A novel nano UHPLC system for high robustness and reproducible proteomics analysis

US HUPO 2024, ABSTRACT 683 TwinScape: a digital twin-driven concept for improved timsTOF platform monitoring and data quality assurance Cassandra Wong1, Brendon Seale1, Stefan Harsdorf3, Sergio Legaz3, Jonas Wloka3, Diego Ferron3, Jayasree Sumangala3, Torsten Mueller3, Jonathan Krieger4, Tharan Srikumar4, Dennis…

Enhancing the Throughput and Robustness of DIA Using a 150 µm EASY-Spray Column Joshua J. Nicklay1, Kerry M. Hassell1, and Aran Paulus2, 1Thermo Fisher Scientific, 265 Davidson Ave Suite 101 Somerset, NJ 08873, 2Thermo Fisher Scientific 355 River Oaks Parkway…

AS MS 2 0 2 6 , TH P 3 6 4 Exploring the proteomics capabilities of a new Trapped Ion Mobility Q-TOF designed for enhanced metabolomics performances dia-PASEF; 100 ng k562; no MBR 9000 80000 Neat Isotopolog Plasma Peptides…

ASMS 2025 – MP 559 Enhanced separation performance with reduced carry-over for proteomics analyses using novel nanoLC and the timsTOF HT Ines Metatla2 , Mario Mirabelli1 , Chiara Guerrera2, Cerina Chhuon2, Petra Martinović3, Pierre-Olivier Schmit5, Goran Mitulović4, 1Bruker Switzerland AG,…