As an undergrad at Harvard, Danna Freedman went to a professor’s office hours for her general chemistry class and came across an elegant paper model that depicted the fullerene molecule.

"These states can be so-called molecular condensates within a cell that are not separated by a membrane or also waves of traveling information that is used in cellular signaling pathways," he ...

Thanks to this innovation, scientists now have a far more detailed understanding of how proteins operate at the molecular level. The hope is that this knowledge will drive advancements in disease ...

What is the molecular clock? Levels of molecular variation could be used, in principle, to estimate divergence times, serving as evolutionary "clocks" that "tick" at different rates. Subsequent ...

Adam Renslo, PhD “COVID was our wake-up call to apply all our resources and know-how toward new therapies and future pandemic preparedness,” said Krogan, UCSF professor of cellular and molecular ...

BenevolentAI has entered a two-year agreement with the MRC Technology to investigate new small molecule and antibody drug candidates. The UK-based artificial intelligence company has teamed up ...

In November 2024, Neptune Energy, under KBR’s guidance, produced its first technical-grade lithium carbonate from lithium chloride (LiCl), extracted through Geolith’s Direct Lithium Extraction (DLE) ...

Salt Lake City, US-based Recursion will absorb its smaller UK counterpart as a result of the deal, which it said would create a "full-stack technology-enabled small molecule discovery platform ...

At the heart of this project is KBR’s cutting-edge ammonia cracking process, which uses high temperatures and smart catalysts to separate ammonia into nitrogen and hydrogen. It’s a solution that’s not ...