![Prion-like polymerization of a human signaling protein in a budding yeast cell.](https://d2sw9xkbx9pqb1.cloudfront.net/default/_1536x864_crop_center-center_82_line/lab-halfmann-hero.jpg 1536w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_1280x720_crop_center-center_82_line/lab-halfmann-hero.jpg 1280w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_1024x576_crop_center-center_82_line/lab-halfmann-hero.jpg 1024w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_768x432_crop_center-center_82_line/lab-halfmann-hero.jpg 768w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_640x360_crop_center-center_82_line/lab-halfmann-hero.jpg 640w)
Halfmann Lab
Molecular and Cell Biology
We seek to understand aging, the inexorable decline in cellular and bodily function that results from the unidirectional nature of self-assembly by supersaturated proteins.
By unraveling the secrets underlying fundamental biological processes, we can find innovative approaches to diagnose, treat, and prevent disease.
150
Ongoing research projects
$1.8B
Spent on research to date
500
Members
60
Predoctoral researchers
The unique collaboration between scientists in our labs and Technology Centers enables cutting-edge, solution-driven research to unravel the secrets of life.