Discover how PDR-attenuated genomic libraries are revolutionizing drug discovery by revealing mechanisms previously masked by cellular defense systems.
Discover how enzymes from Clostridium absonum are revolutionizing sustainable chemistry through precise molecular transformations.
Discover how cutting-edge science solved an archaeological mystery by revealing that two ancient skeletons separated by nearly a thousand years were actually the same individual.
Explore how genomic mutations drive cancer development through the landmark Vogelstein colon cancer study and understand the genomic basis of this disease.
Discover how epigenetic mechanisms use a dual histone modification system to silence ancient viral DNA in our genomes, preventing disease and maintaining genomic stability.
Discover how engineered chicken cells and robotics are creating a powerful early-warning system for DNA-damaging chemicals
Discover how SETD8 research is revolutionizing treatment for MYC-driven medulloblastoma, the most aggressive childhood brain cancer.
Explore how chemical-genetic interaction mapping is revolutionizing cancer treatment by linking tumor mutations to drug responses for personalized medicine.
Explore how graph theory and network analysis are revolutionizing chemical and biological informatics, from molecular structures to AI-powered drug discovery.
Discover how the KOUNCIL Consortium is revolutionizing treatment for nephronophthisis, a genetic kidney disease affecting children.