Patricia L. Clark » Image Gallery
"Double Funnels" to Include Aggregation on the Folding Energy Landscape
The complexity involved in the folding of a polypeptide chain into a native protein structure is often depicted using a funnel cartoon: the broad top of the funnel represents the enormous ensemble of unfolded conformations, yet folding proceeds because the native structure is the global energy minimum (narrow bottom). Yet typical folding funnels do not include the contribution of stabilizing, off-pathway, intermolecular interactions on the folding pathway. Here, incorrect interactions leading to aggregation are included as a second, grey funnel. See Clark (2004) TiBS for more information.
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Contact Information
- Associate Professor
Graduate Studies Representative - Biochemistry - Office: 445 SHCB
- Phone: 574.631.8353
- Contact by Email
- Group Website
Primary Research Areas
Research Specialties
- Drug Design & Discovery
- Molecular and Cell Biology
- Nanotechnology
- Structural Biology
- Theoretical & Computational Chemistry
- Biophysics
- Molecular Medicine
Lab Personnel
- Richard N. Besingi
- Esther Braselmann
- Vishwanatha Chandrahas
- Julie Lynn Chaney
- Thomas F. Clarke
- Jonathan P. Renn
- Jenna L. Rose
- Ian Sander
- Jennifer L. Starner
- Krastyu Ugrinov
-
Mirco Junker
Postdoctoral Associate -
Mary (Kay) Finn
Senior Technician - Stan Stryker
Research Staff
