Posters are listed alphabetically by author.
The first number of the tag indicates the session topic.
P1or P2 indicates the day of the poster session - P1 is Tuesday Dec 4th and P2 is Wednesday Dec 5th.
The third number indicates the location of the poster.
| Main Author | Abstract Title | Poster tag |
|---|
| Affolter | Michael | Exploring the human milk proteome | 5-P2-12 |
| Ahrné | Erik | More (and Faster) MS/MS Identifications: Combining On-the-Fly Spectral Library Search (SPECTRAST) and Sequence Database Search (PHENYX) | 6-P2-62 |
| Armand | Florence | Plasma biomarker investigation in CACH/VWM and X-ALD leukodystrophies with bioinformatic and statistic analysis | 5-P2-14 |
| Baczek | Tomasz | Improvement of data analysis in proteomics with the use of chemometric techniques | 6-P2-64 |
| Baerenfaller | Katja | A tissue-specific, high-density proteome map for Arabidopsis thaliana | 6-P2-66 |
| Baginsky | Sacha | Chloroplast Proteome Analysis: New Insights into Intracellular Trafficking | 5-P2-16 |
| Balonova | Lucie | Glycoproteins in bacteria Francisella tularensis | 3-P1-55 |
| Barkow-Oesterreicher | Simon | Data organization strategies for large proteomics projects | 6-P2-68 |
| Bock | Thomas | Blue Native Complexomics | 2-P1-01 |
| Bock | Thomas | Neuroproteomics – Signal Transduction in Glioblastoma | 3-P1-57 |
| Bojkowska | Karolina | In vivo imaging of a reporter system based on O6-alkylguanine-DNA alkyltransferase | 3-P1-59 |
| Borchert | Nadine | The Proteome of Pristionchus pacificus | 2-P1-03 |
| Borgia | Beatrice | Large scale comparative proteomic study of accessible vascular proteins in mouse liver metastases and normal liver | 2-P1-05 |
| Boysen | Gunther | Functional proteomics of VHL-regulated cellular membrane proteins in Renal Cell Carcinoma | 5-P2-18 |
| Brunner | Yannick | Proteomic Analysis of Insulin Secretory Granules | 5-P2-20 |
| Brychta | Martin | Differential protein expression by Francisella tularensis submitted to intracellular environment of host macrophage | 2-P1-07 |
| Bührens | Rena | Results of proteomics research in human lung cancer: a meta-analysis | 5-P2-22 |
| Chitranshi | Kumar | Molecular modeling and 3D QSAR studies of type II NADH:Menaquinone oxidorectuse inhibitors for Mycobacterium tuberculosis | 6-p1-97 |
| Colzani | Mara | Marrying iTRAQ and SILAC: relative protein quantification by isobaric stable isotope labeling with immonium ion splitting (ISIS) | 2-P1-09 |
| Couté | Yohann | Tracking the Modifications of ß Cell Proteome and Transcriptome Induced By Glucotoxicity | 5-P2-24 |
| Dragusanu | Mihaela | Mass spectrometric epitope identification of tyrosine-nitrated peptides recognised by a monoclonal 3-nitrotyrosine antibody | 3-P1-61 |
| Drahos | László | Glycopeptide analysis: benefits of energy dependent tandem mass spectra | 3-P1-63 |
| Dresler | J. | Complexomic analysis of cytosolic fraction of Francisella tularensis LVS using Blue Native polyacrylamide gel electrophoresis | 2-P1-11 |
| Duvaud | Severine | beta.uniprot.org: A preview of the new Web site of the UniProt consortium | 6-P2-70 |
| Farina | A. | A comprehensive proteomic analysis of bile from patients with malignant biliary stenosis induced by pancreatic cancer | 5-P2-26 |
| Ferro | Myriam | Characterization of genome-organizing proteins in cancer cells by an exhaustive identification of nuclear acid-soluble fraction | 5-P2-28 |
| Fert-Bober | Justyna | Myosin Light Chain-1 and -2 in the Reoxygenated Neonatal Heart Following Asphyxia. | 2-P1-13 |
| Forsstrom-Olsson | Ola | Measurements of Reliability and Completeness of 2-Dimensional Electrophoresis Image Analyses | 6-P2-72 |
| Forsström-Olsson | Ola | Introducing a new system for achieving 2D gel image analysis results with optimized Combined Correctness, minimized personal bias, and no lab-to-lab variability | 6-P2-74 |
| Fucikova | Alena | DNA-binding proteins of gram-negative bacterium Francisella tularensis | 2-P1-15 |
| Fugmann | Tim | Optimization of on-resin digestion | 4-P1-89 |
| Gautier | Arnaud | An AGT-based reporter tag with switched substrate preference for new applications in protein labeling | 3-P1-65 |
| Gawinecka | Joanna | Improved Separation of Membrane Proteins in Acidic 2-Dimensional Gel Electrophoresis Using a New Multiphasic Buffer System for the First Dimension | 4-P1-91 |
| Giron | P. | New Cysteinyl Chemical Tags in Combination with Covalent Capture: A New Tool in Proteomics | 2-P1-17 |
| Grossmann | Jonas | High Throughput Proteomics - Strategic Considerations in Data Analysis | 6-P2-76 |
| Hajjaran | Homa | A proteomics study on drug (meglumine antimoniate) sensitive and resistant L. tropica isolates by 2- Dimensional gel electrophoresis in Iran | 3-P1-67 |
| Hartinger | Christian | Ubiquitin and Cytochrome-C as Model Proteins for Studying the Interaction of Antitumor Metal Compounds with Proteins | 2-P1-19 |
| Hartler | J. | MASPECTRAS: a platform for management and analysis of proteomics LC-MS/MS data | 6-P2-78 |
| Heinis | Thomas | SisyphusDB - a platform for storing, processing, managing, visualizing and sharing biological data | 6-P2-80 |
| Heller | Manfred | Gaining insight into endothelial progenitor cell differentiation: Proteomics as a valuable tool | 3-P1-69 |
| Herick | K. | Characterization of Spherical, 50 Micron Polymer Carbon Sieves and Graphitized Polymer Carbons for Sample Prep | 3-P1-71 |
| Herrero | Rosario | The use of detergents during protein-labeling with infrared maleimide dyes, DY-680 and DY-780 | 2-P1-21 |
| Hess | Daniel | Identification a New Congenital Disorder of Glycosylation by LC-MSMS and LC-MRM | 3-P1-73 |
| Hofmann | Andreas | Cell Surface Proteomics - Immunophenotyping without Antibodies | 4-P1-93 |
| Hoogland | Christine | World-2DPAGE: your proteomics data publicly available from the ExPASy server | 6-P2-82 |
| Hornshaw | Martin | Electron Transfer Dissociation and Multi-Stage Activation Analysis of Human Kinase Sites of Phosphorylation | 3-P1-75 |
| Hrkal | Zbyn?k | Analysis of 14-3-3 protein changes in chronic myelogenous leukemia-derived cells JURL-MK1 following Imatinib mesylate treatment | 2-P1-23 |
| Huettenhain | Ruth | A new strategy for plasma protein biomarker discovery in endothelial ovarian cancer | 5-P2-30 |
| Iadarola | P. | Proteomic Analysis of Exhaled Breath Condensate from Patients with Pulmonary Emphysema Associated with ?1-Antitrypsin Deficiency | 5-P2-32 |
| Ingendoh | Arnd | Sequence Characterization of Intact Proteins by Consecutive ETD and PTR | 3-P1-77 |
| Jones | Kevin | Data mining Synechocystis shotgun proteomics experiments using a robust data management system in combination with a novel automated analysis pipeline | 5-P2-34 |
| Jouin | Patrick | Analysis of CSF proteome and CNS cells subpopulations' secretome target new potential neurodegenerative disease biomarkers | 5-P2-36 |
| Klemm | Clementine | Mass Spectrometry based strategy to measure alteration of glycosylation | 5-P2-38 |
| Klur | Sandra | Protein and RNA expression profiling of a mouse inflammation model | 5-P2-40 |
| Knorpp | Thomas | Protein Expression Analysis of murine hepatocellular Carcinomas: Reverse Phase Protein Arrays for detecting Tumour Markers | 5-P2-42 |
| Kolch | Walter | Intact 2D-LC Protein Separation Coupled to Top Down Mass Spectrometry | 2-P1-25 |
| Krantz | Carsten | Alternative glycosylation of Thrombospondin Type 1 repeats | 3-P1-79 |
| Kruft | Volker | New LC/MS/MS techniques for quantitative characterization and profiling of the glycoforms from human immunoglobulins | 3-P1-81 |
| Kumar | Manish | Mitpred 2.0: An Improved Method of Mitochondrial Protein Prediction | 6-P2-84 |
| Lane | Lydie | Proteomic data integration in UniprotKB/Swiss-Prot | 6-P2-86 |
| Lange | Vinzenz | High sensitivity quantitative proteomics by multiple reaction monitoring (MRM) applied to the analysis of Streptococcus Pyogenes virulence factor proteins | 5-P2-44 |
| Lescuyer | P. | Proteomic profiling in acute pancreatitis | 6-P2-88 |
| Lion | Niels | Isolation of phosphopeptides by isoelectric focusing | 3-P1-83 |
| Marquardt | A. | Identification of candidate substrates of the ubiquitin ligase E6-AP by a combination of RNA interference and SILAC | 5-P2-46 |
| Marvin-Guy | Laure | Quantitative human plasma proteomics using stable-isotope-based labelling and Off-Gel peptide IEF fractionation | 5-P2-48 |
| Mendoza | Ordetta | PriK -The Prion Database | 6-P2-90 |
| Mohanty | Sonali | Steady-state comparison of the transcript and protein levels of Drosophila melanogaster | 2-P1-27 |
| Mulinacci | Filippo | Stability study of a peptide using mass spectrometry and different spectroscopic techniques | 3-P1-99 |
| Nissum | Mikkel | Separation of Membrane Proteins Using Free-Flow Electrophoresis | 4-P1-95 |
| Ossola | Reto | Unipep - A resource for targeted biomarker validation in human serum/plasma and tissues | 5-P2-50 |
| Philippoz | Murielle | Rapid mammalian cell culture based protein production for proteomic research | 2-P1-29 |
| Preckell | Tobias | Characterization of Recombinant Proteins by OFFGEL Electrophoresis Fractionation and LC/MS/MS Techniques | 5-P2-52 |
| Qeli | Ermir | Integrative Data Analysis on a Shotgun Proteomics Dataset of the Arabidopsis thaliana Pollen Proteome | 6-P2-92 |
| Quandt | Andreas | The swissPIT a web platform for workflow execution and optimisation studies in MS-based Proteomics | 6-P2-94 |
| Reiland | Sonja | Phospho proteome analyses provide new insights into light induced signal transduction in rice (Oryza sativa L.) | 3-P1-85 |
| Riederer | Beat | Differential gel electrophoresis of oxidized and non-oxidized proteins | 2-P1-31 |
| Robin | Xavier | MIAPEGelDB: a web-based submission tool and public repository for MIAPE Gel electrophoresis documents | 6-P2-96 |
| Rösli | Christoph | nQuant and two-dimensional peptide mapping: relative protein quantification using normalized MALDI-TOF data | 4-P2-02 |
| Rubin | Olivier | Blood microparticles in erythrocyte concentrates;methodological aspects | 2-P1-33 |
| Saini | Aditi | Proteomic Analysis of Cardioenergetic Enzymes in a Piglet Model of Neonatal Asphyxia | 2-P1-35 |
| Saini | Aditi | Myocardial Protein Changes During Endotoxemia | 2-P1-37 |
| Sanglier | Sarah | Noncovalent Mass Spectrometry for the Study of Leucotoxins / Calixarenes Interactions | 3-P2-100 |
| Schaeffer | Christine | A Three Level Mass Spectrometry based Strategy for Characterization of Therapeutic Antibody Glycosylation | 3-P1-101 |
| Scheffler | Kai | Digging deeper into the proteome of Arabidopsis thaliana using Electron Transfer Dissociation | 2-P1-39 |
| Scherl | Alexander | Reaching the Limits with Genome-Specific Gas-Phase Fractionation and Pseudo-MRM of predicted Proteotypic Peptides | 2-P1-41 |
| Simo | Carolina | The Unknown Cytoplasmic Proteome of Human Red Blood Cells | 4-P2-04 |
| Sinchaikul | Suphachok | Post-translational modification of Serum and Urine Biomarkers in Adenocarcinoma Lung Cancer | 2-P1-87 |
| Singhal | Neelja | Analysis of BCG substrain variation using proteomics | 2-P1-43 |
| Soldi | Monica | Statistical Analysis of Two Dimensional Gel Electrophoresis Variance | 5-P2-54 |
| Sparbier | Katrin | Absolute quantitation of peptide biomarkers using immuno-MALDI-TOF MS | 5-P2-56 |
| Stalder | Daniel | Apolipoprotein(a) Size and Lipoprotein(a) Concentrations in Patients with Good and Poor Coronary Collateral Flow- an Interrelation Discovered by Proteomic Screening of Pooled Plasma Samples | 2-P1-45 |
| Susnea | Iuliana | Proteomic and genomic elucidation of a new protein involved in anaerobic phosphite oxidation | 4-P2-06 |
| Sutter | Marc | Environmental applications of high-throughput proteomics | 5-P2-98 |
| Vaezzadeh | Ali | Pushing the limits of Shotgun IPG-IEF | 2-P1-47 |
| Waidelich | Dietmar | Feature-tolerant database searching for protein identification from species with poorly characterized genomes using the Paragon algorithm | 4-P2-08 |
| Waridel | Patrice | Linking Fungal Virulence and Secretome: Comprehensive Analysis of Proteins Secreted by Trichophyton rubrum and T. violaceum | 5-P2-58 |
| Wepf | Alexander | A novel experimental pipeline for the quantitative analysis of mammalian protein complexes | 2-P1-49 |
| Westbrook | JA | Resistance to Thrombolytic Therapy Following Acute Myocardial Infarction - A Proteomic Analysis | 5-P2-60 |
| Wiederhold | Elena | Membrane proteomics of S.cerevisiae vacuoles | 4-P2-10 |
| Wüster | Hartmut | Multidimensional Liquid Chromatography of Proteins Employing Monolithic WAX and RP Columns | 2-P1-51 |
| Wüster | Hartmut | Automated Off-line Capillary 2D-LC for Separation of Complex Peptide Samples | 2-P1-53 |
