Novel tandem nano and capillary flow LC-MS-based approach for facile 24/7 proteome profiling with near 100% MS utilization

Technical note | 003335 Omics Maximizing sample throughput and sensitivity in nano- and capillary-LC-MS Harnessing a tandem direct injection workflow and a dual spray ion source Authors Goal Runsheng Zheng , Martin Rendl , Alec C. Valenta2, Christopher Pynn1, Till…

High-throughput LC-MS Enhancing sample throughput for deep dive proteomics with Tandem LC Runsheng Zheng1, Martin Rendl1, Alec Valenta2, Tabiwang Arrey3, Christopher Pynn1, Yuan Lin4, Maksim Daniliuk5, Ece Aydin1 Robert van Ling6, Wim Decrop1, Felix Josef7, Til Reinhardt3, Nagarjuna Nagaraj7, Andreas…

Customer application note | 003951 Omics Enhancing sample throughput and proteome coverage with a novel tandem-LC MS/MS approach Authors Application benefits Nagarjuna Nagaraj¹, Giada Marino¹, Felix • The tandem LC workflow increases the available gradient time during methods, improving separation…

Technical note | 003314 Omics A dual-column, single-spray configuration for capillary and micro-flow LC-MS applications Authors Goal Runsheng Zheng1, Martin Rendl1, Demonstrating a tandem LC-MS configuration for high-throughput proteomics and Alec C. Valenta , Christopher Pynn , 2 1 peptide…