SEMINARS GIVEN BY MICHAEL MACCOSS (2009 - 2010)

$9,955P41FY2010RRNIH

University Of Washington, Seattle WA

Investigators

Linked publications, trials & patents

Paper 38394332 Paper 36195974 Paper 33663385 Paper 33576802 Paper 32433965 Paper 32049966 Paper 31384652 Paper 30573453 Paper 30192228 Paper 29549327 Paper 29258831 Paper 29212878 Paper 29129916 Paper 29054547 Paper 28746874 Paper 28733371 Paper 28609436 Paper 28057866 Paper 27909058 Paper 27854364 Paper 27819013 Paper 27648579 Paper 27600774 Paper 27284789 Paper 27212659 Paper 26988418 Paper 26919432 Paper 26751078 Paper 26669440 Paper 26658470 Paper 26618866 Paper 26538025 Paper 26460945 Paper 26317499 Paper 26286455 Paper 26275773 Paper 26179046 Paper 26140597 Paper 26068544 Paper 25987414 Paper 25971801 Paper 25869802 Paper 25749450 Paper 25635455 Paper 25625208 Paper 25620407 Paper 25588614 Paper 25533783 Paper 25533207 Paper 25324391 Paper 25319827 Paper 25306102 Paper 25301780 Paper 25299455 Paper 25298752 Paper 25281774 Paper 25261218 Paper 25245948 Paper 25167058 Paper 25132062 Paper 25075907 Paper 25017061 Paper 24983411 Paper 24967700 Paper 24954902 Paper 24874881 Paper 24829381 Paper 24813883 Paper 24798088 Paper 24797264 Paper 24794442 Paper 24791985 Paper 24724171 Paper 24702058 Paper 24648496 Paper 24577120 Paper 24467693 Paper 24461736 Paper 24417624 Paper 24360279 Paper 24360276 Paper 24339787 Paper 24293517 Paper 24277933 Paper 24149845 Paper 24039885 Patent 9850319 Patent 9388217 Patent 9181300 Patent 8765686 Patent 7613954 Patent 7588887 Patent 7544518 Patent 7230235 Patent 7122343 Patent 7091037 Patent 7074902 Patent 6852544 Patent 6670194 Patent 6653076

Abstract

This subproject is one of many research subprojects utilizing the resources provided by a Center grant funded by NIH/NCRR. The subproject and investigator (PI) may have received primary funding from another NIH source, and thus could be represented in other CRISP entries. The institution listed is for the Center, which is not necessarily the institution for the investigator. From discovery to targeted protein analy Integrating the workflow from traps to triples, Thermo Fisher Scientific United Kingdom User Meetings, Leeds and London, UK, 2009 First Impressions of New Ion Trap Technology: Implications and Impact for Proteomics, Thermo Fisher ASMS User Meeting, Philadelphia, PA, 2009 Complementary Proteomics Strategies for Understanding the C. elegan Genome, British Society for Proteome Research, Wellcome Trust Conference Center, Hinxton, Cambridge UK, 2009 Raising the Bar in Proteomics: Developing New Technologies to Keep up with Genomics, Lorne Proteomics Symposium, Lorne, Australia, 2010 Application of FAIMS-MS to Shotgun Proteomics, Pittcon Meeting, Orlando, Fl, 2010 Improving the Throughput, Reproducibility, and Usability of Proteomics Measurements, Fred Hutchinson Cancer Research Center, Seattle, WA, 2010 Facilitating Alternative Proteomics Data Acquisition Strategies by Improving the Data Analysis, CASB, San Diego, CA, 2010 Targeted Analysis of Complex Mixtures: A Computational Workflow from Discovery to Validation, Recomb-CP, San Diego, CA, 2010 Advances in the Analysis of Complex Protein Mixtures: Finding Protein Needles in Cellular Haystacks, Department of Biology, University of New Mexico, Albuquerque, NM, 2010 Improving the Throughput, Reproducibility, and Usability of Proteomics Measurements, Thermo/Pierce, Rockford, Il, 2010 Improving Shotgun Proteomics by Multiplexed MW Separation of Intact Proteins, Protein Discoveries User Meeting, ASMS, Salt Lake City Utah, 2010 Bridging the Gap from Discovery to Validation: Automating the Workflow for Establishing Multiplexed Targeted Mass Spectrometry Methods, Foundation of the National Institutes of Health, Biomarker Consortium, Bethesda, MD, 2010 Integrating new sample prep, instrumentation, and analysis tools to improve the characterization of complex protein mixtures, University of Gent, Belgium, 2010

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