A Legacy of Breakthroughs with Global Impact

For nearly 150 years, the University of Pittsburgh Schools of the Health Sciences have reshaped modern medicine and public health. Across medicine, nursing, public health, dentistry, pharmacy, health and rehabilitation sciences, Pitt has produced breakthroughs that have improved, extended and saved millions of lives worldwide.

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Designs on Aging-Ready

By Strategic Communications

Early Foundations: The Rise of a Health Sciences Powerhouse

Beginning with the creation of the Schools of Pharmacy (1878), Medicine (1886), and Dental Medicine (1896), Pitt quickly became a national center for preparing the health workforce and advancing clinical science. By the early 20th century, it had built one of the nation’s first integrated academic medical centers, where education, research and clinical care advanced together to dramatically improve patient outcomes. Early milestones set the stage for generations of innovation:

Jonas Salk and team's polio vaccine—a breakthrough that reduced global polio cases by more than 99%
Pitt Nursing, home to the nation’s first continuing nursing education program (1939) and one of the first nursing PhDs (1954)
Pitt Public Health, a leader in shaping OSHA standards, HIV/AIDS epidemiology, and occupational and environmental health
C.C. Li, who laid the mathematical foundations of modern population and human genetics

Pitt’s discoveries haven’t just advanced science—they’ve changed how the world heals, recovers, survives and thrives.

1960s–1980s: Redefining Care and Transforming Public Health

During this era, Pitt breakthroughs fundamentally changed how the world delivers and evaluates care:

Peter Safar, the “father of CPR,” created modern resuscitation, intensive care, and the United States' first EMS system.
Bernard Fisher overturned decades of surgical doctrine, transforming global breast cancer treatment with studies proving lumpectomy plus radiation was as effective as radical mastectomy.
Edward Suchman founded the modern field of program evaluation, influencing national policies like Head Start and major public health interventions.
The launch of the School of Health and Rehabilitation Sciences (1969) expanded Pitt’s leadership in mobility science, rehabilitation and allied health innovation.

1980s–1990s: A Global Epicenter of Biomedical Discovery

The late 20th century brought a wave of discoveries that cemented Pitt Health Sciences as a world leader:

Thomas Starzl established the world’s top transplant center and pioneered the immunosuppressive drugs that made organ transplantation routine.
Ronald Herberman’s discovery of Natural Killer (NK) cells laid the foundation for cancer immunotherapy.
Pitt introduced North America’s first Gamma Knife, revolutionizing noninvasive neurosurgery.
Researchers created the Pittsburgh Sleep Quality Index, now the world’s gold standard for measuring sleep.
Pitt geneticists mapped the cystic fibrosis gene, identified genetic drivers of lymphedema and lupus, and discovered two human cancer‑causing viruses, transforming oncology and virology.

2000s–Today: Leading the Future of Neuroscience, Genomics, Regenerative Medicine and AI

In the 21st century, Pitt has continued to produce breakthroughs that redefine modern medicine:

Pittsburgh Compound B (PiB) enabled the first imaging of amyloid plaques in living Alzheimer’s patients.
Pitt scientists pioneered brain‑computer interfaces, allowing people with paralysis to control robotic arms through brain signals.
The Center for Craniofacial and Dental Genetics became a global leader in identifying genes responsible for facial structure and craniofacial anomalies.
Pitt Dental and Pitt Medicine advanced specialized care—from special‑needs dentistry to groundbreaking optogenetic therapies restoring partial vision to blind patients.
National studies like SWAN transformed understanding of women’s midlife health, aging and chronic disease risk.
Pitt researchers advanced precision pharmacogenomics, targeted drug delivery, nanomedicine, and AI‑driven therapeutics, bringing personalized care to patients in real-world settings.