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- Software Newsletter #37 - New TopSpin patch level 3 for version 2.1 now available
- Bruker Announces Order for 10 NMR Systems to Enable World-Class Scientific Research at King...
- Faster diagnoses thanks to new scanning technology
- Bruker Introduces HyperQuant™, a Unique Bench-Top NMR Reader to Quantify Hyperpolarization
- Bruker BioSpin's MRI CryoProbe(TM) Selected for 2008 R&D 100 Award for Enabling Preclinical MRI on...
Analytical Chemistry
Chemical Analysis Solutions
Bruker BioSpin provides a world class, market-leading range of chemical analysis solutions which encompass highest sensitivities for mass limited samples; excellent resolution for increased interpretative power, the benefits of full automation and sample handling for high-throughput, and all without the need for specialist intervention.
NMR (Nuclear Magnetic Resonance) is generally acknowledged to be the ultimate structural elucidation tool for chemical entities, providing crucial information that is unobtainable by other analytical techniques.
EPR (Electron Paramagnetic Resonance) is a non-destructive. non-intrusive, very versatile spectroscopic method that can yield meaningful structural information, even from ongoing chemical or physical processes without influencing the process itself.
NMR has played an important role in the analysis of inorganic molecules for a long time. Over 80% of all nuclei have at least one NMR active isotope and many of these compounds are used in materials, catalysts and also as active centers in bio-inorganic molecules. For the study of molecules in inorganic chemistry a variety of NMR tools can be used.
NMR solutions are widely used in academic and industrial chemistry laboratories for the analysis of organic molecules, where 1H, 13C and increasingly “other nucleus” NMR is used for structural identification, reaction monitoring, quantitative analysis and much more.



