Welcome to the Comparative Biomaterials Lab at Chapman University led by Dr. Douglas Fudge. We study a wide range of materials made by animals, including nano-scale filaments within cells, slimes secreted to ward off predators, and large structures like the keratinous plates of baleen whales. Our work on the biomechanics of predator defense in hagfishes has led us to explore many other aspects of hagfish biology, including bioenergetics, burrowing behavior and biomechanics, reproduction, and biodiversity. Recent work in the Galápagos Islands, Ecuador led to the discovery and description of four new species of hagfishes.
We are also committed to applying what we learn from the study of biomaterials to real-life challenges. Animals make outstanding materials for a wide variety of functions without the benefit of petroleum and without fouling their environments. Our expertise in biomaterials creates rich opportunities to collaborate with engineers on bio-inspired design projects, including efforts to produce biomimetic hagfish slime.
To learn more about our research, click on the links below and check out our Publications.
Fudge Lab News
Welcome Charlie!
Welcome to Dr. Charlene McCord, who joined the Fudge Lab as a Grand Challenges Initiative postdoc. Charlie will be teaching GCI classes and doing research on hagfish biomechanics. Charlie got her PhD from the University of Chicago, where she worked on the evolution...
Congratulations Kevin!
Congratulations to Research Associate Kevin Jagnandan, who is joining the faculty at San Diego City College!
Fudge Lab research featured on Science website
Check out the article on hagfishes and research from the Fudge Lab on the Science website here.
Cal State Fullerton gets slimed
Dr. Fudge will be giving a research seminar at Cal State Fullerton on October 19 at 4 pm. The title of his talk is Hagfish Slime Unraveled.
Fudge Lab research featured in PNAS
The Fudge Lab’s research on hagfish slime and biomimetics is featured in PNAS this week. http://www.pnas.org/content/113/26/7005.full
Research Projects in the Fudge Lab



