| Name |
Research Areas |
Institution |
Keywords |
| Prof. Paul N Barlow |
Chemistry/Biology Interface |
Edinburgh |
protein structure, nuclear magnetic resonance spectroscopy,
immunology, complement system |
| Dr Perdita E Barran |
Chemistry/Biology Interface |
Edinburgh |
biological mass Spectrometry; instrument and technique development;
protein structure and interactions; HDX; proteomics; molecular
modelling. |
| Dr Helen Baxter |
Chemistry/Biology Interface |
Edinburgh |
protein detection, microscopy, spectroscopy and immunology |
| Prof. Robert L Baxter |
Chemistry/Biology Interface |
Edinburgh |
enzyme mechanisms, protein detection and spectroscopy, natural
product chemistry and biosynthesis |
| Dr Catherine H Botting |
Chemistry/Biology Interface |
St Andrews |
mass spectrometry of biological molecules with an emphasis
on proteomics |
| Prof. Mark Bradley |
Chemistry/Biology Interface, Materials,
Synthesis |
Edinburgh |
microarrays (cells, enzymatic assays, small molecules, and
polymers), cellular delivery (DNA, proteins, peptides), high-throughput
chemistry |
| Dr Colin Campbell |
Chemistry/Biology Interface |
Edinburgh |
biosensor research, electrochemistry, fluorescence, nanotechnology. |
| Dr Dominic Campopiano |
Chemistry/Biology Interface, Synthesis |
Edinburgh |
natural product biosynthesis, enzymology, protein structure,
antibiotics, defensins, antimicrobial resistance, iron uptake,
innate immunity |
| Dr Scott L. Cockroft |
Chemistry/Biology Interface, Synthesis |
Edinburgh |
physical organic chemistry, molecular recognition, non-covalent
interactions, supramolecular chemistry, single-molecule biophysics,
molecular machines |
| Dr Simon N Daff |
Chemistry/Biology Interface |
Edinburgh |
NO synthase, biological electron transfer, bioelectrochemistry,
enzyme mechanisms |
| Dr Changjiang Dong |
Chemistry/Biology Interface |
St Andrews |
Chemical and membrane biology, structure and function of membrane
protein and membrane protein complex, infection and cancer,
structure-based drug design, drug synthesis by novel enzymes. |
| Dr David TF Dryden |
Chemistry/Biology Interface |
Edinburgh |
protein-DNA interactions, bio-molecular machines, protein
mimics of DNA structure, fluorescence spectroscopy, single-molecule
imaging, prokaryotic DNA restriction and modification systems |
| Dr Gordon Florence |
Chemistry/Biology Interface, Synthesis |
St Andrews |
organic synthesis; bioactive natural products and structural
analogues; new methods and strategies for asymmetric stereocontrol |
| Dr Cristina Flors |
Chemistry/Biology Interface, Chemical
Physics |
Edinburgh |
single-molecule fluorescence microscopy, photochemistry, photophysics,
super-resolution fluorescence microscopy |
| Dr Michael F Greaney |
Chemistry/Biology Interface, Synthesis |
Edinburgh |
synthetic organic chemistry, Chemistry/Biology Interface,
natural product synthesis, asymmetric catalysis, medicinal chemistry
|
| Dr Mathew R Heal |
Chemistry/Biology Interface, Chemical
Physics |
Edinburgh |
field and laboratory measurements of atmospheric trace species
concentrations and fluxes, urban air quality and the impact
on health |
| Dr Alison N Hulme |
Chemistry/Biology Interface, Synthesis |
Edinburgh |
natural product synthesis, asymmetric synthetic methodology,
Chemistry/Biology Interface, tagging and imaging in biological
systems, historical dyestuffs |
| Dr Anita Jones |
Chemistry/Biology Interface, Materials |
Edinburgh |
photophysics and photochemistry, time-resolved fluorescence
spectroscopy, fluorescence lifetime imaging microscopy, DNA
conformation and interactions, microfluidics |
| Prof. David A Leigh FRS |
Chemistry/Biology Interface, Synthesis |
Edinburgh |
synthetic organic chemistry, design and synthesis of functional
molecules, supramolecules and macromolecules, artificial "molecular
machines" |
| Dr Juan Mareque-Rivas |
Chemistry/Biology Interface, Materials,
Synthesis |
Edinburgh |
ligand design, molecular recognition, bio-inorganic chemistry,
self-assembled monolayers, catalysis, nanomaterials and electrochemistry |
| Dr John Mitchell |
Chemistry/Biology Interface |
St Andrews |
structural bioinformatics, enzyme reaction mechanisms, chemoinformatics, solubility, machine learning, computational toxicology |
| Dr Andrew R Mount |
Chemistry/Biology Interface, Materials |
Edinburgh |
electrochemistry, modified electrodes, biosensors, microelectrode
arrays, electrochemical machining, electrochemical synthesis,
molten salts |
| Dr Chris Mowat |
Chemistry/Biology Interface |
Edinburgh |
redox proteins, protein crystallography, enzyme mechanisms,
bacterial respiration. |
| Prof. James H Naismith |
Chemistry/Biology Interface |
St Andrews |
protein chemistry, enzyme mechanism, natural product biosynthesis,
drug resistant bacteria, crystallography |
| Prof. David O'Hagan |
Chemistry/Biology Interface, Synthesis |
St Andrews |
organic chemistry, organo-fluorine chemistry, biological chemistry,
natural products, biotransformations, enzyme mechanism, biosynthesis |
| Dr Rosario M Sánchez-Martín |
Chemistry/Biology Interface |
Edinburgh |
cellular delivery (drugs, sensors, oligonucleotides, proteins,
peptides, probes); carrier systems; intracellular sensing; high-throughput
screening |
| Dr Terry Smith |
Chemistry/Biology Interface |
St Andrews |
molecular parasitology, phosholipid metabolism, glycosyltransferases,
mass spectrometry and carbohydrate chemistry |
| Dr Dusan Uhrin |
Chemistry/Biology Interface |
Edinburgh |
NMR spectroscopy, molecular structure and dynamics, protein-carbohydrate
complexes, pulse sequence development |
| Dr Nicholas J Westwood |
Chemistry/Biology Interface, Synthesis |
St Andrews |
Synthetic chemistry, natural products. chemical
genetics, interdisciplinary research, diversity-oriented synthesis |
