Long-term stability and reproducibility of nano-, capillary- and micro-flow LC-MS separations: the impact of hardware and separation column

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…

TECHNICAL NOTE LC-MS Vanquish Neo UHPLC system-to-system reproducibility ensures consistent and reliable results in nanoLC-MS proteomics Authors We investigated the intra- and inter-system variability for typical nanoLC-MS applications using the new Vanquish Neo UHPLC Christopher Pynn , Gisela Noack ,…

LC-MS TECHNICAL NOTE Robust long-term Vanquish Neo UHPLC system operation enabling high-performance high-pressure nanoLC separations Authors blockages, combined with the struggle to generate reproducible data. Together, such obstacles can result in the loss of precious Christopher Pynn , Gisela Noack…

Beyond the Boundaries of LC-MS Sensitivity and Throughput with the Next Generation All-In-One Nano-, Capillary-, and Micro-Flow UHPLC System Alexander Boychenko1, Runsheng Zheng1, Christopher Pynn1, Tabiwang Arrey2, Amirmansoor Hakimi3, Stephan Meding1, Wim Decrop1, Martin Samonig1, Susanne Moyer1 1Thermo Fisher Scientific,…