Project no.	Applicant	Title
1405011	Oleg Antzutkin, Department of Physics, University of Warwick	A complex of Alzheimer’s Aβ(1-42)CC toxic oligomers with Curcumin: Structural insights using 2D 13C-13C and 1H detected 2D/3D 13C-1H and 15N-1H fast-MAS NMR
1405012	Sharon Ashbrook, School of Chemistry, University of St Andrews	25Mg MQMAS to Investigate the Efficiency of FAM-N pulses under challenging conditions
1405013	Sharon Ashbrook, School of Chemistry, University of St Andrews	High-Resolution 31P and 71Ga NMR Study of Gallophosphates
1405014	Emma Barney, Faculty of Engineering, University of Nottingham	Quantifying aluminium clustering in aluminium tellurite glass.
1405015	Frédéric Blanc, Department of Chemistry, University of Liverpool	Observation of invisible 71Ga site in langasite by 17O observed 17O 71Ga TRAPDOR
1405017	Steven Brown, Department of Physics, University of Warwick	Characterising intermolecular interactions in supramolecular self assembly and pharmaceuticals by 14N-1H MAS NMR
1405020	Marina Carravetta, School of Chemistry, University of Southampton	Development and Application of nitrogen-14 overtone NMR spectroscopy to biological solids under ultra-fast MAS
1405021	Marina Carravetta, School of Chemistry, University of Southampton	14N Overtone transition in solid-state NMR double rotation technique
1405019	Paul Dupree, Department of Biochemistry, University of Cambridge	2D and 3D 13C NMR studies of whole plant stems
1405022	Peter Halling, Department of Pure and Applied Chemistry, University of Strathclyde	A Solid-State NMR Study of an Immobilised Enzyme
1405023	John Hanna, Department of Physics, University of Warwick	45Sc-31P MQHETCOR and HMQC MAS NMR Investigations on Gallium-Doped Perovskites
1405024	John Hanna, Department of Physics, University of Warwick	11B MQDOR Experiments for Removing Residual Dipolar Broadening
1405026	Kenneth Harris, School of Chemistry, Cardiff University	CLASSIC NMR Studies of the Kinetics of Crystallization Processes
1405027	Kenneth Harris, School of Chemistry, Cardiff University	CLASSIC NMR Applied to the Formation of Novel Cements
1405028	Józef Lewandowski, Department of Chemistry, University of Warwick	Solid state NMR on 312 kDa complex of full length human immunoglobulin and GB1 (continuation project)
1405030	David Middleton, Chemistry, Lancaster University	A high-field 13C DARR solid-state NMR investigation of heparin interactions with the E22Q mutant of the amyloid-beta peptide associated with early onset Alzheimer’s
1405032	Russell Morris, School of Chemistry, University of St Andrews	High-Field Solid-State 17O NMR Study of Layered Silicates
1405033	Mark Pfuhl, Randall Division of Cell & Molecular Biophysics, King's Colledge London	Solid state NMR investigation of proteins bound to F-actin
1405036	Mark Smith, Vice-Chancellor's Office and Chemistry, University of Lancaster	Ultra-high field 43Ca and 1H NMR studies of calcium oxalates
1405037	Mark Smith, Vice-Chancellor's Office and Chemistry, University of Lancaster	Improving the resolution of ultra-high magnetic field 25Mg solid state NMR studies of magnesium acetates by extension to multiple quantum MAS NMR
1405038	Jeremy Titman, School of Chemistry, University of Nottingham	Measuring Proton CSAs in Nitrogen-containing Hydrogen-bonded Systems
1405039	Richard Walton, Department of Chemistry, University of Warwick	High-Field Solid-State 93Nb and 39K Study of Mixed-Metal Polyoxometalates
1405040	Philip Williamson, Centre for Biological Sciences, University of Southampton	Indirect Detection of 14N in Biological Samples Under Ultrafast MAS
1405041	Stephen Wimperis, School of Chemistry and WestCHEM, University of Glasgow	Natural Abundance 33S (I = 3/2) CP-STMAS NMR: Sensitivity Enhancement and Spectral Editing
1405042	Derek Woollins, School of Chemistry, University of St Andrews	Using 77Se Solid-State NMR and J Coupling to Study Novel Organoselenium Compounds