High-throughput tandem capillary-flow LC-MS for maximum MS utilization

TECHNICAL NOTE 72899 Tandem nanoLC-MS: maximum MS utilization for deep-dive proteomic analysis Table of Contents Authors Christopher Pynn , Alexander Boychenko1, Wim Decrop1, Mike Baynham2, Peter Jehle1, Martin Ruehl1 1 Thermo Fisher Scientific, Germering, Germany 1 Thermo Fisher Scientific, Runcorn,…

TECHNICAL NOTE 72777 High-throughput capillary-flow LC-MS proteomics with maximum MS utilization Authors Contents Alexander Boychenko1, Christopher Pynn1, Bart van den Berg1, Tabiwang N. Arrey2, Mike Baynham 3, Wim Decrop1, Martin Ruehl1 1. Introduction.............................................................................................. 2 Thermo Fisher Scientific, Germering, Germany 2.…

TECHNICAL NOTE 73671 Maximize productivity in proteome profiling Combining intelligent tandem nanoLC-MS methods and a novel double-barrel ESI source for 100% MS utilization Authors: Runsheng Zheng1, Christopher Pynn1, Thomas Lanzinner2, Georg Völkle3, Jan Linnemann2, John Modrow2, Andreas Tebbe2, Wim Decrop1,…

Double Barrel ESI Source and Novel Tandem NanoLC-MS Setup Enables 24/7 Proteome Profiling with Close to 100% MS Utilization Runsheng Zheng1, Thomas Lanzinner2, Georg Völkle3, Christopher Pynn1, Jan Linnemann2, John Modrow2, Wim Decrop1, Andreas Tebbe2, Peter Jehle1, Mauro De Pra1,…