Entanglement in biology; how nature controls the topology of proteins and DNA
Asymptotics of the length of an essential arc in a simple-cubic-lattice model for strand-passage (Michael Szafron / University of Saskatchewan)  의 1 번째 Windows Media 동영상입니다.
DNA dynamics during replication: the benefit of entanglement (Jorge Schvartzman / Centro de Investigaciones Biologicas)  의 1 번째 Windows Media 동영상입니다.
DNA unlinking by Xer recombination (Mariel Vazquez / Mathematics Department, San Francisco State University)  의 1 번째 Windows Media 동영상입니다.
Entanglement complexity of compressed and stretched polygons in lattice tubes (Christine Soteros / University of Saskatchewan, Department of Mathematics and Statistics)  의 1 번째 Windows Media 동영상입니다.
Entanglement in systems of curves with Periodic Boundary Conditions (Eleni Panagiotou / National Technical University of Athens)  의 1 번째 Windows Media 동영상입니다.
Entanglements in self-avoiding walks: Old wine in new bottles (Stuart Whittington / University of Toronto)  의 1 번째 Windows Media 동영상입니다.
Experimental studies on the folding pathways of knotted proteins (Sophie Jackson / University of Cambridge)  의 1 번째 Windows Media 동영상입니다.
From Euclidean distance, to polymer uncrossing and knotting, to protein folding rate prediction (Steven Plotkin / University of British Columbia)  의 1 번째 Windows Media 동영상입니다.
Knotting proteins in implicit solvent (Jose Onuchic / Rice University)  의 1 번째 Windows Media 동영상입니다.
Lattice knots and links in tubes (Koya Shimokawa / Saitama University)  의 1 번째 Windows Media 동영상입니다.
Maxwell-Stefan electrophoresis simulation of equal mass type A catenanes and supercoiled dimers (Maridian José Kadomatsu Hermosa / Facultad Politécnica)  의 1 번째 Windows Media 동영상입니다.
Mechanically Tightening a Protein Slipknot into a Trefoil Knot (Hongbin Li / University of British Columbia)  의 1 번째 Windows Media 동영상입니다.
Modelling the Entropic Pressure near a Ring Polymer (Esaias J Janse van Rensburg / York University)  의 1 번째 Windows Media 동영상입니다.
Modelling the kinetoplast DNA network (Javier Arsuaga / San Francisco State University)  의 1 번째 Windows Media 동영상입니다.
Models of chromatin spatial organisation in the cell nucleus (Mario Nicodemi / Universita' di Napoli)  의 1 번째 Windows Media 동영상입니다.
Models that include supercoiling of topological domains reproduce several known features of interphase chromosomes (Andrzej Stasiak / University of Lausanne)  의 1 번째 Windows Media 동영상입니다.
New algorithms for sampling closed and/or confined equilateral polygons (Jason Cantarella / University of Georgia)  의 1 번째 Windows Media 동영상입니다.
Novel knotted structure (Ellinor Haglund / UCSD, CTBP (The Center for Theoretical Biological Physics))  의 1 번째 Windows Media 동영상입니다.
Random knotting probability of DNA knots and scaling behavior (Tetsuo Deguchi / Ochanomizu University)  의 1 번째 Windows Media 동영상입니다.
Resolving Knotting Complexity in Proteins and Tight Topological Knots (Kenneth Millett / University of California, Santa Barbara)  의 1 번째 Windows Media 동영상입니다.
Sedimentation of macroscopic rigid knots and its relation to gel electrophoretic mobility of DNA knots (Giovanni Dietler / EPFL)  의 1 번째 Windows Media 동영상입니다.
Sequence Dependent Denaturation in Small DNA Circles: A Multiscale Approach (Sarah Harris / University of Leeds)  의 1 번째 Windows Media 동영상입니다.
The effect of confinement on knotting and geometry of random polygons (Claus Ernst / Western Kentucky University)  의 1 번째 Windows Media 동영상입니다.
Topology and structural self-organization in folded proteins (Isabel Darcy / University of Iowa)  의 1 번째 Windows Media 동영상입니다.
Translocating knotted peptides (Piotr Szymczak / University of Warsaw)  의 1 번째 Windows Media 동영상입니다.
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