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Posters and Presentations

Available posters and presentations highlighting research projects


Additional proteomics related posters and presentations from PNNL can be found on the omics.pnl.gov website


ASMS 2013 Posters and Oral Presentations

Baker - IMS-QTOF MS Platform for Complex Samples Applying a High Throughput IMS-QTOF MS Platform to Complex Samples for Increased Molecular Coverage
Erin Shammel Baker, KE Burnum-Johnson, JM Jacobs, DL Diamond, RN Brown, YM Ibrahim, DJ Orton, PD Piehowki, DE Purdy, RJ Moore, WF Danielson, ME Monroe, KL Crowell, GW Slysz, MA Gritsenko, JD Sandoval, BL LaMarche, MM Matzke, BJ Webb-Robertson, BC Simons, BJ McMahon, R Bhattacharya, JD Perkins, RL Carithers, S Strom, SG Self, EA Torres, MS Lipton, TO Metz, R Kurulugama, A Mordehai, E Darland, G Stafford, MG Katze, GA Anderson, RD Smith
He - PRISM-SRM proteomics Application of an antibody-independent, highly sensitive PRISM-SRM proteomics approach for monitoring TMPRSS2-ERG fusion proteins in prostate cancer cell lines and tumor tissues
Jintang He, X Sun, T Shi, AA Schepmoes, TL Fillmore, VA Petyuk, F Xie, R Zhao, MA Gritsenko, F Yang, N Kitabayashi, SS Chae, MA Rubin, J Siddiqui, JT Wei, AM Chinnaiyan, WJ Qian, RD Smith, J Kagan, S Srivastava, T Liu, KD Rodland, and DG Camp
JS Kim - In-Source Fragmentation In-Source Fragmentation and the Sources of Partially Tryptic Peptides in Shotgun Proteomics
JS Kim, ME Monroe, DG Camp II, RD Smith, and WJ Qian
S Kim - Informed Proteomics Analysis Tool IPA: an Informed Proteomics Analysis Tool for Improved Peptide Identifications
Sangtae Kim, GW Slysz, KL Crowell, SH Payne, GA Anderson, and RD Smith
Merkley - Improved Chemical Cross-linking MS IMS, HCD, and ETD for Improved Chemical Cross-linking Mass Spectrometry
Eric D. Merkley, ES Baker, KL Crowell, DJ Orton, T Taverner, C Ansong, YM Ibrahim, MC Burnet, JR Cort, GA Anderson, RD Smith, A Mukherjee, KD Miner, A Bhagi, Y Lu, and JN Adkins
Qu - utomated IMAC Enrichment for Bacterial Phosphopeptide Analysis Application of Automated IMAC Enrichment for Bacterial Phosphopeptide Analysis
Yi Qu, S Wu, R Zhao, E Zink, DJ Orton, RJ Moore, D Meng, TRW Clauss, JT Aldrich, RD Smith, MS Lipton, and L Paša-Tolić
Shi - Long Gradient Selected Reaction Nonitoring Targeted mass spectrometric approach coupled with long gradient separation enables highly sensitive, large scale protein quantification in a single analysis
Tujin Shi, TL Fillmore, R Zhao, AA Schepmoes, CD Nicora, Y Gao, RJ Moore, T Liu, KD Rodland, K Tang, RD Smith, DG Camp, and WJ Qian
Shvartsburg - Ion Mobility Separations of Protein Conformers Ion Mobility Separations of Protein Conformers with Resolving Power up to 400 Using Hydrogen-Rich Gas Buffers
Alexandre A. Shvartsburg and RD Smith
Wang - Coupling of CITP/CZE with NanoESI-MS Effective Coupling of CITP/CZE with NanoESI-MS using Advanced Interface Technologies for High Sensitivity Sample Quantitation
Chenchen Wang, CS Lee, RD Smith, and K Tang
Wu - Functional characterization of microbial proteins using top-down proteomics Functional characterization of microbial proteins using top-down proteomics
Si Wu, C Ansong, D Meng, R Zhao, N Tolić, L Cao, Y Qu, S Payne, RJ Moore, M Lipton, JN Adkins, and L Paša-Tolić

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