Birs- 19w5226: The Topology of Nucleic Acids: Research at the Interface of Low-Dimensional Topology, Polymer Physics and Molecular Biology

  1. Title:
    Scientific Applications of Topology

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  2. Title:
    Untangling twisted DNA, one molecule at a time

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    Thoughts on lattice knot statistics

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    New questions for knot diagrams

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    Contributions of nucleotide sequence and Lac repressor geometry to DNA looping events

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  6. Title:
    A Dynamic E. coli Genome: Widespread DNA Contacts Revealed by Monitoring Mu Transposition.

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    Recent advances in the Monte Carlo sampling of polymer configurations

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    Models of Polymer Physics for the 3D Structure of Chromosomes

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  9. Title:
    Geometric measures of knots in extreme confinement

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    Knotting statistics for polygons in lattice tubes

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    TDA and machine learning approaches to the colored Jones polynomial

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  12. Title:
    Braid Index Bounds Ropelength From Below

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  13. Title:
    3-dimensional topology and polycontinuous pattern

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  14. Title:
    Role of DNA Topology in Biological Machines and Evolutionarily Related Biological Functions: Chemical Chirality in Site-Specific DNA Recombination

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    Site-specific recombination and the band surgery along knots

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  16. Title:
    First steps of unlinking pathways

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  17. Title:
    When can a link be obtained from another using crossing exchanges and smoothings?

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  18. Title:
    Topological modeling of reconnections

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  19. Title:
    Kinetic Pathways of Topology Simplification by Type-II Topoisomerases in Knotted Supercoiled DNA

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  20. Title:
    Modelling DNA under protein-binding, stretching and torsional stress

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