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• W2771233013 abstract "Characterization of complex oligosaccharides has historically required extensive sample handling and separations before analysis using nuclear magnetic resonance spectroscopy and electron impact mass spectra following hydrolysis, derivatization, and gas chromatographic separation. Advances in liquid chromatography separations and tandem mass spectrometry have expanded the range of intact glycan analysis, but carbohydrate structure and conformation — integral chemical characteristics — are often difficult to assess with minimal amounts of sample in a rapid fashion. Because ion mobility spectrometry (IMS) separates analytes based upon an effective ‘size-to-charge’ ratio, IMS is, by extension, highly applicable to glycomics. Furthermore, the speed of IMS, its growing levels of separation efficiency, and direct compatibility with all forms of mass spectrometry, illustrates is core role in the future of glycomics efforts. This review assesses the current state of ion mobility–mass spectrometry applied to glycan, glycoprotein, and glycoconjugate analysis. Currently, assessing optimal ion polarity and adduct type for a glycan class along with the appropriate tandem mass spectrometry technique underpin many of the current glycan analysis efforts using ion mobility–mass spectrometry (IMMS). Once determined, these parameters have enabled a growing and impressive range of glycomics campaigns employing this technique. Additionally, the combination of IMS with tandem mass spectrometry, and even spectroscopic methods, further expands the dimensionality of hybrid instrumentation to provide a more comprehensive assessment of glycan structure across a wide dynamic range. Continued computational efforts to complement experimental and instrumental advancements also serve as a core component of IMMS workflows applied to glycomics and promise to maximize the information gained from mobility separations." @default.
• W2771233013 created "2017-12-22" @default.
• W2771233013 creator A5024816700 @default.
• W2771233013 creator A5088381675 @default.
• W2771233013 date "2018-02-01" @default.
• W2771233013 modified "2023-10-10" @default.
• W2771233013 title "Contemporary glycomic approaches using ion mobility–mass spectrometry" @default.
• W2771233013 cites W1424246325 @default.
• W2771233013 cites W1753095474 @default.
• W2771233013 cites W1842774341 @default.
• W2771233013 cites W1889524658 @default.
• W2771233013 cites W1918740966 @default.
• W2771233013 cites W1967929767 @default.
• W2771233013 cites W1968144614 @default.
• W2771233013 cites W1973941831 @default.
• W2771233013 cites W1978120956 @default.
• W2771233013 cites W1983760783 @default.
• W2771233013 cites W1988813375 @default.
• W2771233013 cites W1991437941 @default.
• W2771233013 cites W1992832152 @default.
• W2771233013 cites W1995969527 @default.
• W2771233013 cites W2004857756 @default.
• W2771233013 cites W2006061614 @default.
• W2771233013 cites W2010141982 @default.
• W2771233013 cites W2019325578 @default.
• W2771233013 cites W2020266605 @default.
• W2771233013 cites W2031126461 @default.
• W2771233013 cites W2047301234 @default.
• W2771233013 cites W2049683636 @default.
• W2771233013 cites W2065544983 @default.
• W2771233013 cites W2074365817 @default.
• W2771233013 cites W2074688749 @default.
• W2771233013 cites W2074989873 @default.
• W2771233013 cites W2075256134 @default.
• W2771233013 cites W2085563152 @default.
• W2771233013 cites W2088546850 @default.
• W2771233013 cites W2089678703 @default.
• W2771233013 cites W209778329 @default.
• W2771233013 cites W2102574135 @default.
• W2771233013 cites W2115588498 @default.
• W2771233013 cites W2139853561 @default.
• W2771233013 cites W2142335003 @default.
• W2771233013 cites W2143206354 @default.
• W2771233013 cites W2148662514 @default.
• W2771233013 cites W2151904230 @default.
• W2771233013 cites W2157987756 @default.
• W2771233013 cites W2160943571 @default.
• W2771233013 cites W2161909728 @default.
• W2771233013 cites W2162219833 @default.
• W2771233013 cites W2167551571 @default.
• W2771233013 cites W2171431072 @default.
• W2771233013 cites W2197271638 @default.
• W2771233013 cites W2284251722 @default.
• W2771233013 cites W2293801117 @default.
• W2771233013 cites W2314113358 @default.
• W2771233013 cites W2315522560 @default.
• W2771233013 cites W2316765548 @default.
• W2771233013 cites W2326283867 @default.
• W2771233013 cites W2337877757 @default.
• W2771233013 cites W2342022964 @default.
• W2771233013 cites W2342783766 @default.
• W2771233013 cites W2433393132 @default.
• W2771233013 cites W2444435815 @default.
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• W2771233013 cites W2527389287 @default.
• W2771233013 cites W2544321272 @default.
• W2771233013 cites W2557815325 @default.
• W2771233013 cites W2565586364 @default.
• W2771233013 cites W2571811979 @default.
• W2771233013 cites W2595535337 @default.
• W2771233013 cites W2597681416 @default.
• W2771233013 cites W2603440258 @default.
• W2771233013 cites W2607286097 @default.
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• W2771233013 doi "https://doi.org/10.1016/j.cbpa.2017.11.020" @default.
• W2771233013 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29248736" @default.
• W2771233013 hasPublicationYear "2018" @default.
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