Enhancing sample throughput for deep dive proteomics with Tandem LC

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…

Poster # P-II-0441 High-throughput LC-MS A tandem capillary and micro-flow LC workflow for high-throughput quantitative proteomics at near 100% mass spectrometer utilization Runsheng Zheng1, Martin Rendl1, Christopher Pynn1, Alec Valenta2, Ece Aydin1, Maksim Daniliuk3, Robert van Ling4, Wim Decrop1, Martin…

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…