Jung is also looking forward to making new connections and fostering innovation at all levels, by listening and engaging ...

Lyons and coauthor Namrata Kala of the MIT Sloan School of Management tested how effective digital monitoring is by a ...

Because of their large size, complex design and changing shapes, NRPS enzymes are highly dynamic and difficult to study. Visualizing specific steps in the process has been challenging because the ...

The new technique, called Coadjoint Orbit FLIP (CO-FLIP), improves upon existing Fluid Implicit Particles (FLIP) methods by preserving two key physical properties of fluid motion: energy and ...

These cells are, according to Karin, “like ticking time bombs that could start proliferating again at any point and ...

MICAL2 appears to supercharge the KRAS signaling pathway, which regulates cell growth, proliferation, and death and is known ...

Since its discovery in the 1990s, “programmed cell death protein 1,” or PD-1, has been regarded as a leading target in cancer treatments. A “checkpoint” receptor that often resides on the surface of ...

We are elated that the Expanse supercomputer is involved in the expansion of ChemCompute as this type of project aligns with ...

Heart muscle cells, shown here in a micrograph, utilize the careful release of calcium ions to contract. SMART, a new software package developed by researchers at UC San Diego, can make studying this ...

Researchers have also found that blocking the protein reactivates immune cell function, restoring the effectiveness of vaccines in an animal model. “It is a pathogen in dire need of control because it ...