| ||
Oxford
Conformational changes of multi-protein complexes determined by mass spectrometry
Prof Juri Rappsilber
Professor of Proteomics and Wellcome Trust Senior Research Fellow, Wellcome Trust Centre for Cell Biology, Institute of Cell Biology, University of Edinburgh
Basement Seminar Room, NDM Research Building (TDI), Old Road Campus
Friday 25th October 2013
The European Lead Factory: game changing for innovative medicine
Dr Ton Rijnders
Scientific Director at TI Pharma and Head of the European Screening Centre, IMI European Lead Factory
Basement Seminar Room, NDM Research Building (TDI), Old Road Campus
Wednesday 16th October 2013
DiscoveRx & SGC Technology Symposium
The 2nd SGC Protein Production Workshop
Event Date:
Monday 1st July 2013 to Wednesday 3rd July 2013
A tale of two methyltransferases: The role of G9a and Set7 during immunity and inflammation in the intestine
Dr Colby Zaph
Assistant Professor of Pathology and Laboratory Medicine, University of British Columbia
Basement Seminar Room, NDM Research Building, Old Road Campus
Friday 16th August 2013
How to build a better drug: new approaches to GPCR ligand discovery through biophysics and automated design
Professor Andrew Hopkins
Professor of Medicinal Informatics & SULSA Research Professor of Translational Biology, University of Dundee
Henry Wellcome Building for Molecular Physiology, Old Road Campus, OX3 7BN
Thursday 16th May 2013
Prime Minister David Cameron visits SGC Oxford
UK Prime Minister David Cameron, visits SGC Oxford and discusses open access drug discovery with Chief Scientist Chas Bountra.
Rethinking innovation and boosting R&D productivity – specific challenges and opportunities for neurosciences
Dr Ismail Kola
Executive Vice President, UCB & President of UCB New Medicines
Richard Doll Building, Old Road Campus, OX3 7LF
Monday 15th April 2013
Novel structure of a human membrane enzyme sheds light on molecular mechanisms of rare ageing disorders and metabolic syndromes
A group led by Dr. Liz Carpenter at the Structural Genomics Consortium have now mapped all the atoms that build ZMPSTE24 using a technique called X-ray crystallography and found a completely novel fold – the way in which the atoms in the enzyme are sequentially arranged.