Biostatistics

An animated gif of a robot throwing donots and then getting hit in the face with an apple

Game on

Transforming smartphones into health-boosting tools

What if the power behind the programs that keep us leashed to our devices actually delivered good health, disease prevention—even digital vaccinations? Rahul Ladhania, assistant professor of Health Informatics, Biostatistics and Health Management & Policy at Michigan Public Health, is part of a team of global researchers doing the painstaking work of subverting the formidable powers of computer algorithms into a force for good.

FRom left to right, Justin Colacino, Xiang Zhou, Irina Gaynanova and John Piette

The future is here

Michigan Public Health is taking bold steps with AI

AI is not only enhancing the way knowledge is generated and shared, but it’s also redefining the potential for healthcare and public health advancements. Behind its research might, the University of Michigan School of Public Health leads the charge in this transformative paradigm shift.

A teen driving simulator

A biostatistics breakthrough: Using data to improve teen driving

In Michael Elliott’s line of work, numbers save lives. Elliott, professor of Biostatistics at the University of Michigan School of Public Health, is an expert in the art and science of collecting, interpreting and analyzing data. One of his most recent projects could help save lives of a particularly accident-prone population: young drivers.

Public Health IDEAS

Public Health IDEAS adds two new interdisciplinary research initiatives

Combating Infectious Diseases and Building Health Equity

Michigan Public Health recently launched two new initiatives under its Public Health IDEAS umbrella that will focus on preventing the spread of infectious diseases and building health equity: Public Health IDEAS Combating Infectious Diseases and Public Health IDEAS for Building Health Equity.

Dean F. DuBois Bowman, University of Michigan School of Public Health

From the Dean: A New Era of Public Health

Dean F. DuBois Bowman

Current trends toward a future where disease outbreaks happen more often due to globalization, human migration, and climate damage can be slowed and even reversed when we ensure every public health intervention accounts for the interconnected health of humans, animals, and the environment.