| Protein/peptide separation | ||
| P01 | J. Von Hagen | Improved approaches for sample preparation of body fluids to facilitate proteomics analysis |
| P02 | K. Sparbier | Enrichment of glycoproteins and glycopeptides supported by magnetic particles and detected by MALDI-TOF-MS |
| P03 | N. Christmann | Stripping of IgG(s) by Protein G Sepharose Fast Flow®: Investigation of retained non-specific low molecular weight proteins. |
| P04 | J.M-F. Wan | The use of species-specific and strain-specific peptides for the identification of PST-producing strains of Alexandrium minutun and A. tamarense |
| P05 | S. Scheurer | Gel free proteomics for the discovery of markers of pathology |
| P06 | L. Lee | A New Method of Reducing the Concentration Range of Proteins in Serum Using a Combinatorial Library of Solid Phase Ligands |
| P07 | M. Greiner | High throughput replacement for SDS-PAGE analysis of protein samples by electrophoresis on automated microfluidic chip technology |
| P08 | M. Heller | Two stage Off-Gel isoelectric focusing of proteins and peptides applied to human plasma proteome analysis. |
| P09 | J. Burgess | Fractionation and identification of proteins from ante-mortem and post-mortem cerebrospinal fluid using off-gel electrophoresis and mass spectrometry |
| P10 | A. Wallace | INTEGRATING NANOLC/MS IN QUANTITATIVE AND QUALITATIVE PROTEOMICS |
| P11 | A. Wallace | Strategies for the separation and pre-fractionation of protein mixtures prior to LC-MS |
| P12 | S. Sinchaikul | Deglycosylation of Human Serum with Hydrogen Fluoride (HF) For Identifying Deglycosylated Proteome by Proteomic Approach |
| P13 | D. Ambort | Effect of immobilized pH gradient strip length and ampholytes on spot representation in two-dimensional gel electrophoresis |
| P14 | H. Dietmar | IgG Purity Assay Using a New High Resolution SDS Gel |
| Protein characterisation & function | ||
| P15 | A. Mcwhirter | Automated SPR-MS Analysis for the Simultaneous Acquisition of Biospecific Interaction Data and Protein Identification |
| P16 | M. Solioz | Identifcation of a Novel Protein in the Lactococcus lactis Cuprome by a Proteomics Approach |
| P17 | B. Riederer | MAP1B is a cross-linker of several proteins during axonal development. |
| P18 | L. Skultety | MAPPING AND IDENTIFICATION OF MAJOR PROTEINS OF COXIELLA BURNETII BY PEPTIDE MASS FINGERPRINTING |
| P19 | M. Müller | Utility of the Enzymatic Labelling Method for Stable Isotope Incorporation into Protein Digests |
| P20 | J.S. Rossier | Affinity assay in a disposable microchip for sub microL sample volume |
| P21 | E. Bergmüller | Epigenetic relevance of histone modifications in Arabidopsis thaliana |
| P22 | P.I. Haris | CD versus FTIR spectroscopy for advanced protein secondary structure analysis |
| P23 | R. Dennis | Multiplex Detection of Alzheimer’s Disease-related Proteins and Peptides |
| P24 | R. Dennis | Revolutionizing Signal Transduction Assays in Drug Discovery: MSD’s Multiplex Phosphoprotein Assays with Cell Signaling Technology’s Antibodies |
| Mass spectrometry | ||
| P25 | J. Colinge | Highly Parallel 18O Relative Quantitation at Low Concentration by Spiking with Improved Data Processing |
| P26 | N. Lion | Thin chip polymer microsprays for glycoconjugate analysis of Schindler disease patients |
| P27 | E. Guillaume | N-terminal sulfonation to improve protein identification and quantitation in complex mixtures |
| P28 | A. Scherl | Gold coating of non-conductive membranes before Matrix Assisted Laser Desorption Ionization prevents charging effect |
| P29 | A. Vaezzadeh | MATRIX ENHANCED SECONDARY ION MASS SPECTROMETRY (ME-SIMS) AND STIGMATIC IMAGING WITH THE MOLECULAR SCANNER |
| P30 | K. Herick | MALDI-TOF MS Analysis of Proteins by an Enhanced, Rapid Guanidination Procedure |
| P31 | C. Zimmermann | The Molecular Scanner |
| P32 | P. Jouin | DIMAL-K : Differential In Mass Analysis using Labeled-Lysine(K) applied to mice astrocytic secretome |
| P33 | M. Przybylski | AFFINITY-PROTEOMICS AND ANTIBODY-PROTEOMICS BY HIGH RESOLUTION MASS SPECTROMETRY: POWERFUL TOOLS FOR DIRECT ELUCIDATION OF ANTIBODY PARATOPES AND VACCINE LEAD STRUCTURES |
| P34 | W. Bienvenut | Non-retained peptides fraction of RP-LC-MS/MS during shotgun analysis of complex protein mixture digests |
| P35 | G. Hayn | Protein Profiling in the High Mass Range with a New Mass Independent Cryodetector MALDI-TOF Mass Spectrometer |
| P36 | A. Wallace | A PARALLEL APPROACH TO POST SOURCE DECAY MALDI-TOF ANALYSIS |
| P37 | A. Wallace | A NOVEL QUALITATIVE AND QUANTITATIVE LC-MS BASED APPROACH TO PROTEIN PROFILING AND BIOMARKER DISCOVERY |
| P38 | M. Quadroni | Comparative mass spectrometric analysis of complex peptide mixtures using a novel software tool for two-dimensional data visualization |
| P39 | B. Jaccard | Quantitation of low-abundance proteins in complexes and in total lysates. |
| Bioinformatics | ||
| P40 | J. Colinge | Differential Proteomics via Peptide identification Scores and Statistical Tests |
| P41 | J. Colinge | High-Performance MS/MS Scoring Functions Applied to Large Eukaryotic Genome Searches for Small Proteins |
| P42 | T. Kowall | ProtWare: a Proteomics Data Warehouse approach to solve the needle in a haystack problem. |
| P43 | E. Bertrand | A spot filtering tool to facilitate image analysis of 2D gels |
| P44 | F. Roos | QUALSCORE: Screening for unassigned high quality MS/MS spectra |
| P45 | M. Markmann | In-Silico Functional Proteomics: Integrative Data Analysis |
| P46 | P-A. Binz | PHENYX: MANAGE PROTEIN IDENTIFICATION WITH FLEXIBILITY AND PERTINENCE |
| P47 | H. Seker | Developing a non-alignment based approach for identifying predictive features in metal binding proteins |
| P48 | G. Schmidt | Two-Dimensional Gel Electrophoresis Software for Automated Protein Expression Level Change Analysis |
| Biomedical applications | ||
| P49 | M.A. Reymond | Web-based proteomics and transcriptomics data warehouse on gene expression in human colorectal cancer |
| P50 | T. Kondo | Cancer proteomics by gel-based separation method and data-mining technique |
| P51 | J. Nawarak | Proteomics of snake venoms for determination of specific proteins using in snake venoms microarray production for clinical diagnosis |
| P52 | B. Riederer | Thiol-reactive protein labeling of brain proteins with infrared DY-680 and DY-782 maleimides. |
| P53 | C. Pionneau | Membrane proteins from MCF 7 breast cancer cell : extraction with trifluoroethanol (TFE), and comparison of two softwares for protein identification |
| P54 | M. Glocker | Cryodetector-mass spectrometric analysis of plasma proteins enables differentiation of HELLP-patients from healthy women |
| P55 | E. Bertrand | Ocular axial growth control and Proteomics: differential protein expression in an experimental animal model |
| P56 | O. Carrette | The pre-analytical phase and variables affect proteomics data interpretation and validation: Example of the Cystatin C. |
| P57 | A.H. Simonsen | A Novel Panel of CSF Biomarkers for Alzheimer’s Disease: Early Diagnosis and Mechanistic Insights |
| P58 | Z. Hrkal | Proteome analysis of chronic myelogenous leukemia cells K562 subjected to butyrate treatment |
| P59 | T. Grussenmeyer | Proteomic alteration in an animal model for heart failure |
| P60 | C. Saudrais | Proteomics : a tool to study CSF specific proteins ? |
| P61 | T. Preckel | Proteome analysis of human cerebrospinal fluid (CSF) by a combination of HPLC-MS, off-gel isoelectric focusing and depletion |
| P62 | D. Molina | Modifications of the mitochondrial proteome in patients with OXPHOS-deficiencies |
| P63 | M. Templin | Reverse Phase Protein Microarrays - Quantification of MHC molecules in tumor lysates |
| P64 | A. Schaller | Differences in outer membrane protein expression of Moraxella catarrhalis can be used for direct substraintyping by ICM-MS |
| P65 | G. Sawicki | Degradation of Myosin Light Chain In Isolated Rat Hearts Subjected To Ischemia–Reperfusion Injury: A New Intracellular Target for Matrix Metalloproteinase-2 |
| P66 | M. Hornshaw | Approaches for Profiling, Identification and Quantification of Putative Biomarkers |
| Other | ||
| P67 | L. Thadikkaran | Proteomics of hTERT-immortalized human T lymphocytes. |
| P68 | N. Lion | Detection of proteins on poly(vinylidene difluoride) membranes by scanning electrochemical microscopy |
| P69 | O. Rossier | Targeted Proteomics on Taste Tissue and Determination of Saliva Total Proteins. |
| P70 | K. Kraiczek | A new breakthrough technology for proteome analysis |
| P71 | P. Matt | Alterations in the proteome of the ascending aorta associated with aortic valve disease |
| P72 | F. Wagner | Low Background Membrane for Fluorescent Protein Detection in Western Blotting |
| P73 | C. Hoogland | SPS' Digest: the Swiss Proteomics Society selection of proteomics articles |
| P74 | F.J. Blanco | Mitochondrial proteomic characterization of the human articular chondrocyte: a novel tool for the study of osteoarthritis. |
| P75 | K. Tomer | Toxicoproteomics in Animal Models of Human Liver Toxicity |





