Complex life may have started its rise in Earth’s oxygen-free oceans nearly a billion years earlier than anyone imagined.

Wu is a member of the Caspar Wistar Fellows Program, which fast-tracks the most promising, early-career scientists to pursue creative, out-of-the box biomedical research for the benefit of humanity.

Researchers have used cryo-EM and computational tools to visualize ribozyme assembly, shedding light on life's most versatile ...

Researchers at LMU in collaboration with the European Molecular Biology Laboratory (EMBL) in Heidelberg have discovered how ...

Researchers have identified a stress-activated control mechanism that helps breast cancer cells reshape gene activity to ...

Ines’ research takes a multidisciplinary approach to understand the spread, evolution, and molecular interaction of the ...

Every second, trillions of tiny parcels travel through your bloodstream—carrying vital information between your body's cells. Now, scientists at the Baker Heart and Diabetes Institute have opened this ...

Molecular glues are revolutionizing cancer therapy by targeting undruggable proteins for degradation, enhancing precision ...

Ready to lead the next wave of biological and medical research? You’re in the right place! UW’s Ph.D. and master’s in molecular biology are research-intensive programs that expose students to ...

DNA, the language of biology, is driving all synthetic biology applications, from animal-free meat to life-saving therapeutics. It should come as no surprise that DNA synthesis is a hot and ...

Scientists have uncovered a biological “blueprint” that shows how the brain’s smallest building blocks create the large networks that drive thought, emotion, and behavior.

“CRISPR is an elegant bioengineered system derived from bacteria that has reshaped the gene-editing field and earned the 2022 Nobel Prize in Chemistry,” Wong said. “We’re excited to give our students ...