Our Impact

The protein, suPAR, has been found to cause atherosclerosis and kidney disease, raising potential for new treatments.

Laboratory research finds a low-protein diet can enhance standard treatment for colon cancer.

Inhibition of STAT3 signaling may improve survival in those with H3.3G34R/V mutant gliomas, animal studies suggest.

Study in mice suggests that the overexpression of cochlear neurotrophin-3 can help prevent the loss of hearing.

Researchers have figured out how to create a mouse model of a rare but fatal skin cancer, a scientific discovery 10 years in the making.

By using the lymphatic system as a storage reservoir, researchers found they could optimize drug concentrations to simultaneously target two molecular signaling pathways responsible for cancer growth.

Molecular changes in nonalcoholic fatty liver disease could serve as potential therapeutic targets to halt the cells’ progression to liver cancer.

A study in mice suggests that lung scarring could also compromise the immune system.

In mice, researchers have discovered the presence of 'oncostreams,' highly active cells connected to how brain tumors grow and invade healthy tissue.

A team explores the protective capabilities of consuming a diet enriched with fructose when it comes to acetaminophen overdose in mice.