Birs- 17w5032: The Geometry and Topology of Knotting and Entanglement in Proteins
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Title: Using DNA supercoiling to control DNA minicircle shape
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Title: Knotting in open subarcs of closed knots
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Title: Applications of R-graphs to DNA modeling
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Title: A Diagrammatic Approach for Determining the Braid Index of Alternating Links, Part I
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Title: The geometry of confined random polygons
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Title: Protein Knots: Experimental Studies on Stability, Folding, Degradation and Design
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Title: Geometry of Polygonal Knot Space
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Title: An exploration of the effects of excluded volume on knotting, size and scaling in self avoiding random walks in 3-space.
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Title: Slipknotting in random knot diagrams
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Title: Additivity of topological balance lengths for composite knots and a slow growth in the effective scaling exponent of knotted random polygons
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Title: Topological Methods for Polymeric Materials: Characterizing the Relationship Between Polymer Entanglement and Viscoelasticity
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Title: A Natural Map from Random Walks to Equilateral Polygons in Any Dimension
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Title: Structural entanglements in proteins and their complexes
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Title: Developing models for chromatin folding
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Title: Comparing Metrics on Spaces of Curves
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Title: New type of entanglement in protein structures – lassos and links
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Title: A Diagrammatic Approach for Determining the Braid Index of Alternating Links, Part II
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Title: Knotting and Linking in Macromolecules
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Title: On the number of unknot diagrams
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Title: Sampling Finite Sets: From Partitions to Orthoschemes
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