Knotted DNA: Mathematical Models and Biological Consequences

How the mysteries of knot theory, when applied to DNA, are helping to create drugs that inhibit cancer cell replication.

Prof. Dorothy Buck, University of Bath

  • Mon 5th Mar 2018
  • 19:30
  • Sackler Lecture Theatre, Institute of Astronomy, Madingley Road, Cambridge, CB3 0HA
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DNA, like any other long piece of string packed into a small space, would become highly knotted and tangled if there were no mechanisms to both keep it organised, and to untangle any knots that do arise. Every living organism has developed mechanisms to control DNA knotting in its cells, and many antibiotics and chemotherapeutics act by disturbing this control. This talk will give an overview of some of the topological methods that we utilise to model DNA knotting, and how the answers from these models aid experimentalists. (No prior biological knowledge needed.)

Speaker biography to follow

The lecture will be preceded by a short presentation from a CSAR PhD Student Award winner

Mike Hart - Brain-mapping to assist surgery