Congratulations to Stefano Bosisio for a publishing in Chemical Science with the O'Hagan group at St Andrews a computational and experimental study on the drug-like properties of ‘Janus face’ all-cis tetrafluorocyclohexyl rings.
Congratulations to Stefano Bosisio for a publishing in Chemical Science with the O'Hagan group at St Andrews a computational and experimental study on the drug-like properties of ‘Janus face’ all-cis tetrafluorocyclohexyl rings.
Welcome to new postdoctoral-associate Salomé Llabrés. Salomé previously completed a postdoc with Ulrich Zachariae at the University of Dundee.
Read about some of the computational work on drug design and Cyclophilins that we have carried out thanks to ARCHER, the UK's national supercomputing service here.
And finally a long overdue group photo, taken in the newly refurbished social space of the school of Chemistry.
There is a PhD studentship opportunity to join the group from September 2018 in the area of biomolecular simulation methods. If you are passionate about computer-aided drug design and want to contribute next generation technologies check out this link.
Congratulations to Antonia and Jordi for publishing Impact of domain knowledge on blinded predictions of binding energies by alchemical free energy calculations in the Journal of Computer Aided Molecular Design.
There is a PhD studentship opportunity to join the group from September 2018 in the area of structure-based drug design. If you are passionate about drug design and want to learn about new approaches to structure-based drug design check out this link.
Welcome to new PhD students Michail Papadourakis and Marie Bluntzer, and undergraduate students Haofan Yang and Kirsten Ritchie !
Congratulations to Charis and Harris for publishing Pushing The Limits Of Detection Of Weak Binding Using Fragment Based Drug Discovery: Identification Of New Cyclophilin Binders in the Journal of Molecular Biology.
Welcome back to Dr. Charis Georgiou who will be working in the lab on an exciting protein crystallography project.