The science of enzymes. The possibilities they create.
Latest stories / Discovery
A familiar laboratory enzyme began as bacterial defence. EcoRI’s precise cuts helped make DNA cloning possible, carrying a Nobel-linked scientific revolution into an ordinary freezer tube.
Read the storyA familiar enzyme that removes RNA from DNA samples once revealed how a protein finds its working shape. RNase A’s small structure carries an unusually…
Before many RNA tests can give an answer, an enzyme makes a DNA copy. Meet reverse transcriptase, the discovery that helped reshape virology and became…
A bacterium from hot springs supplied the heat-resistant enzyme that helped PCR become routine. Meet Taq polymerase and the discoveries behind a method that changed…
A bean protein helped scientists understand what enzymes are. Meet urease, the nickel-containing catalyst whose story connects Nobel history, laboratory experiments and the nitrogen in…
Part of this enzyme really rotates. Discover how ATP synthase couples a membrane gradient to molecular motion, why its mechanism earned Nobel recognition and what…
From fermentation to CRISPR, enzymes have repeatedly changed how scientists understand life and how they work with it.
How enzymes work, evolve and assemble—and what their structures reveal.
Enzymes in disease, diagnostics and treatment, with the evidence and its limits.
Enzymes in plastic recycling, carbon conversion and the living environment.
Enzymes at work in food, materials and chemical manufacturing.
The models, databases and laboratory tools helping researchers understand and design enzymes.
A metabolic enzyme builds triangles within triangles, revealing an unexpected form of molecular self-assembly.
A curated database connects plastic-degrading enzymes with the experimental evidence behind them.
Deep learning and laboratory testing come together in the search for more heat-tolerant enzymes.
About EnzymeNews
What did the researchers find? How did they test it? And what remains uncertain? EnzymeNews follows enzyme research from molecular mechanisms to practical applications, with links back to the evidence.
Meet the editor
