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The Rachel O'Reilly Group
The Rachel O'Reilly Group

The Rachel O'Reilly Group

Precision nanostructure and polymer engineering

  • Group
    • Current Members
    • Prof. Rachel O’Reilly
    • Past Members
  • Research
    • Summary
    • Designer poymer nanostructures
      • Responsive Nanostructures
      • Catalytic Nanoreactors
      • Nanostructure characterisation
    • Nanoparticle engineering
      • Crystallisation driven self-assembly
      • New routes for targeted assembly
    • Biomimetic nanostructures
      • Nucleobase polymeric materials
      • DNA templated synthesis
      • Biomolecule polymer conjugates
    • New chemistries and functions
      • Self-reporting fluorogenic probes
      • Efficient polymer modification
      • Novel routes to degradable polymers
    • Previous research areas
      • Hollow polymeric nanoreactors
      • Chiral nanomaterials
      • Conducting materials
    • Research Facilities
  • Publications
  • Opportunities
  • Collaborations
  • Contact
    • How to Find Us
  • Group Intranet

Efficient polymer modification

Investigating new chemistries and functions

In the O’Reilly group we have extensive activities in the development and implementation of efficient chemistries to allow for the preparation of complex polymeric scaffolds. In particular we have active programs in the development of:

  • Efficient polymer and nanostructure modification
  • Self-reporting fluorogenic probes
  • Precision polymer synthesis
  • Novel routes to degradable polymers
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