Poster plus application for short presentation
Signaling networks, Cell Communication and Signaling , The atomic view of signaling
Poster plus application for short presentation
Mitochondria are critically involved in cell cycle regulation, apoptosis, calcium signaling, organismal development, immune responses and dynamic modulation of respiratory capacity. In this way, the relevance of mitochondria for proper cell function by far exceeds their role as ATP generators. This places mitochondrial (dys)function not only at the heart of normal cell function but also implicates this organelle in the etiology of human disorders including diabetes, genetic oxidative phosphorylation defects, and neurodegenerative disorders such as certain forms of Parkinson and Alzheimer’s disease. Our research aims to understand the interconnection between mitochondrial dynamics and function at the molecular and life cell level. As a model system we use dermal fibroblasts and cancer cell lines in which a deficiency in mitochondrial complex I (CI) is chemically induced as well as cells of children with inherited mitochondrial disorders.
Poster plus application for short presentation
Poster presentation
other free topics
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Signaling networks
We investigated the regulation of the AMPK-related kinase SIK2 in adipocytes. We believe that regulation of SIK2 by cAMP may be important for the effects of this second messenger on lipid metabolism.
Poster plus application for short presentation
Signaling networks
Poster plus application for short presentation
Signaling networks
Invited Speaker
Signaling in Disease
Toll-like receptors
Invited Speaker
Signaling in Disease
Genetic studies in mice and humans have revealed an important role for TGF-beta in vascular development and maintenance. We have investigated the molcular mechanisms in which misregulation of TGF-beta signaling may contribute to vascular disorders and tumor angiogenesis.
Invited Speaker
other free topics
Hans Clevers
Hubrecht Institute, Royal Netherlands Academy of Arts and Sciences & University Medical Centre Utrecht, Uppsalalaan 8, 3584 CT Utrecht, the Netherlands
Invited Speaker
Signaling networks
Invited Speaker
other free topics
Poster plus application for short presentation
other free topics
I would like to present our recent work on the identification of a prognostic microarray-based gene expression signature for colorectal, brain & breast cancers that is based on genes that are co-expressed with the WIPF1 gene (published in June in JMM; see below). My hope is that a possible presentation will lead to contacts with groups working on cytoskeleton regulation that eventually will become interested in the bridge to cancer development and want to explore the functional aspects of this new diagnostic gene set. I note that this is precompetive research and none of the employers of the authors has indicated financial interests because none of them is developing commercial diagnostics. The work will also be presented at the Biotechnika / Bioinformatics track in October 2009.
Invited Speaker
Signaling networks
Invited Speaker
Signaling in Disease
Poster plus application for short presentation
Signaling networks, Biophysical aspects of signal transduction
We show how attenuation of light dependent gene expression in Neurospora (photoadaptation) is mediated by the blue-light receptor VIVID.
Invited Speaker
Signaling in Disease, Signaling networks
The outcome of a stimulus is dependent on the signalling history of the cell. We observed that the context can even invert the expected outcome.
Poster plus application for short presentation
Xenobiotics and Signalling
Data on the molecular mechanisms how xenobiotics influence the carrier associated transport of endogenous substances and drugs resulting in drug-drug-interactions and the alteration of the physiological homoeostasis.
Invited Speaker
Cell Communication and Signaling
Gab proteins are essential assembly platforms for complex molecular machines which integrate and distribute important physiological signals, but can also support the development of several cancer types. Recent biophysical data and multi-genome comparisons allow new insight into the building principles and actions of these molecular computing units and point to new strategies for future cancer therapies.
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster presentation
Cell Communication and Signaling , Biophysical aspects of signal transduction
Poster plus application for short presentation
Stem Cells and Growth Control , Cell Communication and Signaling
Invited Speaker
Glycobiology and Cell Signalling
This is an invited lecture that will attempt to link carbohydrate recognition processes at the cell surface with intracellular signalling.
Poster presentation
Signaling in Disease
Poster presentation
Cell Communication and Signaling
Muscarinic receptor mediated cell signalling in K562 erythroleukemia cell line
Poster plus application for short presentation
Signaling networks
Poster plus application for short presentation
Xenobiotics and Signalling
Poster plus application for short presentation
Signaling in Disease, Signaling networks
Poster plus application for short presentation
other free topics
Zinc ions are released intracellularly after TLR4-stimulation (independent from MyD88 or TRIF)and inhibit phosphatases. This is a physiological signal involved in activation of signaling pathways and cytokine production
Invited Speaker
Signal Transduction and Drug Discovery
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signaling in Disease
Poster presentation
Signaling networks
Invited Speaker
Signaling networks
Poster plus application for short presentation
Signaling in Disease
We have characterised a second Lef-1 isoform which lacks exon VI. We show for the first time that the two Lef-1 isoforms modulate the expression of different genes leading to cell proliferation in the case of full length Lef-1 and to cell migration in case of the new Lef 1 isoform which lacks exon VI. Moreover, we correlate the increased expression of the isoforms of the transcription factor Lef-1 in pancreatic carcinoma with increased tumour progression in vivo and increased cell migration in vitro.
The discovered relation between Lef-1 isoforms and the control of varying sets of target genes will help to understand the diverse effects of Lef-1 in carcinogenesis.
Poster presentation
Glycobiology and Cell Signalling
Poster presentation
Signal Transduction and Drug Discovery
Invited Speaker
Cell Communication and Signaling
Invited Speaker
Proteomics, Signalling and Disease
Invited Speaker
Proteomics, Signalling and Disease
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling networks
Poster plus application for short presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
Stem Cells and Growth Control
We have identified THOC5/ Fms interacting protein (FMIP/THOC5), a member of mRNA export complex TREX as a substrate for leukemic tyrosine kinases. To study the function of FMIP/THOC5 in vivo, we generated for the first time the interferon inducible knockout mouse and demonstrated that this gene is essential for hematopoietic stem cell survival.
Invited Speaker
Cell Communication and Signaling
Invited Speaker
Glycobiology and Cell Signalling
Poster plus application for short presentation
Glycobiology and Cell Signalling
Galactosemia a lethal disease, caused by the enzyme galactose-1-phosphate uridyltransferase and disglycosylation dependency
Poster presentation
other free topics
Invited Speaker
Cell Communication and Signaling
Poster plus application for short presentation
other free topics
Protein-Protein interaction.
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Proteomics, Signalling and Disease
Poster plus application for short presentation
Signaling in Disease
We identified tumor suppressors required for chromosomal stability. Loss of these genes in human cancer cells causes mitotic defects and aneuploidy that might directly contribute to tumorigenesis.
Poster presentation
other free topics
Poster presentation
Signaling in Disease
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Cell Communication and Signaling
Poster presentation
Cell Communication and Signaling
Poster plus application for short presentation
Signaling networks
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Signaling in Disease
Invited Speaker
Proteomics, Signalling and Disease
In order to better understand the molecular mechanism of a muscular dystrophy, we have studied primary muscle cells derived from biopsies of patients and non affected individuals by proteomics and metabonomics approaches.
Invited Speaker
Cell Communication and Signaling
Invited Speaker
Xenobiotics and Signalling
Poster presentation
Signaling networks
Invited Speaker
Signal Transduction and Drug Discovery
Poster presentation
Glycobiology and Cell Signalling
Cis-Control of Terminao O-Glycan Modification by Peptidic Elements
Poster plus application for short presentation
Proteomics, Signalling and Disease
Using a mouse model of induced hippocampal cell loss, dynamic protein expression analyses were conducted at different time-points.
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signaling networks
Poster plus application for short presentation
Proteomics, Signalling and Disease
Employing RNA affinity chromatography IGF2BP1 (ZBP1)has been identified as an HCV mRNA 5'UTR (HCV IRES) and -3'UTR interacting protein, which enhances HCV IRES-mediated translation initiation in an 3'UTR dependent manner.
Poster presentation
Glycobiology and Cell Signalling
Recycling of membrane protein (MUC-1), O- and N-glycosylation, exosomal targeting
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster presentation
Xenobiotics and Signalling
Invited Speaker
Proteomics, Signalling and Disease
The mechanisms by which complexity is acquired at the protein and cellular level will be discussed.
Poster plus application for short presentation
Proteomics, Signalling and Disease
Isolotion of novel TrkA substrates using a constitutively active fusion protein of LexA and intracellular domain of TrkA and identification by mass spectrometry
Poster presentation
other free topics
Poster presentation
Signaling in Disease, Signaling networks, Signal Transduction and Drug Discovery
Poster presentation
Signal Transduction and Drug Discovery
Invited Speaker
Signaling in Disease
Poster presentation
Stem Cells and Growth Control
Zinc finger transcription factor KOX15 (ZNF22) plays important role in growth of medulloblastoma and might be used as a new prognostic marker for medulloblastoma patients
Invited Speaker
Biophysical aspects of signal transduction
Poster presentation
Cell Communication and Signaling
Poster plus application for short presentation
Signaling in Disease
Poster presentation
other free topics
other free topics, Signaling in Disease, Signaling networks, Signal Transduction and Drug Discovery
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
other free topics
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Cytokines and prostanoides modulate insulin signaling in hepatocytes and might contribute to hepatic insulin resistance.
Poster plus application for short presentation
other free topics
Poster presentation
Xenobiotics and Signalling
A positive correlation of high serum selenium levels with the prevalence of type 2 diabetes has recently been found. Selenoprotein P (SeP), which is secreted by hepatocytes, is the major selenoprotein in plasma. The aim of this study was to investigate whether the antidiabetic drug metformin affects hepatic expression and secretion of selenoprotein P.
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling networks
Poster plus application for short presentation
Signaling networks
A new mechanism of FOXO regulation
Poster presentation
Signaling networks
Poster presentation
other free topics, Signaling in Disease
Poster plus application for short presentation
Signaling networks
Kinases as Raf, Src, Bcr are involved in growth, we analyzed antiproliferative effects by tumor suppressor PDZ-domain proteins.
Poster presentation
other free topics
Neurons transport mRNAs along their axons. Here we characterised the axon species present in peripheral axons and we determined a role for local translation in growth cone regeneration
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signal Transduction and Drug Discovery
A mechanismßbased approach is presented that alows the delineation of inhibition mechanisms, and whether two drugs bind to th same, or different sites on their target protein. The general mechanism is applied to inhibition of the glycine receptor, a ligand-gated ion channel, bz flavonoidas and strychnine. Indeed, strychnine toxicity is increased in votro and in vivo in the presence of flavonoids. Thus, a method to assess the combined effedts of multiple drugs has been established
Poster presentation
Signaling in Disease, Signal Transduction and Drug Discovery
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster presentation
Cell Communication and Signaling
Poster presentation
Stem Cells and Growth Control
Poster plus application for short presentation
Signaling networks, Cell Communication and Signaling
The interleukin-6-type cytokine Oncostatin M (OSM) activates all three MAPK families: Erk1/2, JNK and p38. Their activation is initiated by phosphorylation of a single tyrosine residue in the cytoplasmic region of the OSM receptor: tyrosine 861. Our work aims at providing a more detailed picture about adaptor/scaffold proteins and small GTPases involved in OSM-mediated MAPK activation.
Poster plus application for short presentation
Stem Cells and Growth Control
A detailed study of the effects of the stem cell translational regulator Musashi-1 with novel mechanistical insights and evidence for an oncogenic function in bladder cancer cells
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling networks
Invited Speaker
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster presentation
Signaling in Disease
Poster presentation
Signaling in Disease
PGE2 modulates hepatic insulin signaling in hepatoma cell lines.
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling in Disease
Poster presentation
Glycobiology and Cell Signalling
Poster plus application for short presentation
Signaling networks
FMIP/THOC5 is a nuclear-cytoplasmic shuttling protein and a member of mammalian THO complex, involved in the processing and transport of pre-mRNA. THOC5 has been identified as a substrate of multiple tyrosine kinases like Bcr-Abl. We are investigating the possible structural and functional effects of THOC5 phosphorylation in DNA damage signaling.
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Signaling networks
Poster plus application for short presentation
Signaling in Disease, Signaling networks, Cell Communication and Signaling
Leptin is a pleiotropic type I cytokine with immunomodulating properties. The present study designates bronchial epithelial cells as novel target cells for leptin action and shows that leptin stimulates the production of the neutrophil chemoattractants CXCL1, CXCL2 and CXCL8 in NCI-H292 cells, which is mediated by ERK1/2 activation.
Poster plus application for short presentation
Proteomics, Signalling and Disease
Within the course of Alzheimer’s disease, APP is proteolytically cleaved by secretases resulting in the generation of sAPPß, ßAmyloid, and AICD (APP intracellular domain). Latter part of the protein was studied in regard to its putative role in signal transduction.
Poster plus application for short presentation
Signaling in Disease
Nerve growth factor rescues HMC1.1 cells from Imatinib-induced cell death by mediating STAT3 activation potentially via Erk1/2, PKC and Jak2.
Poster presentation
Signal Transduction and Drug Discovery
Poster presentation
Signaling in Disease
Poster plus application for short presentation
other free topics, Signaling in Disease
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Xenobiotics and Signalling
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster presentation
Xenobiotics and Signalling
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
other free topics, Signaling networks
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signaling networks
Poster plus application for short presentation
other free topics, Biophysical aspects of signal transduction, Proteomics, Signalling and Disease
Here we have used a novel translation system to genetically and site-specifically incorporate N(ε)-acetyl-L-lysine into full-length protein expressed in E. coli. We used this method to elucidate the role of N(ε)-acetylation of lysine K125 in Cyclophilin A function structurally and biochemically.
Poster presentation
Signal Transduction and Drug Discovery
Synthetic approach to a new class of ditopic artificial RGD-receptors
Poster plus application for short presentation
other free topics
Poster plus application for short presentation
Cell Communication and Signaling
Poster plus application for short presentation
Glycobiology and Cell Signalling
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signaling networks
Poster plus application for short presentation
Signaling networks, Proteomics, Signalling and Disease
Poster presentation
Signaling networks
Poster presentation
Signaling networks
Poster presentation
other free topics
Poster presentation
Xenobiotics and Signalling
Our results show that TGFb1 induces the differentiation of primary human vascular smooth muscle cells by Smad2/3-dependent upregulation of the transcription factor Snail1 which results in increased expression of cell-cell adhesion protein N-cadherin and the assembly of N-cadherin/catenin complexes. Our data suggest a role for TGFb1 in promoting intimal fibrogenesis and atherosclerotic plaque formation by differentiation of vascular smooth muscle cells and induction of myofibroblast-dependent processes.
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster plus application for short presentation
Signaling in Disease
Mechanism of constitutive and ligand-induced activation of JAK1-binding receptor complexes by ALL-associated JAK1 mutants.
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling in Disease
Expression and regulation of Lipocalin 2 in liver disease
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster presentation
other free topics
Poster presentation
Signaling in Disease
A study about the contribution of the HGF receptor c-Met to hepatocyte protection in a model of chronic cholestatic liver injury in hepatocyte specific conditional c-Met depleted mice
Poster presentation
Signaling networks
Poster plus application for short presentation
Signaling in Disease, Signal Transduction and Drug Discovery
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster presentation
Biophysical aspects of signal transduction
Establishing of expression systems for purification of different recombinant CCN proteins
Poster plus application for short presentation
Stem Cells and Growth Control
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signaling networks
Poster presentation
Signaling networks
Poster presentation
other free topics
Poster plus application for short presentation
other free topics, Signaling networks, Signal Transduction and Drug Discovery , Biophysical aspects of signal transduction
Poster plus application for short presentation
Signaling networks, Signal Transduction and Drug Discovery , Biophysical aspects of signal transduction
BMP receptors initiate signalling from different origins within the plasma membrane, with different branches of the signal cascades being preferentially initiated from certain origins. We aim to dissect the structural basis of the association of receptor with certain membrane domain and the role of this association for signal initiation, specificity and finetuning.
Poster plus application for short presentation
Signaling networks
Poster presentation
Signaling networks
Poster plus application for short presentation
Signaling networks, Cell Communication and Signaling
Phosphorylation of the mitochondrial Translocase of the Outer Membrane (TOM) complex by protein kinase CK2 adjusts the mitochondrial protein import machinery to cellular demands.
Poster presentation
other free topics
Poster presentation
Signal Transduction and Drug Discovery
Poster presentation
Signal Transduction and Drug Discovery
The bacterial signalling pigment pyocyanin (PYO) and the synthetic drug methylene blue (MB) have many cell-biochemical properties in common. The comparison of the two compounds will guide our studies on MB-based combination therapies against falciparum malaria in West Africa.
Invited Speaker
Signal Transduction and Drug Discovery
Invited Speaker
other free topics
Poster plus application for short presentation
Biophysical aspects of signal transduction
Charge-reverse and Cross-linking experiments to investigate structural changes and oligomerization behaviour in the course of GTP hydrolysis.
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
other free topics
Poster plus application for short presentation
Xenobiotics and Signalling
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signaling networks, Proteomics, Signalling and Disease
We propose a mechanistical mathematical model that can be used to estimate the dissociation equilibrium constants from data aquired upon array-based binding assays. A case study on immunobinding is presented and iits applicability to signal transduction and diagnostic approaches are discussed.
Poster plus application for short presentation
Signaling in Disease
The data demonstrate that expression of SHIP-1 can reduce the proliferation of primary acute myeloid leukmia cells
Poster presentation
Signaling in Disease, Cell Communication and Signaling
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling networks
Poster plus application for short presentation
Cell Communication and Signaling
Invited Speaker
Stem Cells and Growth Control
Poster plus application for short presentation
Cell Communication and Signaling
Poster plus application for short presentation
Cell Communication and Signaling
Poster presentation
Signal Transduction and Drug Discovery
Poster presentation
other free topics
Poster presentation
other free topics
Poster presentation
other free topics
Poster presentation
other free topics
Poster plus application for short presentation
Signaling networks
Poster presentation
Signaling in Disease
Poster presentation
Signal Transduction and Drug Discovery
A novel reporter gene assay is presented based on a secreted luciferase
Poster presentation
Biophysical aspects of signal transduction
Poster presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
other free topics
The aim of our study was to elucidate chromosome distribution within dysplastic polynucleated megakaryocytes (MKs) of myelodysplastic syndromes (MDS). We performed sequential multilocus FISH on bone marrow smears to trace the distribution of 4 different chromosomes. By using this approach, we evaluated 60 MKs by 3D-microscopy. Varying chromosome numbers were detected within the separate nuclei of all polynucleated MKs, indicating an asymmetrical segregation of chromosomes in dysplastic, polynucleated MKs of MDS. This study provides the basis for further examination of the regulatory mechanisms involved in endomitosis and subsequent polynucleation of MKs in MDS.
Poster presentation
Biophysical aspects of signal transduction
Poster presentation
other free topics, Proteomics, Signalling and Disease
Poster presentation
Signaling networks
Poster presentation
Signaling in Disease
Skeletal muscle atrophy contributes significantly to disability, increased morbidity and mortality in chronic obstructive pulmonary disease. Reversal of muscle atrophy is an important therapeutic strategy. Wnt-3a is shown to improve both myoblast fusion and myotube formation. Understanding muscle regeneration will aid in development of drugs targetted at improving muscle regeneration.
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Proteomics, Signalling and Disease
Poster presentation
Proteomics, Signalling and Disease
Poster plus application for short presentation
Cell Communication and Signaling
Poster plus application for short presentation
Signaling in Disease
We showed that the activation of AMPK increases insulin sensitivity in the heart by overstimulating PKB signaling. This correlates with the inhibition of the IRS1-mediated negative feedback loop.
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster presentation
Proteomics, Signalling and Disease
Poster plus application for short presentation
other free topics
Aneuploidy is a key event in the carcinogenesis of colorectal cancer (CRC). This study investigated the association of the centrosomale kinase Aurora-A with aneuploidy and multipolar mitosis in chromosomal- (CIN) and microsatellite- (MIN) instable CRC.
Aurora-A or Aurora-A with PLK1 is linked to multipolar mitoses in aneuploid CIN-type CRCs. In diploid MIN-type CRC, multipolar mitoses occur only in the presence of high PLK1 levels and activity and forced triggering of the spindle checkpoint. Aneuploidy may therefore depend on combination of Aurora-A and PLK1 activation with spindle assembly checkpoint control.
Poster plus application for short presentation
Signaling in Disease
The work describes the activation of pathogenic signalling pathways by inhalable nanoparticles in lung epithelial cells on the level of membrane receptors and lipid rafts. Pretreatment with macromolecule-stabilizing compatible solutes in vitro and in vivo prevents these signalling events as well as the respective endpoints.
Poster plus application for short presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
The atomic view of signaling
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Deregulated signalling cascades ultimately excecute their pathobiological consequences by the modulation of genetic programs. The biological function of disease relevant transcription factors depend on regulated nucleo-cytoplasmic transport, which is controlled by specific signals and transport factors. Hence, the rational modulation of nucleo-cytoplasmic transport by small molecules would not only aid in dissecting signal transduction cascades but also holds a promising therapeutic potential.
Consequently, we developed high-content cellular translocation biosensors and identified chemical nuclear export inhibitors interfering with the pathobiological activity of signalling cascades and hence, may be exploitable in anti-cancer strategies.
Poster plus application for short presentation
Signaling in Disease
Poster presentation
other free topics
Poster plus application for short presentation
Glycobiology and Cell Signalling
Poster presentation
other free topics
Poster presentation
Cell Communication and Signaling
Poster presentation
Signaling networks
Poster plus application for short presentation
Stem Cells and Growth Control
Poster presentation
Signaling in Disease
Poster plus application for short presentation
other free topics
Amino acids like leucine are potent signalling regulator. Leucine is known to regulate p70S6K pathway. We showed, here, that PDK1, known to mediate insulin effect, is also invovled in leucine action.
Poster plus application for short presentation
Cell Communication and Signaling
Our data show the importance of the extracellular matrix for the migration of tubular epithelial cells, also evident when the cells were stimulated with TGF-beta. By contrast, inhibition of Rho-kinases stimulated migration in a matrix independent manner. Pharmacologic inhibition of Rho-kinases may thus favor repair processes by increasing the migratory capacity of tubular epithelial cells
Poster plus application for short presentation
Signaling networks
FoxO transcription factors have been previously described as context-dependent regulators of cell growth and differentiation. In this study, we were able to link the transcription factor FoxO3a to the cell type-specific upregulation of CTGF in endothelial cells and demonstrate its relevance for the differential regulation of CTGF by hypoxia in endothelial and epithelial cells.
Poster plus application for short presentation
Signaling in Disease
We studied the putative action of A-769662, the new AMPK activator, on cardiac hypertrophy.
Poster plus application for short presentation
Signaling in Disease
Molecular and cellular analysis of STAT3 function in relation to intracellular redox changes involving DNA interactions, gene expression studies, cell cycle analysis.
Poster plus application for short presentation
Glycobiology and Cell Signalling
Poster presentation
other free topics
Poster presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
Stem Cells and Growth Control
Poster presentation
Signaling in Disease
Poster presentation
other free topics
Poster presentation
Signaling in Disease
Poster presentation
Signaling in Disease
Poster presentation
Cell Communication and Signaling
Poster presentation
other free topics
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
The atomic view of signaling
Identification of one dimeric G-CSF-R interface as the candidate for the active G-CSF-R transmembrane-cytosolic domain conformation, by use of coiled coils to impose different dimeric and tetrameric orientations.
Poster presentation
other free topics, Signaling networks
Poster plus application for short presentation
other free topics, Signaling in Disease, Signaling networks
Which signalling regulators maintain polarity and thus integrity of epithelial cells? We conducted an in vivo RNA interference (RNAi) screen in the intestine of the nematode C.elegans for genes relevant for cell polarity and polarised membrane traffic. Among the screen hits were several components of a p38 MAP (MAPK) kinase cascade. We will present our insights into its novel relevance in maintaining intestinal integrity. Upon silencing any of three MAP kinases (a MAP3K, a MAP2K, and a p38 MAPK) or three specific transcription factors, the morphology of the intestinal tissue becomes strongly affected. Both cytoskeletal organisation and membrane transport are changed, causing endosomes to scatter and membrane cargo to accumulate in late endosomes. In consequence, the intestinal lumen is irregular and frequently exhibits cysts. The identical phenotype patterns of each of the MAP kinases and transcription factors suggest that the components act in a hierarchical, linear cascade.
Currently, we investigate the signalling network and downstream factors of this MAP kinase cascade to specify its novel roles in enterocytes.
Poster plus application for short presentation
Signaling networks
Invited Speaker
The atomic view of signaling
We describe the structure of the dimeric, signaling active complex between the Listeria invasion protein InlB and the human receptor tyrosine kinase Met.
Poster presentation
Biophysical aspects of signal transduction, The atomic view of signaling
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
Signal Transduction and Drug Discovery
As a general regulator of transcription, CDK9 is being discussed as a therapeutic target for treatment of diseases like inflammation, HIV, cancer and cardiac hypertrophy.We have developed different series of highly specific CDK9 inhibitors. With cellular and in vivo data, we validated CDK9 as a target for HIV treatment and inflammatory diseases. At effective concentrations, specific CDK9 inhibitors did not result in any detectable toxicity.
Poster presentation
Biophysical aspects of signal transduction, The atomic view of signaling
Poster plus application for short presentation
Signaling in Disease, Signal Transduction and Drug Discovery
NEMO is the regulatory subunit of the IKK complex activating the transcription factor NF-κB. Hepatocyte-specific NEMO knock-out (NEMOΔhepa) animals show a complete inhibition of NF-κB signalling in parenchymal cells leading to a severe phenotype. Animals develop spontaneous hepatocyte apoptosis counterbalanced by proliferation, progressing to hepatocellular carcinoma. As NF-κB is involved in early events of hepatocyte proliferation, we studied the impact of hepatocyte-specific NEMO deletion on liver regeneration.
Poster presentation
Signaling networks
Poster presentation
other free topics
Poster presentation
other free topics
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Signaling in Disease
We have established a quantitative method to detect autophagic activity in breast cancer cells. Using this method we have investigated the underlying signaling network under various conditions.
Poster plus application for short presentation
Stem Cells and Growth Control
Poster presentation
other free topics
Poster presentation
Signal Transduction and Drug Discovery
Poster presentation
other free topics, Biophysical aspects of signal transduction
Poster plus application for short presentation
Cell Communication and Signaling
Poster plus application for short presentation
other free topics, Signaling networks, Biophysical aspects of signal transduction
Poster presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
Signaling in Disease
Branched-chain fatty acids pristanic and phytanic acid accumulate in inherited pertoxisomal disorders. We investigate the mechanism of toxicity of these fatty acids in brain cells.
Poster presentation
Biophysical aspects of signal transduction, Proteomics, Signalling and Disease
Poster plus application for short presentation
Signaling in Disease
Poster plus application for short presentation
other free topics, Signaling networks, Biophysical aspects of signal transduction
Poster presentation
Signaling networks
Poster presentation
Signaling networks
Poster presentation
Signaling networks
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Signal Transduction and Drug Discovery
Engineering of a nucleoside kinase to enable it to exclusively phosphorylate non-physiological L-nucleoside analogs, and delivery of the enzyme to tumour cells via EGFR-specific antibodies.
Poster plus application for short presentation
Signaling in Disease
Poster presentation
Signaling networks
Poster presentation
Signaling networks
Poster plus application for short presentation
Biophysical aspects of signal transduction
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
other free topics
The conformational changes of DNA Polymerases during catalysis were analysed using high resolution single molecule fluorescence spectroscopy.
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
Biophysical aspects of signal transduction
Methodologies to investigate and modulate conformational equilibria as well as a interesting structure from therapeutical view is presented
Poster plus application for short presentation
Biophysical aspects of signal transduction
Poster presentation
Cell Communication and Signaling
Poster presentation
Proteomics, Signalling and Disease
Poster presentation
Signal Transduction and Drug Discovery
Poster plus application for short presentation
The atomic view of signaling
RAGE (Receptor for Advanced Glycation Endproducts) is a member of the immunoglobulin superfamily of cell-surface receptors. They share key structural properties and are involved in the activation of cells of the immune system and the central nervous system. Hyper-activation of these receptors results in chronic inflammation , disturbed immune response and cancer.
Poster plus application for short presentation
other free topics
Poster plus application for short presentation
Signaling in Disease
In this work a novel neuroprotective signaling pathway is presented.
Poster presentation
Cell Communication and Signaling
Poster presentation
Biophysical aspects of signal transduction
Poster plus application for short presentation
Signaling in Disease
We show that GSK-3, by phosphorylation of serine-86 of the p53 acetyltranserase Tip60, is required for the pro-apoptotic activity of p53,
inducing the BCL-2 family member PUMA.
Poster presentation
Stem Cells and Growth Control
MAGEA1-expressing mice will be monitored for tumor development
Poster presentation
Stem Cells and Growth Control
Poster plus application for short presentation
Biophysical aspects of signal transduction, The atomic view of signaling
We monitor chaperoning of kinases by NMR spectroscopy. We use methyl specific labelling to characterise those 200 KDa complexes at atomic resolution.
Invited Speaker
other free topics
Invited Speaker
Stem Cells and Growth Control
Poster plus application for short presentation
The atomic view of signaling
We study the molecular details of interactions between TIR domains in the TLR signaling cascade.
TIR-TIR interactions are studied via the mammalian two hybrid system MAPPIT. The effect of mutations on these interactions is mapped on models of the TIR domains to build models for the TIR signaling complex.
Poster presentation
Signaling in Disease
Poster plus application for short presentation
Biophysical aspects of signal transduction
GPCR, Dopamin receptor D1, cell free expression
Poster presentation
Signaling networks, Proteomics, Signalling and Disease
Poster presentation
other free topics
Poster presentation
Proteomics, Signalling and Disease
Rover is a program to facilitate the manual validation of quantitative proteomics data.
Poster presentation
other free topics
Poster presentation
Signal Transduction and Drug Discovery
Invited Speaker
Biophysical aspects of signal transduction
Invited Speaker
Signaling networks
Poster presentation
other free topics
Invited Speaker
The atomic view of signaling
Invited Speaker
other free topics
Invited Speaker
Glycobiology and Cell Signalling
The cell wall of pathogenic Mycobacteria is a complex composite of (glyco)lipids, with important roles in host-pathogen interaction. We study the importance of these compounds through mutagenesis of the relevant pathways.