| P-01 | Wagner-Redeker W. | LTQ Orbitrap – A Breakthrough Mass Spectrometer for Accurate Mass, High Resolution MS and MSn Analysis on a LC Time Scale |
| P-02 | Etteldorf S. | A Multi-Dimensional Separation Strategy for the Identification of Low-abundant Serum Proteins and Utility for Biomarker Discovery. |
| P-03 | Berkelman T. | Detection and quantification of proteins using a novel fluorescent dye |
| P-04 | Rodriguez G. | Free liquid IEF Pre-fractionation in the MicroRotofor©: Improved 2-D Resolution of Low Abundance Proteins in Small Sample Volumes. |
| P-05 | Tafelmeyer P. | Comparative proteome analysis of Mycobacterium ulcerans grown in vitro and isolated from the salivary glands of aquatic insects |
| P-06 | Samuelsson J. | Automated biomarker detection using mass spectrometry data |
| P-07 | Halada P. | Meiotic division of oocytes: Proteomic and phosphoproteomic study |
| P-08 | Assareh A. | Protein profiling of Leishmania Infantum cells grown in normal and drug-induced conditions-A two dimensional gel electerophoresis study |
| P-09 | Lescuyer P. | Prostaglandin D2 Synthase And Its Post-Translational Modifications In Neurological Disorders |
| P-10 | Skalnikova H. | Towards the understanding stem cells populations: the use of proteomic approach |
| P-11 | Skalnikova H. | Using Two-dimensional Liquid Phase Proteome Fractionation to Monitor Protein Fingerprints of cyclin-dependent kinases inhibition in cancer cells. |
| P-12 | Turck N. | UFD1 and GSTP as early blood markers of stroke |
| P-13 | Casado B. | Identification of a protein expression profile for COPD by ESI-Q-ToF mass spectrometry |
| P-14 | Murthy B. S. | Characterization of novel DNA-binding proteins expressed in snake oocyte cDNA library |
| P-15 | Stalder D. | Multidimensional fractionation of plasma proteins with subsequent identification and relative quantification |
| P-16 | Lomas L. | A Novel approach to analysis of the blood proteome utilizing a combinatorial peptide library that concomitantly dilutes high abundance proteins and concentrates low abundance proteins |
| P-17 | Decker J. | Mathematical Techniques for the Classification of Mass Spectra |
| P-18 | Colinge J. | InSilicoSpectro: An open-source library for performing mass spectrometry computations |
| P-19 | Nissum M. | Depletion and fractionation of human plasma using free flow electrophoresis |
| P-20 | Cecconi D. | Proteomic analysis of pancreatic ductal carcinoma cells after combined treatment with gemcitabine and trichostatin A |
| P-21 | Vaezzadeh A. R. | Shotgun IEF improves coverage of Staphylococcus aureus bacterium proteome |
| P-22 | Ambort D. | Sheddomics |
| P-23 | Lane L. | Post-translational modifications in Swiss-Prot : recent developments |
| P-24 | Antonioli P. | Formation of truncated proteins and high-molecular-mass aggregates upon soft illumination of photosynthetic proteins |
| P-25 | Stiburek L. | Assembly of cytochrome c oxidase in cells with SCO2 and SURF1 mutations |
| P-26 | D'Ambrosio C. | Hyperphosphorylation of proteins accociated with Alzheimer’s disease: the case of JNK-interacting protein1 |
| P-27 | Ruiz-Romero C. | Mitochondrial Proteomics in Aging Human Articular Chondrocytes |
| P-28 | Deshusses J. | Re-evaluarion of the digestion conditions by trypsin for proteomic study: role of organic solvents |
| P-29 | Bona E. | Proteomic characterization of copper stress responses in Cannabis sativa roots |
| P-30 | Mitchell G. | Proteomic analysis of the effect of corticosteroid treatment on the composition of bovine bronchoalveolar lavage fluid |
| P-31 | Jones K. | An integrated LIMS and bioinformatics pipeline for proteomics and biomarker discovery |
| P-32 | Poux S. | UniProtKB/Swiss-Prot: from the protein sequence to the knowledge |
| P-33 | Lindinger P. | Proteome analysis of HDAC protein complexes |
| P-34 | Pahlich S. | Analysis of Protein Arginine Methylation by Mass Spectrometry: Kinetics and Sequence Preferences of PRMT1 and PRMT3 |
| P-35 | Langella O. | The PROTICdb database for 2-DE proteomics |
| P-36 | van Ling R. | Off-line 2D LC Approaches for the Analysis of Intact Proteins followed by Proteolytic Digestion and LC/MS/MS Analysis |
| P-37 | van Ling R. | High Throughput LC/MS/MS Analysis of Protein Digests Using a Parallel Monolithic (PS-DVB) µ-Column Switching Set-up |
| P-38 | Scrivener E. | The Application of Quantum Dots for the Multiplexed Immuno-detection and Quantitation of Proteins from Bacillus subtilis on Blots Using a High Sensitivity, Flexible Imaging System |
| P-39 | Janaky T. | Identification of membrane proteins interacting with aggregated peptides |
| P-40 | Ramus C. | New insights over the chloroplast envelope: targeted transcriptomic and proteomic studies |
| P-41 | Bergmüller E. | Characterization of Histone H2B post-translational modifications in Arabidopsis using mass spectrometry |
| P-42 | Lenčo J. | Proteome analysis of the Francisella tularensis response to iron restriction. |
| P-43 | Pavkova I. | The comparative proteome analysis of membrane proteins of Francisella tularensis LVS cultivated under iron restriction |
| P-44 | Sack R. | Relative Quantification of Isotopic Labeled Proteins by Multiple Reaction Monitoring on a 4000 QTrap |
| P-45 | Janovská S. | Immunoproteomic approach for identification of vaccine candidate antigens of Francisella tularensis LVS and Francisella tularensis ssp. tularensis |
| P-46 | Di Cara A. | ProteoLab, a software to accelerate the analysis and reporting in a proteomics lab |
| P-47 | Proserpio V. | Comparison and evaluation of decyder-tm and image-master platimun softwares in the analysis of renal cell carcinoma by two-dimensional difference in gel electrophoresis |
| P-48 | Walther D. | Powered by Melanie: a general framework for proteome imaging |
| P-49 | Mohanty S. | Reduction of Sample Complexity towards a Complete Proteomic Annotation of Drosophila melanogaster |
| P-50 | Martínez-Gomariz M. | New approches to study yeast surface proteins: Discovering Novel Antifungal Drug Targets And Virulence Factors |
| P-51 | Wallace A. | Label-free quantitative proteomics; LC-MS based methods for monitoring protein expression changes |
| P-52 | Finch J. W. | Design features and performance of a direct-flow nanoscale HPLC system combined with columns packed with sub 2 micron particles |
| P-53 | Wallace A. | How to reduce sample complexity for MALDI analysis: Optimization of off-line LC MALDI analysis. |
| P-54 | Panchaud A. | Direct mass spectrometric validation of the expression of bacterial cell-wall anchored recombinant proteins |
| P-55 | Kennedy M. | Coupling a Travelling Wave Collision Cell with an oa-TOF mass analyzer for enhanced detection of peptide post-translational modifications |
| P-56 | Zhu K. | Rapid and accurate protein sizing, quantitation and analysis using the experion automated electrophoresis system and the experion Pro260 analysis kit |
| P-57 | Ritchie M. | A ‘label free’ quantitative study on the membrane associated proteins of Salmonella enterica: the effects of osmotic stress. |
| P-58 | Gingrich J. | Rapid screening of pI separated protein samples from a microrotofor using the experion automated electrophoresis system |
| P-59 | Kontula L. | Identification of interacting partners to a novel protein of unknown function |
| P-60 | Vissers H. | Serum profiling: The analysis of Therapeutic proteins and diagnostic markers for lysosomal storage disorders by ‘Label Free’ LC-MS |
| P-61 | Grossmann J. | Arabidopsis thaliana Protemics - From proteome to genome |
| P-62 | Sparbier K. | Exploring the binding profiles of ConA, boronic acid and WGA by MALDI-TOF/TOF MS and magnetic particles |
| P-63 | Sawicki G. | Post-Translational Modifications in Myosin Light Chain 1 Resulting From Myocardial Ischemia-Reperfusion Injury |
| P-64 | Baumann S. | Standardization and evaluation of magnetic bead-based urinary proteome profiling with MALDI-TOF-MS for the detection of new biomarkers |
| P-65 | Köhler K. | Proteomic analysis of starvation-induced autophagy in the Drosophila fat body |
| P-66 | Pitarch A. | Proteomics and Bioinformatics present Novel Diagnostic, Prognostic and Therapeutic Candidates for Systemic Candidiasis |
| P-67 | Grossmann J. | MassVista: a tool to visualize mass spectrometry data |
| P-68 | Ahrens C. | Bioinformatic and statistical data analysis as a driver to fine-tune experimental strategies for high-throughput shotgun proteomics |
| P-69 | Rutishauser D. | Identification of Co-Immunoprecipitated Proteins using C-terminally Tagged Prion Protein and Mass Spectrometry |
| P-70 | Rutishauser D. | Sensitive Quantification of PrPSc using Standard Peptides and Mass Spectrometry |
| P-71 | Rutishauser D. | Analysis of Immune Peptides in the Social Insect, B.terrestis |
| P-72 | Lion N. | Evaluation of mass spectrometric front-end technologies to increase the number of unique peptides in shotgun proteome profiling |
| P-73 | Escola J.-M. | Using proteomics approaches to study the inhibitory mechanism of PSC-RANTES |
| P-74 | Heitner J. C. | Differentiation of HELLP-patients from healthy pregnant women by proteome analysis – On the way towards a clinical marker |
| P-75 | McNally R. | Sociomics: Upon opening the 'Black Box' of proteomics & finding ourselves inside |
| P-76 | Owen H. | Identification of Novel and Cell Type enriched cofactors of the transcription activation domain of RelA (p65 NF-kB) |
| P-77 | Lampert F. | Effect of doxorubicin on protein expression in human atrial trabeculae. |
| P-78 | Hernandez P. | Peptide identification and characterization using tandem mass spectrometry data: an open-modification search approach with Popitam |
| P-79 | Fogli A. | A preliminary peptidomic/proteomic study of lymphoblast cell lines from CACH/VWM patients reveals no obvious specific pattern |
| P-80 | Menin L. | Mass spectrometry strategies for venom mapping and peptide sequencing from crude venoms: case applications with single arthropod specimen |
| P-81 | Stenz l. | Differentially secreted proteins of Staphylococcus aureus in biofilm context |
| P-82 | Rossier J. S. | Microfluidic-Based Immunoassay: Rapid Detection of Proteins and Affinity Screening |
| P-83 | Wassermann K. | Bridging “The last Mile” in bioinformatics using an integrated, multidisciplinary approach for machine based reasoning in bio-medical research and diagnosis. |
| P-84 | Klem J. | Reduction and alkylation of proteins for two dimensional gel electrophoresis |
| P-85 | Bienvenut W. | Identification by tandem mass spectrometry of N-terminal acetylated proteins in eukaryotic samples for NetAcet1 prediction tool validation. |
| P-86 | Snijders A. P. L. | Sequencing of 15N and 13C labeled peptides |
| P-87 | Michel P. E. | Proteome analysis of human plasma and amniotic fluid by Off-GelTM isoelectric focusing followed by nano LC-MS/MS |
| P-88 | Paton G. | Human Serum and Plasma Proteome Fractionation by IgY Antibodies to Abundant Proteins coupled with Multidimensional Chromatography |
| P-89 | Sostaric E. | Identification and Characterization of the Oviductal Epithelial Cell Surface Proteome |
| P-90 | Schiess R. | Exploring cell surface proteomes – Specific identification of Drosophila plasma membrane glycoproteins via mass spectrometry |
| P-91 | Rinner O. | Topology and dynamics of a protein interaction network for the control of cell growth |
| P-92 | Lambert J. | A Novel Approach to Automated High-Throughput Protein Enrichment and Characterization |
| P-93 | Winoto A. | An Automated and Integrated Alternative to SDS-PAGE for Protein Analysis that Enables Efficient High Throughput Experimentation |
| P-94 | Ferreira S. | Protein and mRNA quantification in Populus euphratica Oliv. submitted to heat stress |
| P-95 | Mueller L. N. | MASTER LC/MS runs: A new concept in the comparativ |
| P-96 | Hornshaw M. P. | A Linear Ion Trap for Quantitative Proteomics: Analysis of Synaptic Membranes of Different Strains of Mice |






