Scholars train for research in real-world settings

Thirty-three researchers from across the globe visited the Bronfenbrenner Center for Translational Research last month to learn how to conduct research through community partnerships that will inform real-world practices and decisions.

Lab-grown tumors provide insights on rare prostate cancer

Growing miniature tumors from a patient’s cells in the laboratory may help scientists personalize treatments for those with a rare form of prostate cancer, according a study by Weill Cornell Medicine and NewYork-Presbyterian scientists.

Low-carb, high-fat diet may boost targeted cancer therapy

A very low carbohydrate, high-fat diet called the ketogenic diet may improve the effectiveness of an emerging class of cancer drugs, according to a new study.

Choi family featured in new book about immigrants to America

Every family in America has an immigration story. In a new anthology, Andrew Tisch and Mary Skafidas showcase a variety of voices whose own origin stories illustrate the rich fabric of cultures and backgrounds that comprise the United States.

A simpler, safer operation for treating kidney cancer

Researchers at Weill Cornell Medicine and NewYork-Presbyterian/Weill Cornell Medical Center propose a simpler, safer procedure for treating a certain type of early-stage kidney cancer in older adults. 

Academic Integration Initiative builds on first-year successes

A year into Cornell’s Academic Integration Initiative, Gary Koretzky ’78 is relocating to Ithaca and taking on a new title to continue leading efforts to better promote, build and enhance collaborative research efforts across Cornell's campuses.

Eight new trustees elected to Cornell board

At its May 26 meeting, the Cornell Board of Trustees elected three new trustees to four-year terms; four others were elected by constituent groups.

Commencement honors future health care leaders

Weill Cornell Medicine’s Class of 2018 – 289 students strong – celebrated at commencement exercises May 31 at Carnegie Hall.

Molecule may give rise to new osteoporosis treatments

A molecule promoting blood vessel growth in bone can create an environment suitable for bone-building formation, representing a potential target for new drugs to treat osteoporosis.