Titlebook: Analysis of Post-Translational Modifications and Proteolysis in Neuroscience; Jennifer Elizabeth Grant,Hong Li Book 2016 Springer Science+

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A Boronic Acid-Based Enrichment for Site-Specific Identification of the N-glycoproteome Using MS-Baides are removed. By virtue of the universal boronic acid-diol recognition, large-scale mapping of N-glycoproteins can be achieved by combining boronic acid-based enrichment, PNGase F treatment in the presence of heavy oxygen (.O) water, and MS analysis. This method can be extensively applied for th

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Phosphoproteomics of Tyrosine Kinases in the Nervous System,growth factor (NGF), after a period of 1–2?min. The identification of the modified residue and its location in the sequence of the peptide can be determined following collision induced dissociation of the precursor peptide in the mass spectrometer and the observation of fragment ions that frame the

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Identification of Protease Substrates in Complex Proteomes by iTRAQ-TAILS on a Thermo Q Exactive Ininates the need for laborious follow-up experiments like Edman sequencing. iTRAQ-TAILS acquires this rich information by exploiting the power of latest generation mass spectrometers as the Thermo Q Exactive instrument. Through quantitative assessment of protein N-termini in protease-exposed and cont

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Identification and Characterization of Protein Posttranslational Modifications by Differential Fluotwo goals in mind, first to share with other scientists some of our experiences in this field, and second to invite those interested in the subject to bring their own contributions to an area that should be further explored and enhanced in order to create a large tool kit for PTM analysis. Although