Enzymes once viewed as rigid specialists are now being repurposed as modular tools, revealing latent chemical capabilities and enabling new approaches to molecule construction.
The POSEIDON program aims to create first-in-class synthetic sensor-based tests to detect over 30 cancers at Stage I using only non-invasive breath and urine samples.
Using artificial intelligence and machine learning, a team of researchers engineered an enzyme to degrade toxic PFAS molecules — and they’re only in high school.
Synthetic DNA is increasingly used for gene therapies due to its fast production and improved scalability compared to traditional plasmid-based methods.
Engineered peptides that mimic molecules of the innate immune system act synergistically with available drugs to treat Candida albicans in an animal model.
Explore how a needs-driven approach to electronic laboratory notebook selection can improve data integrity, reproducibility, and scientific continuity.