The Chemical Biology and Precision Synthesis Section develop chemistry to understand biology.
Synthesis and methodology
Our expertise is built on a sound foundation of synthetic organic chemistry. We achieve the most challenging syntheses, for example the complex natural product, Nakadomarin A. We develop groundbreaking synthetic methods. In some, we combine many synthetic steps into a single concise procedure. In others, absolute stereocontrol and catalysis are used, e.g. to make carbohydrate-like polymers.
We carefully design synthetic targets for biological functions. Stapled peptides mimic protein-protein interactions. Computational methods explore the ways in which amino acids interact, so that function can be designed into synthetic peptides. Molecular probes based on precise mechanisms allow us to identify short-lived reactive species in living organisms.
With our collaborators, we address the most difficult problems in biomedicine:
- cardiovascular disease
- heart attack
Our compounds include diagnostics such as novel PET and SPECT tracers for imaging neurological diseases. We also uncover the mechanisms of disease and develop therapeutics.
Naturally we have a wide network of collaborators including biochemists, molecular biologists, medics, and evolutionary biologists.
Click below to see our interests.
Dr Alistair Boyer - Stereocontrolled synthesis and catalysis
Prof. Stephen Clark - Total synthesis of complex natural products
Dr David France - Drug conjugates, anti-parasitics, anti-bacterials
Prof. Richard Hartley - Molecular probes, prodrugs, ROS sensors, targeting, cardiovascular, inflammation, malaria
Dr Jesko Köhnke - Natural product biosynthesis and engineering, enzymes, anti-infectives, host-pathogen interactions
Dr Andrew Jamieson - Peptides, peptidomimetics, ion channels, pain regulation, HDAC inhibitors, cancer
Dr Joëlle Prunet - Stereocontrol, functionalised polymers, metathesis, total synthesis of natural products
Dr Andrew Sutherland - PET and SPECT tracers, diagnostics, neurological diseases, cancer, fluorophores, one-pot multi-reaction catalytic processes
Dr Drew Thomson - Designer peptides, computer modeling
Full CBPS Staff
The Chemistry Higher Education Research, Practice and Scholarship (CHERPS) group has a wide range of expertise in chemical education. We put student co-creation at the heart of our projects and welcome collaborative links to drive forward innovations in pedagogy in chemistry. Our current initiatives span the diverse themes of laboratory teaching, outreach projects, graduate teaching assistant support and maths skills development. We have close links with the Royal Society of Chemistry and are ac