![Picture of an cavefish lacking pigmentation and eyes above a surface (river) fish which has both eyes and pigmentation. The fish are used to study metabolism, diabetes, and metabolic disease in the lab of Nicolas Rohner.](https://d2sw9xkbx9pqb1.cloudfront.net/default/_1536x853_crop_center-center_82_line/rohner-lab-header.jpg 1536w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_1280x711_crop_center-center_82_line/rohner-lab-header.jpg 1280w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_1024x568_crop_center-center_82_line/rohner-lab-header.jpg 1024w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_768x426_crop_center-center_82_line/rohner-lab-header.jpg 768w, https://d2sw9xkbx9pqb1.cloudfront.net/default/_640x355_crop_center-center_82_line/rohner-lab-header.jpg 640w)
Rohner Lab
Evolutionary Biology
We seek to understand how animals adapt to extreme environments, resulting in unique genetic adaptations that may shed light on human metabolic conditions like diabetes and heart disease.
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.