Structural Biology & Biophysics Program @ Duke University
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2009-2010 SBB Seminar Series
All seminars are held every Monday at 4:00 pm in Room 439 of the Nanaline Duke Building, unless otherwise indicated.
Non-SBB students and faculty are, of course, welcome to attend. Attendance is required for SBB Program students. Food and beverages (typically, pizza and sodas) will be served at each seminar.
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Oas/Biochemistry Modeling the Unfolded State | |
Richardson/Biochemistry New and Improved Methods for Determining RNA Structures: Pucker-Specific Refinement and NOE Assignments | |
Biochemistry membrane protein crystallography | |
Cell Biology Stalk Rotation and Steps by a Kinesin Motor | |
University of Colorado Medical School Understanding pre-mRNA splicing: structural and functional studies of Prp8 and Brr2 | |
Beratan&Toone/Chemistry Not All Hydrogen Bonds in Water Are Created Equal: Anti-Cooperativity | |
Richardson/Biochemistry Trapped in the Lattice: Crystal Packing and Other Intricacies of Protein Structure Prediction | |
Zhou/Biochemistry Structural Studies of the Inhibition of the Deacetylase LpxC | |
Max Planck Institute for Molecular Cell Biology & Genetics, Dresden Mechanical coordination in networks of motor and cytoskeletal proteins | |
Beese/Biochemistry Structure and inhibition of the essential protein farnesyltransferase from the fungal pathogen Cryptococcus neoformans | |
Crumbliss/Chemistry | |
Beese/Biochemistry | |
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MIT Dept. of Biology | |
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no meeting | |
Richardson/Biochemistry Suitestring Motifs: RNA backbone based motif identification and correction. | |
Beratan&Toone/Chemistry Toward simple yet accurate water model for solvation free energy | |
Richardson/Biochemistry From Molecular Structural Informatics to Protein Design | |
p-doc with Baker Lab, Univ. Wash. Seattle Rosetta Ligand docking with full ligand and receptor flexibility | |
Richardson/Biochemistry Visualization of NMR RDCs on structures in the DiVE | |
NIEHS Force fields: What's next? | |
Beese/Biochemistry The Structure of the Human Exonuclease I Catalytic Domain: Exploring DNA Binding and Catalysis | |
U Mass. Amherst Redox Chemistry Across Protein Surfaces: Hypoxia Sensing and Electron Transfers | |
Crumbliss/Chemistry Clams, Carp, and Chemistry: Protein Structure-Function Relationships from the Metal's Perspective | |
York/Biochemistry Probing Inositol Metabolism and Signaling through Structure-Based Design | |
Beese/Biochemistry Investigating the structure and function of telomerase reverse transcriptase | |
Richardson/Biochemistry & CBB Putting misfits in their place | |
Vo-Dinh/Biomedical Engineering Development of Nanobiosensors: Intracellular Bioanalysis of Single Living Cells using a SERS-based Fiber-optic Nanoprobe | |
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Duke Human Vaccine Institute Type III Pantothenate Kinase (CoaX) and Coenzyme A-mediated redox control in Bacillus anthracis | |
Oas/Biochemistry Explore the Folding Intermediate of Rnase P Protein | |
Zhou/Biochemistry Structural Properties of Ubiquitin-Binding Domains within DNA Y- Family Polymerases | |
Rajagopalan/Biochemistry Structure-function studies in the metalloenzyme Sulfite Oxidase | |
Haase/Biology Powering centrosome separation - Kinesin-5 motor regulation by cyclin/CDK phosphorylation in budding yeast | |
Toone/Chemistry Probing the affinity of multivalent ligand-receptor systems using atomic force microscopy | |
Beese/Biochemistry Structural Biology of Protein Prenyltransferases from Pathogenic Fungi | |
Zhou/Biochemistry Structural Studies of the RNAPII CTD Phosphatase Ssu72 | |
Beese/Biochemistry Why isn't a DNA Polymerase a RNA Polymerase? | |
Franz/Chemistry Characterization of Thioether-Only Cu(I) Binding by Ctr1 Methionine Motifs | |
Zhou/Biochemistry Structural and Dynamic Studies of the deacetylase LpxC/inhibitor Complexes | |
Oas/Biochemistry Modeling the Unfolded State | |
retreat, regroup, relate, repast | |
Hellinga/Biochemistry & CBB Computational Design of Protein-Protein Interfaces | |
Memorial Day holiday. No classes are held | |
Donald/Computer Science & Biochemistry Studying the Non-Ribosomal Peptide Synthetase CepA | |
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Protocol for hosting speakers:
Note that for this seminar series, our students act as host for all of our outside speakers. Student hosts should download and use this protocol for hosting speakers (MS Word Document) so that the seminar will be properly advertised and all the necessary arrangements will be made well in advance of the actual seminar. In conjunction with that protocol, please download and use this seminar notice template (MS Word Document).