Health, Medicine & Humanity

Health and medicine face challenges that are more complex than ever, shaped by rapid advances in science and technology, fragmented systems of care, and shifting social and environmental conditions. Traditional biomedical approaches alone cannot resolve chronic disease, mental health concerns, addiction, or broken trust in health systems, nor can they address the broader social and structural factors that influence health across communities.

The Health, Medicine, and Humanity (HMH) Initiative begins from the recognition that health is shaped not only by biology, but also by lived experience, place, culture, systems, and story. Grounded in the guiding principle of Pro Humanitate, HMH advances innovative, community-responsive models that place ethics, policy, creativity, and partnership at the heart of research, education, and practice.

Through this work, Wake Forest envisions a future in which science, medicine, ethics, and the humanities and arts are inseparably linked to advance individual and community health, well-being, and shared knowledge.

This vision means:

Deeply integrating medicine, social sciences, ethics, policy, and the arts/humanities through cross-campus and community partnerships to advance whole-person and whole-community well-being.
Listening first by recognizing that the most meaningful breakthroughs emerge from relationships of trust, mutual learning, and accountability.
Joining laboratory and data-driven science with the lived conditions that shape health, from housing and nutrition to belonging, stigma, and environmental context.
Embedding ethical reflection and policy leadership throughout research, education, and clinical practice so that innovation and implementation advance the health and wellbeing of all
Strengthening trust in health research and systems through openness, humility, compassion, and reciprocal partnership with patients, communities, and collaborators.

Wake Forest seeks to be recognized nationally and globally as a university in which knowledge, empathy, and ethical reflection converge to transform education, research, and health for the flourishing of all.

Explore the Forest

Programs & Centers

AI Institute Summer Program

Center for Functional Materials

Master of AI Strategy and Innovation, School of Professional Studies

AI Institute Summer Program

Center for Functional Materials

Master of AI Strategy and Innovation, School of Professional Studies

Stories

Showing up & taking action

AI: The Future of Health Care

Metin Nafi Gurcan, PhD, leads Wake Forest’s Center for Artificial Intelligence Research, using AI to improve health equity, predict maternal mortality risk, and accelerate cancer care diagnostics.
Don’t call it exercise

Wake Forest researcher Jason Fanning explains why framing physical activity as “movement” — not “exercise” — is key to helping older adults build lasting healthy habits and reduce chronic pain.
We’re Putting Weighted Vests to the Test. Here’s What Our Research Shows.

Prof. Kristen Beavers discusses nearly a decade of Wake Forest research on weighted vests, their potential benefits for older adults losing weight, and what her landmark INVEST trial revealed about bone loss.
Weighted Vests Might Help Older Adults Meet Weight Loss Goals, but Solution for Bone Loss Still Elusive

A Wake Forest-led clinical trial of 150 older adults found that wearing weighted vests during weight loss did not significantly prevent bone loss, highlighting the need for additional protective strategies.
U.S. POINTER Study Shows Lifestyle Changes Improve Brain Health in Older Adults

A landmark two-year trial involving 2,111 older adults found that structured lifestyle changes — including diet, exercise, and cognitive challenge — measurably improved brain health and cognition.
WFU Study Investigating Ways to Prevent Osteoarthritis in Women

Wake Forest is recruiting women 50+ for a 48-month clinical study testing whether weight loss and exercise can prevent knee osteoarthritis — the leading cause of disability in adults — before it develops.
Can Weight Loss and Exercise Help Women Stave Off Osteoarthritis?

Wake Forest received $17.1 million to lead the first-ever study examining whether weight loss and exercise can prevent knee osteoarthritis in women — not just treat it after diagnosis.
New Hope for Treating Cardiovascular Diseases

Wake Forest physicist Daniel Kim-Shapiro and colleagues discovered how to stabilize nitric oxide in blood using glutathione, opening a potential new path for treating heart attack- and stroke-related blood vessel damage.
Can Bone-Strengthening Exercises and/or Drugs Reduce Fracture Risk When Older Adults Lose Weight?

A $7 million Wake Forest study called BEACON will test whether osteoporosis medications and bone-loading exercises can help older adults shed pounds without the dangerous bone loss that raises fracture risk.
$3M NIH Grant Will Fund Next Steps of Research on Dance & Brain Health

Wake Forest University received a $3 million NIH grant to fund the IGROOVE study, exploring how dance frequency, music, and social interaction influence cognitive health and brain function in older adults.
Can Small Bursts of Activity Throughout the Day Decrease Chronic Pain?

A $5.7 million NIH-funded Wake Forest study will track whether older adults with obesity and osteoarthritis can reduce chronic pain through incremental daily movement and nutrition coaching delivered entirely online.
WFU Physicists, Physiologists and Physicians Developing Technology to Prevent ‘Device Thrombosis’

Wake Forest researchers are using far-red light to trigger nitric oxide production in dialysis tubing, potentially preventing dangerous blood clots that form in ICU patients during continuous kidney replacement therapy.