High-Sensitivity MALDI MS Imaging of Lipid C=C Positional Isomers via O₂-Enhanced Oxygen Attachment Dissociation (O₂E-OAD)

Imaging Mass Microscope iMScope Oxygen Attachment Dissociation MS/MS Option Kit Application News Analysis of C=C Positions of Lipids in Mouse Brain Sections Using MALDI-OAD-MS/MS Kaoru Nakagawa, Satoshi Kasamatsu, Hidenori Takahashi User Benefits  It is possible to identify the C=C…

ThP 474 ( ) MS imaging i gi g enabling bli g visualization i li ti off lipid lipid C=C C Cp positional iti l iisomers iin bi biological l gi l ti tissues using i g Oxygen O yg…

OAD RADICAL SOURCE I Oxygen Attachment Dissociation MS/MS Optional Kit LCMS-9050 High-Performance Liquid Chromatograph Mass Spectrometer Application News Rapid Structural Elucidation of Lipids Including C=C Positions Using Dual-Polarity CID/OAD in a Single LC-MS Run Yohei Arao, Mami Okamoto, Yusuke Aono,…

High Performance Liquid Chromatograph Mass Spectrometer Application News OAD-MS/MS for the Structural Identification of DoubleBond Positions in Lipids Associated with Alcohol Toxicity Emily Armitage1, Alan Barnes1, Olga Deda2, Christina Virgiliou2, Neil Loftus1, Helen Gika2, Ian Wilson3 1 Shimadzu Corporation, Manchester,…