Diseases

Researchers at Whitehead Institute are developing models and approaches that capture more of the rich context in which biological processes are typically immersed, in order to learn more about them and their roles in health and disease. Learn more about how their work is revealing new insights that only become apparent when studying a process within the context of larger systems in which it operates.

Whitehead Institute Member Jonathan Weissman and colleagues, together with collaborators in Xiaowei Zhuang’s laboratory at Harvard University, developed an approach to collect multiple types of imaging and sequencing data from the same set of cells in animals, leading to new insights into liver biology in mice.

Science in 60 breaks down the latest research at Whitehead Institute through one-minute explainers. In this video, Xochitl Luna discusses investigating the role of microglia—the brain’s resident immune cells—in multiple sclerosis.

Whitehead Institute’s physician-scientists—researchers who also practice medicine—are highly motivated by the goal of improving patients’ outcomes. What drew them to Whitehead Institute is the possibility of making paradigm-shifting discoveries that can lead to major advances in medicine.

Artificial intelligence (AI) is part of everyday life and has innumerable uses — from summarizing a book or designing a poster, to recommending a TV show or parking your car. But how can AI be useful in biology? In this video narrated by Whitehead Institute Member Rick Young, learn how scientists are taking advantage of AI to greatly accelerate biological discoveries.

Click here to view the latest multimedia piece in the Unusual Labmates series and learn more about how researchers at Whitehead Institute are using bat biology to study questions about viral infection, immunity, cold tolerance, and more. 

Our latest Research Highlights video features three exciting new findings from Whitehead Institute: New work from the Jaenisch lab helps explain bats' impressive resistance to viruses; researchers in the Young lab identify a common denominator underlying chronic disease states; and researchers in the Cheeseman lab identify precise regulatory mechanisms controlling the production of protein variants during mitosis.

Whitehead Institute Member David Page and colleagues identified underlying biological differences in how male and female heart cells generate energy. These differences could contribute to sex differences in heart disease incidence and outcomes.