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Department of Health Policy and Management assistant professor Kadija Ferryman, PhD, reflects on the journey that has led her to focusing on bioethics, health technologies and racial health inequities through research and education.

A small study finds differences in activity patterns among older adults with brain amyloid buildup, a key feature of Alzheimer's, and those without 

Junrui Di, PhD ’19, works at Pfizer as a digital medicine statistician.

A spate of locally transmitted malaria cases in three states has scientists like Jane Carlton examining parasites’ genomes to piece together a larger story of how malaria is spreading worldwide.

Decoding a malaria parasite’s DNA could help scientists understand its spread.

Persistent pain’s “fingerprints” could alert doctors to patients at risk and inform treatment strategies.

To ensure AI meets people’s needs and not vice-versa, we need data science—and humility.

How public health is harnessing the power of AI, now.

Understanding a powerful new technology’s secrets and nuances

Previous technological disruptions in public health offer insights into AI’s perils and potential.

Can researchers root out AI’s baked-in bias before it harms people’s health?

AI needs people as much as it needs data.

When we think of dangerous, unseen challenges to public health, pathogens or toxins often come to mind. Another threat we need to consider: the algorithms increasingly used in health care settings.

By centering rehabilitation services in primary care, ReLAB-HS aims to expand access to this essential medical care.

Gain-of-function research can help science get ahead of potential threats—but is it too much of a risk?

New tools reveal how differences in individual cells within bacterial communities help them survive—and suggest targets for overcoming drug resistance.