Titlebook: Advancements of Mass Spectrometry in Biomedical Research; Alisa G. Woods,Costel C. Darie Book 2019Latest edition The Editor(s) (if applica

Feature

Darpan Anand,Vineeta Khemchandaniassist in the two specific areas of glycosylation monitoring of biological drugs, and vitamin D analysis, as representatives of ion mobility’s potential in both the pharmaceutical and clinical industries, respectively, as well as the current hurdles of ion mobility adoption in both fields.

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Fynnwin Prager,Jose Martinez,Chris Cagleriety of MS methods. Here, we talk about the bottom-up approach, the top-down approaches such as ECD and ETD, the ESI/MS method and IM-MS. Further, we also focus on the applications of MALDI/MS such as UV-MALDI, IR-MALDI and IMS-MALDI and provide examples of the mass spectra that provide tremendous amount of information on ADC structures.

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Eman Shaikh,Nazeeruddin Mohammadimprove isomers resolution, and intensify confidence in lipid identification and characterization. In this chapter, we describe the principle of travelling wave ion mobility mass spectrometry (TWIMS) and its applications in untargeted LC-MS analysis for characterizing the structural diversity and complexity of lipid species in biological samples.

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Alisa G. Woods,Costel C. DarieCovers therapeutic fields utilizing mass spectrometry and proteomic discovery, including the newest field, lipodomics.Discusses the most recent proteomic methodology as well as innovative approaches t

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Fulin Wen,Lei Yang,Wei Cai,Pan Zhouuids and tissues. Whilst originally focused upon the analysis of intact proteins and peptides, MALDI mass spectrometry has found further applications in lipidomic analysis, genotyping, microorganism identification, biomarker discovery and metabolomics. The combining of multiple profiles data from di

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Zisang Xu,Feng Li,Minfu Tan,Jixin Zhangrmation of biomolecules with minimal sample preparations. Fragmentation is induced at the position where hydrogen radical transfers from matrix to analyte in the MALDI-ISD process by proposed mechanism. Uniform fragmentation in MALDI-ISD generates relative simple ion spectra of readable sequence lad