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Searching Results for W9.16-21.07:
Mathematical methods to study the relative position of chromosomes during interphase in human cells, F. Javier Arsuaga  (San Francisco State University)
DNA mechanics: Deformation and recognition, Richard Lavery  (Centre National de la Recherche Scientifique (CNRS))
Structure and dynamics of the four-way DNA junction, David M.J. Lilley  (University of Dundee)
Smallest containers enclosing random equilateral polygons, Eric Rawdon  (University of St. Thomas)
A new twist step-parameter coupled to the chirality of the global structure of DNA, Irwin Tobias  (Rutgers University)
Closing the loop on protein-DNA interactions, Stephen D. Levene  (University of Texas at Dallas)
Breaking DNA double helix by bending stress, Alexander Vologodskii  (New York University)
Torque in stretched and twisted DNA, John F. Marko  (Northwestern University)
Nucleosome dynamics probed by torsional manipulation of single chromatin fibers, Ariel Prunell  (Institut Jacques Monod)
Nucleosome and chromatin structure and dynamics studied by fluorescence techniques and computer modeling, Jörg Langowski  (Deutsches Krebsforschungszentrum (Cancer Research)(DKFZ))
Nucleosome and chromatin structure and dynamics studied by fluorescence techniques and computer modeling (PART I), Jörg Langowski  (Deutsches Krebsforschungszentrum (Cancer Research)(DKFZ))
Macroscopic modeling of a circular rod with twist and bend in a viscous fluid, Sookkyung Lim  (University of Cincinnati)
Assessing the ability of continuum solvation models to accurately model nucleic acid electrostatics, Nathan Baker  (Washington University School of Medicine)
Exploring salt-mediated electrostatics in the association of TATA binding proteins to DNA with a combined molecular mechanics/Poisson-Boltzmann approach, Marcia O. Fenley  (Florida State University)
Lysogeny maintenance: a matter of looping, Laura Finzi  (Emory University)
Difference topology: Analysis of DNA architecture in complex DNA-protein assemblies, Makkuni Jayaram  (University of Texas)
Design, analysis, and modeling of protein-DNA loops, Jason D. Kahn  (University of Maryland)
Approaches to understanding the origin and management of DNA stiffness, James Maher  (Mayo Clinic)
The mathematics of site-specific recombination: 1. Difference topology experiments and the Mu tranpososome; 2. DNA unlinking by XerCD/FtsK, Mariel Vazquez  (San Francisco State University)
Chromatin compaction as a topological problem, Andrew Travers  (MRC Laboratory of Molecular Biology)
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