UCSC BME 220 Proposals

Protein Bioinformatics, Spring 2007

(Last Update: 15:31 PDT, 17 April 2007 )

John Archie Incorporating the Bystroff and de Brevern Neural Network-predicted Local Structure Features into the Undertaker Cost Functions {Karplus} Sylvia Do Improving the User Interface for PyMOL {Karplus}
Murat Iskar Characterization of Extracellular Biofilm-related Proteins {Gerloff and Yildiz} John Kim Designing multimers for binding nanotubes {Karplus}
Jonathan Magasin Manipulating Proteins in PyMOL with a Wii Remote {Karplus and Rickard} Isaac Noble proposal 1: [no title---using HMMs to improve local structure prediction]
proposal 2: Using Back Propagation to Design Sequence from Structure {Karplus}
Daniel Sam Orthology Prediction {Gerloff and Stuart} Eric Scott Implementation of an algorithm for ordering heterodimeric protein interface residues in accordance with the contacts between them {Gerloff}
Chris Szeto Visualization and Manipulation of Structures {Karplus and Rickard} Shyamini Vasili A Survey of Disulfide Bond Properties in Surface Proteins {Gerloff}
Marcos Woehrmann Validating suspected sites of adaptive evolution on Complement Receptor 1 (CR1) through Ka/Ks calculations
and
Large-scale comparative modeling of Fibronectin 3 (Fn3) domains. {Gerloff}

slug icon to go to Scool of Engineering home page
SoE home
sketch of Kevin Karplus by Abe
Kevin Karplus's home page
Dietlind Gerloff portrait
Dietlind Gerloff's home page
BME-slug-icon
BS, MS, and PhD programs
Karplus's lab page UCSC Bioinformatics research

Questions about page content should be directed to

Kevin Karplus
Biomolecular Engineering
University of California, Santa Cruz
Santa Cruz, CA 95064
USA
karplus@soe.ucsc.edu
1-831-459-4250