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SNUG facilities

NMR can be performed in solution and in solid state. Most of our laboratories specialise in liquid state NMR, and we have one dedicated solid state lab, whilst a few have a dual capability. Several laboratories can acquire HR-MAS spectra of gels and compounds attached to beads.

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It is customary to characterise the spectrometers by their proton resonance frequency. Increased frequency brings more sensitivity and resolution. Nevertheless, many questions can be answered by medium strength instruments, which are more common.

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All of our laboratories provide standard high-level NMR analysis of samples. At the same time, each lab has expertise in certain areas. To find out the best match to your needs, visit the Specialisation page.

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For more information about what each lab can provide, use the following links, or for a list of all the spectrometers possessed by members of SNUG, see below.

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University of Aberdeen

Beatson Institute for Cancer Research

University of Dundee

University of Edinburgh

EPP Ltd

University of Glasgow - Biology

University of Glasgow - Chemistry

Heriot-Watt University

University of St Andrews

University of Strathclyde

University of the West of Scotland

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700 MHz
600 MHz

Chemistry, University of Edinburgh

800 MHz
400 MHz

Chemistry, University of St Andrews

500 MHz

Chemistry, University of Aberdeen

Beatson Institute for Cancer Research

Chemistry, University of Edinburgh

Chemistry, University of Strathclyde

Biology, University of Glasgow

Liquid State NMR Facilities

Chemistry, University of Edinburgh

Life Sciences, University of Dundee

Chemistry, University of Glasgow

Chemistry, University of St Andrews

Chemistry, University of Strathclyde

300 MHz
60 MHz

Chemistry, University of St Andrews

Chemistry, Heriot Watt University

Chemistry, University of Aberdeen

Chemistry, University of Glasgow

Chemistry, University of Edinburgh

Chemistry, University of St Andrews

Chemistry, University of Strathclyde

Chemistry, University of St Andrews

Physics, University of Edinburgh

400 MHz
600 MHz

Solid State NMR Facilities

Chemistry, University of St Andrews

Liquid State
Solid State
HR MAS
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