Title: Optimization and automation of quantitative NMR data extraction Authors: Mike Bernstein, Sýkora S., Chen Peng, Agustín Barba, Carlos Cobas Date: 12/04/2013 Reference: Anal. Chem. 2013, 85, 5778–5786. DOI: […]
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Preceding articles in this series have largely dealt with aspects of data acquisition to ensure reliable quantitation by NMR. A script was described that can be […]
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Quantification software packages include the proven concepts of compensating signal intensity according to changes in acquisition parameters such as spectral scan number, receiver gain, instrument-specific manipulations […]
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Title: Quantitative Purity–Activity Relationships of Natural Products: The Case of Anti-Tuberculosis Active Triterpenes from Oplopanax horridus Authors: Feng Qiu, Geping Cai, Birgit U. Jaki, David C. […]
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In the preceding articles on qNMR we discussed the ways to ensure your NMR data will yield the most accurate peak integral data, and therefore the […]
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The technique requires that you co-dissolve your analyte together with an appropriate reference material. The NMR signal for this must be collected under quite careful conditions if the experiment is to be quantitative.
As explained in previous articles, a verification system relies on several elements which can be summarized or grouped into: Elements which are responsible for processing and […]
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qNMR: quantitative NMR qNMR stands for “quantitative NMR” and refers to the use of NMR to determine the concentration of one or more chemical species in […]
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Start by getting registered at Bruker webpage. And then download Compass Xtract 3.1.7 . Finally, re-install Mnova making sure that you check Bruker component for the Mass […]
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