top of page

 Specialisation

Each SNUG facility has expertise in specific areas that are highlighted on this page.

​

Every liquid state SNUG NMR laboratory can perform routine analysis which includes measurement of one dimensional NMR spectra of all common nuclei, in particular proton and carbon, and perform a range of two-dimensional experiments such as COSY, TOCSY, NOESY, HSQC, HMBC, INADEQUATE and diffusion ordered NMR spectroscopy. Relaxation measurements, reaction kinetics and quantitative analysis are also routinely performed.

​

SNUG NMR Facility Specialities

ABERDEEN

Chemistry, University of Aberdeen

  • Marine natural product

  • Purified extract and compound library

Beatson Institute for Cancer Research

  • Drug development

  • NMR of biological materials

Drug Discovery Unit, University of Dundee

  • Drug development

  • Fluorine NMR

EDINBURGH

Chemistry/Biology, University of Edinburgh

  • NMR methodology development

  • Carbohydrates: structure and conformation

  • Protein-carbohydrate interactions

  • Environmental mixtures analysis, e.g. soil, water

  • Multidimensional NMR of biomolecules

  • Food/drink chemometric analysis

  • Reaction kinetics using stop flow

  • Benchtop NMR

EPP Ltd​

  • NMR stand alone service (GLP)

  • NMR in support of synthesis

  • NMR certification of reference standards

  • Quantitative NMR (GLP compliant)

GLASGOW

Life Sciences/Chemistry, University of Glasgow

  • Protein & nucleic acid 3D structure determination

  • Protein dynamics analysis

  • Protein-protein and protein-ligand interaction studies

  • High throughput metabolomics analysis

  • NMR service

HERIOT-WATT

Chemistry, Heriot-Watt University​​

  • Reaction Monitoring in Flow with 'Benchtop' NMR

  • NMR@Light...Reaction Monitoring under Illumination

  • Complex Mixtures, Beer, Whisky and Gin

ST ANDREWS

Chemistry/Biology, University of St Andrews

  • Interaction of bacterial virulence factors with human proteins.

  • Lignin degradation products

  • Geology e.g. high pressure minerals

  • Microporous materirals

  • Ceramics

  • Perovskites

  • High-resolution studies of quadrupolar nuclei

  • First-principle calculation of NMR parameters

  • Solid state NMR experimental design

STRATHCLYDE

Chemistry, University of Strathclyde

  • NMR experimental design

  • Biomolecule structure and reactivity e.g. DNA, enzymes

  • Natural product mixtures

  • Chemical and biochemical reaction process monitoring

Aberdeen
Beatson
Dundee
Edinburgh
Glasgow
Heriot-Watt
St Andrews
Strathclyde
Epp Ltd
bottom of page