FACT, a highly sought target of cancer drugs, is involved in many cellular processes including gene regulation and cancer development, but the mechanism of its action remained a mystery

The collaboration will enable the Center for Structured Organic Particulate Systems (C-SOPS) to study new methods for continuous manufacturing.

Western blotting separates proteins by size and shape with an electric field applied to a gel, and then targeted proteins are stained with antibodies

Scientists have identified a `molecular commando’ which can be stealthily deployed to activate a hypoxic response, a process which can help to fight a range of conditions including stroke, angina, colitis, and brain injuries

fABMACS allows scientists to better harness the power of existing software while greatly improving their ability to predict the way that a potential drug interacts with a protein

UGA researchers have targeted their studies in understanding how mitotic slippage occurs and how to prevent it

 A new study suggests that a key group of transcription factors are 'druggable,' including several that could be targeted to treat cancer, metabolic disease, or autoimmune conditions.

"What developers need is a safe way of predicting what would happen in a patient's body."

Compounds prevent key protein from mis-folding, preventing death of dopamine-producing brain cells

One of the biggest challenges in cancer therapy is being able to sufficiently deliver chemotherapy drugs to tumors without exposing healthy tissues to their toxic effects