Margaret Gardel | |
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| Academic background | |
| Education | Sc.B.,Brown University PhD., 2004,Harvard University |
| Thesis | Elasticity of F-actin networks (2004) |
| Doctoral advisor | David A. Weitz |
| Academic work | |
| Institutions | University of Chicago |
Margaret Lise Gardel is an American biophysicist. She is the Horace B. Horton Professor in the Department of Physics at theUniversity of Chicago.
After Gardel earned her bachelor’s degree in physics and mathematics fromBrown University, she was accepted into physics graduate programs atHarvard University.[1] While completing her PhD, she became interested in the ways actin deforms in response to external mechanical stress. She was encouraged byClare Waterman and various cell biologists to leave her postdoc position and join a research team at Scripps Research Institute.[2]
She was later accepted as a Pappalardo Fellow at theMassachusetts Institute of Technology to conduct independent research in the areas of biophysics.[3]
Gardel joined the Department of Physics faculty at theUniversity of Chicago in 2007, after completing her post-doctoral work.[4] Shortly after she began teaching, Gardel received a Director’s Pioneer Award from the National Institutes of Health.[5] The next year, Gardel was part of a research program examining "the sudden and dramatic transformations that occur in processes where small-scale structural rearrangements result in rapid and far-reaching outcomes."[6] She was also awarded a Sloan research fellowships.[7]
By 2012, Gardel was the recipient of the 2012 Early Excellence Award from theAmerican Asthma Foundation.[8] The following year, Gardel andJennifer Ross, a professor at theUniversity of Massachusetts Amherst, received a four-year, $800,000 INSPIRE grant from the National Science Foundation to study the fundamental physical laws that govern the behavior of cellular materials.[9]
In 2018, Gardel was appointed the Horace B. Horton Professor in the Department of Physics and the College.[10] During that academic year, Gardel was part of a research study that recreated cell division outside of a cell.[11]
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