Slides Framework <

Ionic Liquids • Radicals • Bioprocess

3D-printing • Computational chemistry

To change the world and reach Net Zero we need to creatively disrupt existing modes of chemicals production. We need to think different; new types of solvent, different types of reactivity, utilising the power of biology, widening accessibility, and screening options rapidly with predictive models enhanced by machine learning.

Disruptive Chemistries group

Currently based at the University of Loughborough, the group seeks to develop chemistries with a potential to do chemistry differently.

  • 3D printed enzymes
  • PhD students
  • Ionogel showing flexibility
  • Colourful Labware
  • Enzymes
  • Fermenter

Research

Some of our current projects

The group leverages both computational and experimental approaches in our research.

  • A 3D printer printing

    3-D printing

    Distributive manufacture, combined with renewable feedstocks, offers the potential for widening access and security to chemicals supply.

  • An artists impression of an enzyme

    Proteins in Alien Environments

    Understanding how proteins behave in low/no water solvents.

  • An iron sulfur cluster

    Radical SAM Enzymes

    Design makes what was once impossible possible. The unique features of radical SAM enzymes can unlock the potential of new and amazing chemistries, currently inaccessible to industry.

  • A Mycolic acid wiggling

    #HelpStop TB

    Harnessing Machine Learning with the power of volunteers to generate new ways to prevent tuberculosis. Join us the World Community Grid.

We love to share our chemistry!

Prof Croft has been recognised for her contributions to the chemistry community and in her teaching practice, as a Fellow of the Royal Society of Chemistry (FRSC) and Senior Fellow of the Higher Education Academy (SFHEA), respectively.