In the Parker group we are involved in the synthesis
and investigation of a variety of systems for use as analytical,
diagnostic and therapeutic agents in vivo and in vitro, typically using
chiral metal complexes.
This website gives details of current
and recent members of the Parker Group, as well as giving a brief outline
of the group research interests. We have included our publications
should you wish to read further.
In addition, there are
pages giving information about our academic and industrial collaborators
both in the UK and throughout the rest of the world. Finally we have a
page with some informal photos of the group over the decades.
Our primary support comes from the European Research Council (ERC: fcc 266804:functional Coordination Chemistry)
and is augmented by grants from EPSRC, CRCUK, CISBio and the Royal Society
Contact the group leader, Prof. David Parker, by e-mail
The Parker Group scientific ancestry can be found here
05.02.16 : Congratulations also to Katie-Louise Finney for a successful viva!
07.01.16 : Congratulations to Emily Neil for passing her PhD viva today!
04.01.16 : Welcome to our new PDRA, Dr Kevin Mason, who joins us from the University of Copenhagen.
22.12.15 : 2nd Year PhD student Andrew Frawley has won a poster prize the RSC's Macrocyclic and Supramolecular Chemistry Meeting . His poster was titled 'Chiral Macrocyclic Eu(III) Complexes for Security Tagging and Labelling'.
09.10.15 : Welcome to our new group members, PhD students Alice Harnden and Laura Jennings, and 4th year MChem project students Ryan Waters and Russell Wood.
26.06.15 : Congratulations to Dr Martina Delbianco, winner of the 2015 Ken Wade Prize for best PhD thesis.
05.12.14 : Congratulations to Martina Delbianco and Alex Funk who both successfully defended their PhD vivas this week!
3rd Year PhD student Katie-Louise Finney has won the poster prize at ISACS 13 (Challenges in Inorganic and Materials Chemistry) held in Dublin. Her winning poster was titled 'Development of 1H PARASHIFT Probes for Magnetic Resonance Spectroscopy and Imaging'.
Part of our research
is currently featured in