treatable, a ...

Researchers have used a cutting-edge robotic system capable of synthesizing hundreds of metal complexes to develop a possible antibiotic candidate—offering fresh hope in the global fight against ...

Highly reducing or oxidizing photocatalysts are a fundamental challenge in photochemistry. Only a few transition metal complexes with Earth-abundant metal ions have so far advanced to excited state ...

Researchers developed a powerful new manganese complex that could revolutionize light-driven chemical reactions. It absorbs light extremely efficiently, has a uniquely long excited-state lifetime, and ...