**** Links to all 2005 Posters are to files in PDF format ****

• Does a Laboratory Information Management System (LIMS) for Proteomics Laboratories Need to Be Customized?
  
• Targeted Hypothesis-Driven Mass Spectrometry: A Synthesis of Methods for the Detection and Identification of Phosphopeptides
  
• Novel Isotopically-Coded Crosslinkers for Studying Protein-Protein Interactions in Proteomics
  
• Novel Means of Identifying Specific Proteins of Multisubunit Complexes
  
• A New Diagnostic Francisella Peptide Chip Assay Allowing Quantitative and Specific Detection of F. Tularensis
  
• Plasma Cleanup: A Prerequisite for Gel-based Biomarker Discovery
  
• MS-Based Protein Chip Technology for Rapid and Absolute Quantitation of Expression and Modification Level for Cancer-Related Proteins
  
• Top-down proteomics goes beyond bottom-up proteomics; the case study of the Stem Loop Binding Protein (SLBP)

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• Top-down and Bottom-up Mass Spectrometry Combined with Photoaffinity Labeling for Structural Characterization of Drug Binding Sites in HIV-Integrase
  
• Membrane Proteomics: Mass Spectrometric Identification Of Membrane Proteins Using Biotinylation and Affinity Purification
  
• A Novel Mass Spectrometric Protein Chip Technology for Quantitation of Protein Expression and Modification Levels
  
• A New Isotopically-Coded Cleavable Cross-Linker for Studying Complex Protein Assemblies
  
• Identification of free cysteines in the calcium release channel, using fluorescent labeling and mass spectrometry
  
• Cellular Localization and Identification of Ciliary Proteins by Specific Enrichment, Differential Gel Electrophoresis, and Mass Spectrometry
  
• Optimization of an LC-MALDI Interface for the Analysis of Phosphopeptides
  
• Rapid Detection and Unambiguous Identification of Phosphopeptides from Complex Mixtures using On-Target Phosphatase Assays Combined with IMAC and MALDI MS/MS
  
• An LC-MALDI method for the efficient identification of in-vivo phosphorylation sites on a TOF/TOF mass spectrometer
  
• Simultaneous De-novo Sequencing and Determination of Modification Status and Modification Sites by Top-down Proteomics
  
• Fragmentation of Ubiquitinated Peptides: Novel Ubiquitin-Specific Fragment Ions
  
• Improved Protein Identification Through the Use of Unstained Gels