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NMR spectroscopy is a powerful technique used in protein research for comprehensive functional characterizations, e.g. structure determination at atomic resolution. Due to the molecular size (typicallyGt1000 atoms), protein NMR spectra contain a large number of signal frequencies. Resolving these requires high-dimensional spectroscopy. However, when the number of frequency exceeds three, conventional...
Nuclear magnetic resonance spectroscopy is a technique for the analysis of complex biochemical materials. Thereby the identification of known sub-patterns is important. These measurements require an accurate preprocessing and analysis to meet clinical standards. Here we present a method for an appropriate sparse encoding of NMR spectral data combined with a fuzzy classification system allowing the...
Current approaches to the analysis of protein structure are time-consuming due to the lack of integration and incompatibility of data among the processing tools utilized. In addition, the enormous amount of experimental data generated is typically stored in flat file formats that cannot easily be managed or queried. Available databases that support the storage of protein structure data use data models...
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