Monday, February 11, 2013
Beckman Institute Auditorium
Biophysics Lecture Series
Computational Protein Interface Design, Cystic Fibrosis, and HIV
Bruce Donald, Professor of Computer Science and Biochemistry, Departments of Computer Science and Biochemistry, Duke University Medical Center
Computational protein design is a transformative field with exciting prospects for advancing both basic science and translational medical research. My laboratory has developed protein design algorithms and used them to design new drugs for leukemia, to redesign an enzyme to diversify current antibiotics, to design protein-protein interactions, and to predict MRSA resistance mutations to new antibiotics. At the heart of this research are a family of provable algorithms of considerable intrinsic interest. I will introduce these algorithms for protein design. Then, I will discuss two applications: (1) designing drugs for cystic fibrosis, and (2) designing antibodies against HIV-1. Computational, and experimental (in vitro, and ex vivo) results will be presented.