LC-MS: Vanquish Neo UHPLC system-to-system reproducibility ensures consistent and reliable results in nanoLC-MS proteomics

Long-term stability and reproducibility of nano-, capillary- and micro-flow LC-MS separations: the impact of hardware and separation column Christopher Pynn1, Runsheng Zheng1; Tabiwang Arrey2; Amirmansoor Hakimi3; Alec Valenta1; Susanne Moyer1 1Thermo Fisher Scientific, Germering, Germany; 2Thermo Fisher Scientific, Bremen, Germany;…

LC-MS TECHNICAL NOTE Quantitative targeted nano- and capillaryflow LC-MS peptide analysis using the Vanquish Neo UHPLC System coupled to a triple quadrupole mass spectrometer Authors In other areas of analytical science, such as clinical research Alan Atkins , Martin Samonig…

Poster # P-II-0440 Technological advancements in proteomics Long-term stability and reproducibility of nano, capillary and micro-flow LC-MS separations Christopher Pynn1, Runsheng Zheng1, Tabiwang Arrey1, Amirmansoor Hakimi2, Alec Valenta2, Martin Samonig3 Thermo Fisher Scientific, 1Germany; Thermo Fisher Scientific, 2USA; Thermo Fisher…

LC-MS TECHNICAL NOTE Vanquish Neo UHPLC system sets new performance standards for single-shot nanoLCMS bottom-up proteomics Authors biomarker discovery and precision medicine. The enormous variety and dynamic range of proteins found in biofluids such Runsheng Zheng , Christopher Pynn ,…