Increasing instrument flexibility for improved quantitative performance for high-throughput peptide measurements

Revolutionizing translational research: large-scale targeted PRM proteomics assays enabled by Stellar mass spectrometer Qingling Li, Cristina C. Jacob, Philip M. Remes, Jared Deyarmin, Stephanie Samra. Thermo Fisher Scientific, San Jose, CA, USA, 95134 Introduction Figure 2. LC gradients for 60SPD…

Novel ion source with integrated separation column and replaceable emitters facilitates high-throughput multiplexed analysis Qin Fu* (1), Katherine L. Walker* (1), Runsheng Zheng (2), Philip M. Remes (1), Lilian Heil (1), Cristina Jacob (1), Cornelia L. Boeser (1), Jennifer E.…

Poster # P-I-0174 Translational Research Revolutionizing translational research: large-scale targeted PRM proteomics assays enabled by the Stellar mass spectrometer Qingling Li, Cristina C. Jacob, Philip M. Remes, Jared Deyarmin, Stephanie Samra Thermo Fisher Scientific, San Jose, CA, USA, 95134 Introduction…

Technical note | 004326 Proteomics Unlocking biological insights with the Stellar mass spectrometer for Adaptive RT-enhanced quantitative proteomics for plasma biomarker analysis Authors Goal Qingling Li, Cristina C. Jacob, Develop a large-scale, multiplexed targeted proteomics assay with Adaptive Retention Philip…