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This summer, we saw a first-of-its-kind cross-sector collaboration – a leader in academic research and a national women’s health nonprofit joined forces to amplify the power of women’s health research and investment. The collaborative symposium “From Discovery to Impact: Accelerating Women's Health Research Through Science, Policy, and Investment” hosted by Women’s Health Research at Yale and the Society for Women’s Health Research (SWHR) on June 15 in New Haven, Conn., welcomed more than 50 speakers, researchers from 28 departments across Yale, and gathered 350+ attendees for a day-long event that covered the power of women’s health research through an arc of discovery to practical impact.

Two faculty members were honored for their mentorship of physician-scientists at the 2026 Janeway Society retreat.

The Fund for Physician-Scientist Mentorship at Yale School of Medicine honored two faculty members during the Janeway Society Retreat in May for their work supporting early career physician-scientists and helping to advance their career development.

Meet Cerella Craig, MPH, who serves as a program manager in the Yale Department of Internal Medicine. She supports the research operations of Ania Jastreboff, MD, PhD, and Richard Kibbey, MD, PhD, in the Section of Endocrinology and Metabolism.

National experts, Yale faculty, and emerging researchers converged to ask the questions prostate cancer science hasn't answered yet.

On March 29, 2026, 60 Yale scientists came together to orchestrate activities around the brain for about 90 middle school students from the greater New Haven area.

A new Yale study finds that organs help direct the development of their own nervous systems, creating specialized networks that enable a two-way conversation between body and brain.

Glycogen powers a specialized group of neurons to send signals that trigger the preparation of the body for a meal. The findings could inform new treatments for obesity.

A new study co-led by Yale scientists reveals that antibodies from some long COVID patients attacked brain and nerve tissues, a finding that could point toward treatments.