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Researcher Details
 
Name: Professor D O'Hagan
Organisation: University of St Andrews
Department: Chemistry
Current EPSRC-Supported Research Topics:
Biological & Medicinal Chem. Chemical Biology
Chemical Synthetic Methodology

Current EPSRC Support
EP/S030506/1 Properties and applications of Janus faced fluorocyclohexanes(P)
Previous EPSRC Support
EP/R013799/1 Partially fluorinated alkyl motifs for pharmaceuticals and agrochemicals research(P)
EP/N03001X/1 Fluorovinyl thioethers as stereoelectronic mimetics of acyl co-enzyme-A enol/ates(P)
EP/M01262X/1 'Last step' enzymatic [18F]-labelling of peptides for Positron Emission Tomography (PET)(P)
EP/L017911/1 Novel organofluorine motifs in the service of industry(P)
EP/K022946/1 The CF2 group as a conformational tool in the olfactory receptor response(P)
EP/I034734/1 Extending fluorinase [C-18F]-bond biocatalysis for Positron Emission Tomography (PET)(P)
EP/H022651/1 Multivicinal fluorinated cyclohexanes, a new structural motif in organic chemistry(P)
EP/F03055X/1 Synthesis and properties of novel sequentially fluorinated motifs in organic chemistry(P)
EP/D03874X/1 Multinuclear NMR in Support of Synthetic and Materials Chemistry at St Andrews(C)
EP/C536347/1 The C-F bond as a conformational Tool in Biological and Materials Chemistry(P)
GR/T18585/01 The utility and behaviour of organic fluorine compounds on surfaces(C)
GR/S97491/01 Extending the substrate specificity of enzymatic flourination. An entriely novel biocatalysis(P)
GR/S31273/01 High Intensity Single Crystal X-Ray Diffraction Studies of Inorganic and Organic Materials(R)
GR/R97672/01 Mass Spectroscopy in support of synthetic chemistry at St Andrews(P)
GR/N16044/01 ENANTIOMERIC DISCRIMINATION OF ORGANO-FLUORINE COMPOUNDS USING THE ORSAY 2H-NMR METHOD(P)
GR/N36943/01 NMR SPECTROSCOPY IN SUPPORT OF CHEMISTRY RESEARCH(C)
GR/L91375/01 ELUCIDATION OF THE NEW TERPENE BIOSYNTHESIS PATHWAY(P)
GR/L50266/01 MODERN MASS SPECTROMETRY TO SUPPORT SYNTHETIC ORGANIC, INORGANIC AND MATERIALS CHEMISTRY(C)
GR/K01889/01 THE PREPARATION OF POLYESTERS USING LIPASE ENZYMES(P)
GR/H63586/01 HOMOCHIRAL MONOMERS FOR POLYMER SYNTHESIS. SYNTHESIS USING THE LIPASE FROM CANDIDA CYLINDRACEA.(P)
GR/G11088/01 SYNTHESIS OF CHIRAL MONOMERS FOR THE PREPARATION OF OPTICALLY ACTIVE POLYMERS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator