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Head of the Class
May 15, 2013

USC valedictorian Katherine Fu and salutatorians Alexander Fullman and Julia Sabo Mangione — all in USC Dornsife — will…

The Fabulous Fulbrights
May 10, 2013

Congratulations to the 10 USC Dornsife students who won 2013 Fulbright Scholarships. The award will take them to India, Laos,…

Preventing Another Darfur
April 23, 2013

For the 13th consecutive year, professor Steven Lamy, vice dean for academic programs in USC Dornsife, led the Center for…

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Electric City
May 23, 2013

USC Dornsife’s history chair William Deverell explores the birth of a modern metropolis with the organization of an…

Getting That First Job
May 23, 2013

Recalling encouragement from his mentor Alice Echols, Sean Little ’06 traces his bachelor’s in English to an M.B.A. to a…

Wall of Scholars
May 21, 2013

The names of top USC Dornsife students will adorn the wall of Leavey Library in an honor celebrating university-wide students…

Catholic Studies Institute Receives $1 Million
May 21, 2013

The gift creates the Steven and Kathryn Sample Endowment for Ecumenism to support research centered on the foundational…

Scientist and Filmmaker
May 17, 2013

Howard Wayne Harris proves his 9th grade teacher wrong. Earning his Ph.D. at the USC Dornsife hooding ceremony May 16, he was…

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Bob Baker

Professor of Biological Sciences

Contact Information
E-mail: baker@usc.edu
Phone: (213) 740-5565
Office: RRI 104A

 

Education

Ph.D. Molecular Biology, Brown University
B.S. Chemistry, Stanford University
 

Postdoctoral Training

Postdoctoral Fellow, Stanford University, 1966-1968  
 

Academic Appointment, Affiliation, and Employment History

Visiting Associate Professor, Harvard Medical School, 1975-1976  
 

Description of Research

Summary Statement of Research Interests

Professor Baker studies the manner in which protein monomers participate in protein-protein and protein-nucleic acid interactions. Modifications of monomers that affect shape and charge of the surfaces of proteins are being investigated. Of particular interest are modifications of protein monomers (resulting from changes at the gene level, pre-mRNA splicing alternatives, small molecule-protein interactions and post-translational additions to and cleavage of the folded polypeptide chain) that affect the specificity and affinity of folded polypeptide chains for other proteins and nucleic acids that interact with the monomer. Monomer modifications that result in disease states such as cancer are of special interest. Methods used in this research include computational analyses of protein and nucleic acid sequences in data banks.
 

Research Keywords

cancer, protein, folding, protein-protein interactions, protein-nucleic acid interactions, monomers
 

Research Specialties

Cancer Biology, Signal Transduction and Gene Regulation, Structural Biology
 
 
Faculty may update their profile by visiting https://mydornsife.usc.edu.