Reviving exhausted immune cells boosts tumor elimination

A new study shows that tumors not only evade the immune system but can actively reprogram immune cells to stop fighting.

Hypertension affects the brain much earlier than expected

Hypertension impairs blood vessels, neurons and white matter in the brain well before the condition causes a measurable rise in blood pressure, according to a new preclinical study from Weill Cornell Medicine investigators.

Celebrating the 50th Startup Cornell podcast at Eclectic Convergence

This episode features speakers and attendees recorded live during the Oct. 31 conference at Cornell Tech in New York City.

Around Cornell

Common-cold coronavirus could be key to a better COVID-19 vaccine

Prior exposure to coronaviruses that cause ordinary colds can boost the immune system’s ability to attack a vulnerable site on the COVID-19-causing coronavirus SARS-CoV-2, according to a study led by investigators at Weill Cornell Medicine.

Scientists identify a trigger for obesity-linked inflammation

Weill Cornell Medicine investigators have identified an early step in a cellular process that leads to inflammation in fat cells and may result in Type 2 diabetes in people with obesity.

Researchers unveil a powerful new gene-switch tool

Investigators at Weill Cornell Medicine have developed a versatile and nontoxic technology for controlling the activity of any gene in a cell.

Entrepreneurs share insights at Eclectic Convergence 2025

The event, hosted by Entrepreneurship at Cornell at the Cornell Tech campus in New York City, also included a pitch contest among businesses with connections to Weill Cornell Medicine or Cornell Tech.

Astrocytes induce sex-specific effects on memory

Weill Cornell Medicine scientists have uncovered the first evidence that astrocyte receptors can trigger opposite effects on cognitive function in males and females. The findings point to astrocytes as contributors to sex-specific brain mechanisms.

Grant supports studies to improve and personalize bipolar care

A three-year, $4.5 million grant will support a three-pronged research project to map the brain circuits that contribute to mood shifts in bipolar disorder and help develop personalized therapies for the condition.