Syracuse University scientists learned how a flexible, reshaping protein creates temporary sorting and storing centers in stressed cells to potentially protect their health. A companion study found that disrupting this process could be linked to ALS.

An interview with biochemistry major Kaden Buford ’28, who has been selected to join the Institute for Responsible Citizenship’s distinguished Washington Program.

Syracuse University researchers are developing a new chemistry platform that could keep therapeutic drugs inactive until they reach a tumor, offering a potential path to safer, more precise cancer treatment.

Syracuse University chemists are testing a novel method of using sound waves to activate chemotherapy drugs precisely where they're needed while sparing healthy cells.

A&S chemistry professor Robert Doyle was featured in Bio IT World for pioneering research on a safer, next-generation weight-loss drug.

Some proteins can survive drying out, returning to function when water is re-introduced. Revealing the chemical rules behind this ability could lead to longer-lasting medicines and drought resistant crops.

Step into the labs where students spent their summer developing research-driven responses to global challenges, blending curiosity with impact.

Syracuse University scientists are exploring how our cells use tiny, temporary droplets to gather, fix or degrade damaged proteins in a new multidisciplinary research effort that could have implications in treating diseases such as Alzheimer’s and ALS.