Research Mentor List Fall 2009

Research Mentor List Fall 2009 -...

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Mentors for Undergraduate Research Please see the website for additional information    JULY 2009 Students should contact Dr. Rick Howard by email,  [email protected] , to set up an appointment to discuss finding a  research director.    First, select at least 5 faculty members whose research interests you  from the list below.  Then, email Dr. Howard with your list of preferred faculty and tell him  times that you are available to meet.   His office location is Lilly Hall, Room G-423. Biophysics, Biochemistry, and Structural Biology  Jue Chen  – Lilly, B-135  [email protected]  (Biochemistry) X-ray crystallography studies of ABC transporters  and virus membrane fusion proteins. William A. Cramer  -  Lilly, B-410A  [email protected]  (Biochemistry; biophysics) Membrane biochemistry- biophysics; structure-function of membrane proteins. Alan Friedman  -  Lilly, B-106D  [email protected]  (Structural biology) Structural cell biology of infection,  immunity, and aging.  Michael Gribskov  –  Lilly 233,  [email protected]  (Computational biology; bioinformatics) Relationship  between patterns in macromolecular sequences and the evolution, structure and function of corresponding  molecules; development of databases and computational tools for functional genomics; development of systems that  federate knowledge across multiple electronic resources. Wen Jiang   Lilly, B-402A,  [email protected]  (Structural biology; computational Biology) Structural  characterization of viruses and macromolecular complexes using electron cryomicroscopy; Algorithm development,  high performance computing and automation towards high resolution and high throughput electron cryomicroscopy. Daisuke Kihara  – Lilly, B-213 and LWSN, 164A  [email protected]  (Bioinformatics, Computational  genomics) Genome sequences, protein structure, biochemical pathways. Helping developing algorithms for protein 
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structure or function prediction, running existing programs for analyzing structure and function of genes, analyzing  protein-protein interaction network. Everything is computational, but prior experience on writing programs is not  necessarily required as long as students like to work with computers.  Richard J. Kuhn   - Lilly, B-129  [email protected]  (Molecular biology and animal virology) Viral gene  expression, virus-host interactions; pathogenesis; virus receptors and virus assembly. Michael G. Rossmann
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This note was uploaded on 11/21/2010 for the course ENGR 126 taught by Professor Oakes during the Spring '08 term at Purdue.

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Research Mentor List Fall 2009 -...

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