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Reference |
Abstract authors |
Affiliation |
Abstract title |
Workshop |
Poster |
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number |
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number |
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of abstract |
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Workshop 1 |
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viro00102 |
* Ulrich Desselberger (1), Michela Campagna (1), Annie Charpilienne (2), Patrice Vende (2), Luba Tchertanov (2), |
(1) International Centre for Genetic Engineering and Biotechnology (ICGEB), Molecular Immunology, Trieste, |
Incorporation of rotavirus RNA into cores and doublelayered particles in vitro |
Structure and Assembly |
SAS001 |
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Jean Lepault (2), Jean Cohen (deceased 2004) (2), Oscar Burrone (1) |
Italy; (2) Centre National de la Recherche Scientifique (CNRS), Virologie Moleculaire et |
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Structurale, Gif-sur- |
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Yvette, France |
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viro00504 |
* Julia Dietz (1), Joachim Koch (2), Stefan Stein (1), Gilles Divita (3), Harald Schwalbe (4), Ursula Dietrich (1) |
(1) Georg-Speyer-Haus, Frankfurt, Germany; (2) J. W. Goethe University, Biochemistry, Frankfurt, Germany; (3) CRBM- |
Intracellular delivery and functional characterization of peptide ligands for the HIV-1 |
Structure and Assembly |
SAS002 |
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CNRS, Montpellier, France; (4) J. W. Goethe University, Organic Chemistry, Frankfurt, Germany |
packaging signal PSI |
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viro00573 |
* Pavlina Sorfova (1), Nataliia Rudenko (2), |
(1) University of South Bohemia, Biological |
Core protein genome |
Structure and Assembly |
SAS003 |
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Libor Grubhoffer (1) |
faculty, Ceske Budejovice, Czech Republic; (2) Biology Centre, Institute of |
interactions in the tick borne encephalitis virus |
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Parasitology, Ceske Budejovice, Czech |
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Republic |
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viro00742 |
* Stefan Seitz (1), Caroline Gähler (1), Andreas Schulze (1), Stephan Urban (1) |
(1) University of Heidelberg, Dept. Mol. Virology, Otto Meyerhof Zentrum, Heidelberg, Germany |
Functionally distinct subtypes of Hepatitis B Virus can be separated by their competence to bind |
Structure and Assembly |
SAS004 |
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to heparin |
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viro00795 |
* Vincent Miazza (1), Laurent Roux (1) |
(1) University of Geneva, Medical School, Department of Microbiology and Molecular Medicine, |
Paramyxovirus assembly and budding: relevance of cellular actin and its interactions with |
Structure and Assembly |
SAS005 |
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Geneva, Switzerland |
the viral matrix |
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protein. |
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viro00858 |
* Jörg Wenigenrath (1), Stephan Becker (1) |
(1) Robert Koch Institut, ZBS 5, Berlin, Germany |
Establishment of an infectious virus-like particle assay for Marburg virus |
Structure and Assembly |
SAS006 |
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viro00874 |
* Kamila Zurkova (1), |
(1) IHBT, Experimental |
Characterization of |
Structure and |
SAS007 |
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Pavel Otahal (1), Luda |
Virology, Prague, |
vaccinia virus |
Assembly |
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Kutinova (1), Petr |
Czech Republic |
expressing Flt3 |
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Hainz (1), Jitka |
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ligand |
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Krystofova (1), Sarka |
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Nemeckova (1) |
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viro00938 |
* Larisa Kordyukova (1), Marina |
(1) Belozersky Institute of Physico-Chemical |
Acylation of Influenza Virus |
Structure and Assembly |
SAS008 |
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Serebryakova (2), Yulia Smirnova (1), Michael Veit (3) |
Biology MSU, Moscow, Russia; (2) Institute of Physico-Chemical Medicine, Moscow, |
Hemagglutinin analyzed by MALDI-TOF MS |
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Russia; (3) Institute of Immunology and |
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Molecular Biology, Faculty of Veterinary Medicine, Free |
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University, Berlin, Germany |
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viro00982 |
* C Winter (1), C Schwegmann-Weßels |
(1) Virology, University of Veterinary Medicine, |
A tyrosine based retention signal is |
Structure and Assembly |
SAS009 |
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(1), U Neumann (2), G Herrler (1) |
Hannover, GER; (2) Clinic for Poultry, University of Vetrinary Medicine, Hannover, GER |
responsible for intracellular localisation of the IBV Spike protein |
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viro00996 |
Elena Bogacheva (1), Alexey Chulichkov (1), |
(1) N.N.Semenov Institute of Chemical |
Tritium planigraphy and computer |
Structure and Assembly |
SAS010 |
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* Alexey Dolgov (1), Alexander Shishkov (1), Natalya Fedorova (2), Alexander Ksenofontov (2), Elena Lukashina (2), Ludmila |
Physics Russian Academy of Sciences, department of matter structure, Moscow, Russia; (2) Belozersky Institute of Physico |
modelling of structure and orientation of macromolecules at the interface consisting of |
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Baratova (2), Gennadii Badun (3) |
Chemical Biology of MSU, Chromatography, Moscow, Russia; (3) MSU, Chemistry department, Moscow, Russia |
supramolecular complexes |
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viro00999 |
* Victor A. Radyukhin |
(1) Belozersky Institute |
Phenomenon of |
Structure and |
SAS011 |
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(1), Nataliya V. Fedorova (1), Alexander L. Ksenofontov (1), Lyudmila A. Baratova (1) |
of Physico-Chemical Biology, Moscow State University, Moscow, Russia |
hemagglutinin and M1 protein raft association in influenza A virus envelope as a basis for novel |
Assembly |
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approach to virus like particles (VLP’s) isolation |
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viro01006 |
* Malachy Okeke (1), Olayiwola Adekoya (1), Terje Traavik (1), Øivind Nilssen (2) |
(1) University of Tromsø, Microbiology and Virology, Tromsø, Norway; (2) University |
Comparative sequence and structure analysis of A-tpe inclusion |
Structure and Assembly |
SAS012 |
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Hospital of North Norway, Medical Genetics, Tromsø, Norway |
body (ATI) and p4c proteins of Orthopoxviruses that produce typical and atypical ATI phenotypes |
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viro01016 |
* Diane Baxmann (1), |
(1) Stiftung Tierärztliche |
Determinants |
Structure and |
SAS013 |
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Sascha Bossow (2), |
Hochschule Hannover, |
specifying apical |
Assembly |
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Wolfgang J. Neubert |
Institut für Virologie, |
release of Sendai |
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(2), Gert Zimmer (1) |
Hannover, Germany; (2) Max-Planck-Institut für Biochemie, |
virus |
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Marinsried, Germany |
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viro01150 |
* Ijad Madisch (1), |
(1) Medizinische |
Phylogenetic |
Structure and |
SAS014 |
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Albert Heim (1) |
Hochschule Hannover, Institut für Virologie, Hannover, Germany |
Analysis and Structural Predictions of Human Adenovirus |
Assembly |
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Penton Proteins as |
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a Basis for Tissue |
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Specific Adenoviral Vector Design |
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viro01195 |
* Karolina Osinski (1), Michael Mach (1) |
(1) Institut für Virologie, Erlangen, Germany |
The carboxyterminal domain of |
Structure and Assembly |
SAS015 |
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glycoprotein N of HCMV is required |
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for virion |
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morphogenesis |
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viro01198 |
* A. Zielonka (1), A. Gedvilaite (2), K. Sasnauskas (2), H. Müller (1), R. Johne (1) |
(1) Institute for Virology, Faculty of Veterinary Medicine, Leipzig, Germany; (2) Institute of Biotechnology, |
Formation of viruslike particles (VLPs) consisting of the major capsid protein VP1 of |
Structure and Assembly |
SAS016 |
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Vilnius, Lithuania |
avian- and non |
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human |
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polyomaviruses in yeast [I]S. cerevisiae[/I] |
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viro01216 |
* Daniel Voß (1), Stephan Becker (1) |
(1) Robert Koch Institute, ZBS5, Berlin, |
Role of the cytoplasmic tail of |
Structure and Assembly |
SAS017 |
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D |
SARS-CoV M |
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protein |
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viro01240 |
* Ghazi Amer (1), Ruediger Raue (2), Hermann Müller (1) |
(1) Institute for Virology, Faculty of Veterinary Medicine, Leipzig, Germany; (2) principal scientist Pfizer Animal |
Investigation of VP2b-Capsid-like Particles of different Infectious Bursal Disease |
Structure and Assembly |
SAS018 |
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Health, Biological Development, Sandwich, UK |
Virus (IBDV) Strains Expressed in Pro- and |
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Eukaryote |
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viro01252 |
* Barbara Kropff (1), Yvonne Koedel (1), Michael Mach (1) |
(1) Institut für Virologie, Universiätsklinikum, Erlangen, Germany |
Endocytosis of gpUL132 of HCMV is important for |
Structure and Assembly |
SAS019 |
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replication of HCMV |
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viro01455 |
* Antonie Neubauer (1), Tanja Stenke (1) |
(1) Inst. for Medical Microbiology, LMU-Munich, Munich, Germany |
Comparison of two different GFP-UL43 fusion proteins expressed by equid herpesvirus 1 |
Structure and Assembly |
SAS020 |
|
viro01504 |
* Vanessa Emerson |
(1) Deutsches |
Identification of |
Structure and |
SAS021 |
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(1), Denise Holtkotte (1), Tanya Pfeiffer (1), Valerie Bosch (1) |
Krebsforschungszentru m, F020, Heidelberg, Germany |
novel cellular interaction partners with the long HIV Env cytoplasmic domain |
Assembly |
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viro01518 |
* F Arnoldi (1), M |
(1) ICGEB, Trieste, Italy |
STRONG |
Structure and |
SAS022 |
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Campagna (1), U Desselberger (1), OR Burrone (1) |
|
INTERACTION BETWEEN THE ROTAVIRUS POLYMERASE |
Assembly |
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VP1 AND THE |
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NONSTRUCTURA |
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L PROTEIN NSP5 |
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viro01524 |
* Thomas Strecker (1), Larissa Kolesnikova (2), Katharina Dolata (1), Stephan Becker |
(1) Institute of Virology, Marburg, Germany; (2) Robert Koch-Institute, Berlin, Germany |
Intracellular trafficking of the Lassa virus matrix protein Z |
Structure and Assembly |
SAS023 |
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(2), Wolfgang Garten (1) |
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viro01545 |
* R Contin (1), F Arnoldi (1), M Campagna (1), U Desselberger (1), OR Burrone (1) |
(1) ICGEB, Trieste, Italy |
Rotavirus scaffolding protein VP2 induces hyperphosphorylati on of NSP5 and |
Structure and Assembly |
SAS024 |
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alters its cellular |
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distribution |
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viro01614 |
* Dirk Enderlein (1), Hermann Müller (1), Reimar Johne (1) |
(1) Institute for Virology, Fac. of Veterinary Medicine, Leipzig, Germany |
Structural and functional analysis of VP4, an apoptosis-inducing structural protein of |
Structure and Assembly |
SAS026 |
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a pathogenic polyomavirus |
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viro01631 |
K. Bruns (1), N. Studtrucker (1), A. Sharma (1), T. Fossen (2), * D. Mitzner (1), A. Eissmann (1), U. |
(1) Clinical Virology, Erlangen, Germany; (2) University of Bergen, Bergen, Norway; (3) HPI, Hamburg, |
Structural characterization and oligomerization of PB1-F2, a proapoptotic influenza |
Structure and Assembly |
SAS027 |
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Tessmer (3), P. Henklein (4), R. Roeder (4), V. Wray (5), U. Schubert (1) |
Germany; (4) HU, Berlin, Germany; (5) HZI, Braunschweig, Germany |
A virus protein |
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viro01652 |
* Michael Winkler |
UKSH Campus Kiel, Infektionsmedizin, Kiel, Germany |
The Short Form of the UL35 Tegument Protein |
Structure and Assembly |
SAS028 |
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of HCMV Localizes |
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ppUL82 to the Cytoplasm and is Critical for Virus |
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Assembly |
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viro01654 |
* Mathieu Mateo (1), Mikel Martinez (1), |
(1) Filolab, INSERM U758, UCBL1, Lyon, |
Role of structural protein VP24 of |
Structure and Assembly |
SAS029 |
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Olivier Reynard (1), Sebastien Delpeut (1), Caroline Carbonnelle (1), Viktor Volchkov (1) |
France |
Ebolavirus in assembly of nucleocapsids and virus release |
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viro01655 |
* Rajesh Ponnusamy (1), Jeroen R. Mesters (1), Ralf Moll (1), Rolf |
(1) University of Lübeck, Institute of Biochemistry, Lübeck, |
A tale of multiple dimer interfaces: Crystal structures |
Structure and Assembly |
SAS030 |
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Hilgenfeld (1) |
Germany |
of non-structural protein 9 of human coronavirus 229E |
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viro01722 |
* Jinzhi Tan (1), Krishna Nagarajan (1), Doris Mutschall (1), Christian L. Schmidt |
(1) University of Lübeck, Institute of Biochemistry, Lübeck, Germany |
Biochemical characterization and crystallization of the \'SARS- |
Structure and Assembly |
SAS031 |
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(1), Rolf Hilgenfeld (1) |
|
Unique Domain\' |
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(SUD) |
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viro01728 |
* Zsolt Ruzsics (1), Brigitte Rupp (1), Christopher Buser (2), |
(1) Max von Pettenkofer Institute, Virology, Munich, Germany; (2) |
A role in DNA packaging for the smallest capsid |
Structure and Assembly |
SAS032 |
|
Paul Walther (3), Ulrich H. Koszinowski (1) |
Universität Ulm, Institut für Mikrobiologie, Abteilung Virologie, Ulm, Germany; (3) Universität Ulm, |
protein of cytomegalovirus |
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Zentrale Einrichtung |
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Elektronenmikroskopie, Ulm, Germany |
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viro01733 |
Ludwig Hölzle (1), Katharina Hölzle (1), Michaela Alex (2), Ulrike Diesterbeck (3), * Claus-Peter Czerny |
(1) Institute of Veterinary Bacteriology, University of Zurich, Zurich, Switzerland; (2) Bavarian Animal Health |
Mapping of functional important sites on vaccinia virus A27L protein homologues |
Structure and Assembly |
SAS033 |
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(3) |
Service, Poing, Germany; (3) Institute of Veterinary Medicine, Georg-August-University, Göttingen, Germany |
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viro01746 |
* Wen-Hung Wang (1), |
(1) Chang-Gung |
Involvement of |
Structure and |
SAS034 |
|
Shih-Tung Liu (1) |
University, Department of Microbiology and Immunology, Taoyuan, Taiwan |
BORF1 and BDLF1 in capsid assembly in Epstein-Barr virus |
Assembly |
|
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viro01760 |
* Yvonne Piotrowski (1), Jeroen R. Mesters (1), Krzysztof Pyrc (2), |
(1) University of Lübeck, Institute of Biochemistry, Lübeck, |
The X domain of Nsp 3 of human coronavirus NL63 |
Structure and Assembly |
SAS035 |
|
Lia van der Hoek (2), Ralf Moll (1), Rolf Hilgenfeld (1) |
Germany; (2) University of Amsterdam, Dept. of Human Retrovi rology, Amsterdam, The |
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Netherlands |
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viro01765 |
* Gleyder Roman-Sosa (1), Till Rümenapf (1) |
(1) Institut für Virologie, Veterinärmedizin, |
The Core Protein of Pestiviruses |
Structure and Assembly |
SAS036 |
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Gießen, Germany |
colocalizes with Components of the Replication Complex |
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viro01782 |
* Katrin Schlie (1), Thomas Strecker (1), Ute Ströher (2), Gaëlle |
(1) Institute of Virology, University of Marburg, Marburg, Germany; (2) |
Lassa virus budding in polarized epithelial |
Structure and Assembly |
SAS037 |
|
Camus (2), Claudia Blickheuser (1), Wolfgang Garten (1) |
National Microbiology Laboratory, Canadian Science Centre for Human and Animal |
cells |
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Health, Winnipeg, Canada |
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viro01859 |
Yulia Smirnova (1), |
(1) Belozersky Institute |
Influenza virus |
Structure and |
SAS038 |
|
Marina Serebryakova (2), Natalya Fedorova (1), Victor Radyukhin (1), * Larisa Kordyukova (1) |
of Physico-Chemical Biology MSU, Moscow, Russia; (2) Institute of Physico-Chemical Medicine, Moscow, Russia |
HA/M1 interactions: do acyl chains play role? |
Assembly |
|
|
viro01861 |
Beatrice Grummer (1), |
(1) University of |
Localization |
Structure and |
SAS039 |
|
Saskia Ronecker (1), * Stefanie Bendfeldt (1), Irene Greiser-Wilke (1) |
Veterinary Medicine Hannover, Institute of Virology, Hannover, Germany |
Studies of the Bovine Viral Diarrhea Virus Envelope Protein |
Assembly |
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E1 in Transfected |
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Cells |
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viro01880 |
* Agne Alminaite |
Haartman, Virology, Helsinki, Finland |
structure-functional organization of hantaviral |
Structure and Assembly |
SAS040 |
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nucleocapsid protein: N-terminal |
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coiled-coil domain |
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Workshop 2 |
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viro00526 |
Susana Ruiz-Ruiz (1), Pedro Moreno (1), José Guerri (1), * Silvia Ambrós (1) |
(1) IVIA, Valencia, Spain |
An agroinfection system to study pathogenicity determinants of |
Plant Viruses |
PVI002 |
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Citrus tristeza virus |
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(CTV) |
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viro00530 |
* Susana Ruiz-Ruiz (1), Pedro Moreno (1), José Guerri (1), Silvia Ambrós (1) |
(1) IVIA, Valencia, Spain |
A real-time RTPCR assay for detection and absolute quantification of |
Plant Viruses |
PVI003 |
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Citrus tristeza virus |
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in different plant tissues |
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viro00717 |
* Nicolas Delaroque (1), Vera Roman (1), Domenica Schnalbelrauch (1), |
(1) Max Planck Institut for Chemical Ecology, Jena, Germany |
Integration of viral DNA into the genome of Ectocarpus |
Plant Viruses |
PVI005 |
|
Wilhelm Boland (1) |
|
siliculosus: witnessing the evolution of dsDNA |
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viruses |
|
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viro00773 |
* Sandra MartínezTuriño (1), Carmen Hernández (1) |
(1) Institute for Molecular and Cellular Plant Biology (CSIC- |
Subcellular localization of a replication protein |
Plant Viruses |
PVI006 |
|
|
UPV), Stress Biology, Valencia, Spain |
of [I]Pelargonium flower break virus[/I]: sequence requirements for its mitochondrial |
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targeting. |
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viro00929 |
* Maria Nemykh (1), |
(1) A.N. Belozersky |
Low stability of free |
Plant Viruses |
PVI007 |
|
Alexandr Efimov (2), Evgeny Dobrov (1) |
Institute of Phisico-Chemical Biology, Moscow State |
[I]Potato virus X[/I] coat protein subunits and a new |
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University, Moscow, Russia; (2) Institute of Protein Research, |
model of their structure |
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Russian Academy of Sciences, Pushchino, |
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Russia |
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viro00958 |
* Menghsiao Meng Meng (1), Mei-Chun Lin (1) |
(1) National Chung Hsing University, Graduate Institute of Biotechnology, |
Activity characterization and identification of critical aromatic |
Plant Viruses |
PVI008 |
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Taichung, Taiwan |
amino acid residues of GTP |
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methyltransferase which resides in the |
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AdoMet-dependent guanylyltransferase domain of bamboo |
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mosaic virus |
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replicase |
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viro00970 |
Rosa Mar Ferrer (1), Marisol Luis-Arteaga |
(1) IVIA, Moncada, Valencia, Spain; (2) |
Genetic structure and variation of |
Plant Viruses |
PVI009 |
|
(2), José Guerri (1), Pedro Moreno (1), * Luis Rubio (1) |
CITA, Zaragoza, Spain |
[I]Broad bean wilt virus[/I] 1 in Spain |
|
|
|
viro01183 |
* Nanette Schlatermund (1), Nicole Mielke (1), Hans-Peter Muehlbach |
(1) University of Hamburg, Biocentre Kl. Flottbek, Hamburg, Germany |
European mountain ash ringspotassociated virus (EMARAV)- a new |
Plant Viruses |
PVI010 |
|
(1) |
|
bunyaviral-type plant virus |
|
|
|
viro01286 |
* Anna Slavokhotova (1), Emma Andreeva (1), Alexander Shijan (1), Tatjana Odintsova (1), Vitalij Pukhalskij (1) |
(1) Vavilov Institute of General genetics Russian Academy of Sciences, Plant Genetic Laboratory, Moscow, |
Investigation of Attenuated Tobamovirus Strains for Development Plant |
Plant Viruses |
PVI011 |
|
|
Russian Federation |
Virus Protection |
|
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Method |
|
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|
viro01384 |
* Katharina Kittelmann (1), Holger Jeske (1) |
(1) Universität Stuttgart, Institute of Biology, Molecular Biology and Plant Virology, Stuttgart, Germany |
Characterization of a geminivirus coat protein expressed in Schizosaccharomy |
Plant Viruses |
PVI012 |
|
|
|
ces pombe |
|
|
|
viro01488 |
* Rosana Blawid (1), Edgar Maiss (1) |
(1) Leibniz Universität Hannover, IPP, Hannover, Deutschland |
Transreplication of a TYLCTHV DNA B component by geminiviruses from Vietnam and |
Plant Viruses |
PVI013 |
|
|
|
Thailand |
|
|
|
viro01511 |
* Angelika Waltermann (1), Edgar Maiss (1) |
(1) Leibniz Universität Hannover, IPP, Hannover, Germany |
The Identification, Subcellular Localization and Functional |
Plant Viruses |
PVI014 |
|
|
|
Characterization of |
|
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|
|
the First Protein of |
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|
|
6 kDa (6K1) of Members of the |
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Genus |
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|
[I]Potyvirus[/I] |
|
|
|
viro01576 |
Florian John (1), * Artur J. P. Pfitzner (1) |
(1) Universität Hohenheim, Allgemeine Virologie, Stuttgart, Germany |
ORFX of Maracuja mosaic virus (MarMV) is important for |
Plant Viruses |
PVI015 |
|
|
|
symptom formation in plants |
|
|
|
viro01656 |
* Elzbieta Suluja (1), Andrzej Palucha (1) |
(1) Institute of Biochemistry and Biophysics, PAS, Warsaw, Poland |
Expression of a truncated coat protein of potato leafroll virus in |
Plant Viruses |
PVI016 |
|
|
|
Escherichia coli |
|
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|
|
strain Rosetta |
|
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|
results in the |
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|
|
formation of virus |
|
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|
|
like particles with |
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T=1 symmetry. |
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|
viro01757 |
Elena Lukashina (1), * Maria Nemykh (1), Natalya Fedorova (1), Gennady Badun (2), Viktor Novikov (3), Olga Karpova (3), Nina |
(1) A.N. Belozersky Institute of Physico-Chemical Biology, Moscow State University, Moscow, Russia; (2) Department |
Search for structural alterations determining different functional states of coat |
Plant Viruses |
PVI017 |
|
Rodionova (3), Lyudmila Baratova (1), Eugenie Dobrov (1) |
of Chemistry, Moscow State University, Moscow, Russia; (3) Department of Biology, Moscow State |
protein in potato virus X virions |
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University, Moscow, |
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Russia |
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viro01834 |
* Linda Zheng (1), Brendan Rodoni (2), Mark Gibbs (1) |
(1) Australian National University, School of Botany and Zoology, Canberra, Australia; (2) Department of Primary Industries Research |
qRT-PCR is a reliable technique for measuring the performance of inosine-containing primers |
Plant Viruses |
PVI018 |
|
|
Victoria, Knoxfield, |
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Australia |
|
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viro01852 |
* Anna Kondratyuk (1), Natalia Senchugova (1) |
(1) National Taras Shevchenko University of Kyiv, Virology, Kyiv, Ukraine |
Soil algae as possible vectors of viral infections of sugar beet |
Plant Viruses |
PVI019 |
|
|
Workshop 3 |
|
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|
|
viro00964 |
* Christine Siegismund (1), Oliver Hohn (1), Reinhard Kurth (1), Stephen Norley (1) |
(1) Robert Koch-Institute, Berlin, Germany |
Comparison of SIVagm, SIVmac and HIV-1 Gag DNA Immunogenicity Following Gene |
Retroviruses I |
REI001 |
|
|
|
Gun-Immunisation |
|
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of Mice: |
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Preparation for Primate Studies |
|
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|
viro01018 |
* Dieter Hoffmann (1), Judith Seebach (1), Antonio Cosma (2), |
(1) Technical University of Munich, Institute of Virology, Munich, |
Therapeutic vaccination reduces HIV |
Retroviruses I |
REI002 |
|
Frank D. Goebel (3), Hermann M. Schätzl (1), Korbinian Strimmer (4), Volker Erfle (2) |
Germany; (2) GSF-National Research Centre, Clinical Cooperation Group Antigen-Specific Immunotherapy, |
protein sequence variability |
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|
Munich, Germany; (3) University of Munich, Infectious diseases, |
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Munich, Germany; (4) Univeristy of Leipzig, Institute for Medical |
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Informatics, Statistics |
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and Epidemiology, |
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Leipzig, Germany |
|
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viro00575 |
* Wibke Bayer (1), |
(1) Ruhr-Universität |
Use of Different |
Retroviruses |
REI003 |
|
Simone Schimmer (2), Dennis Hoffmann (1), Ulf Dittmer (2), Oliver Wildner (1) |
Bochum, Abt. f. Virologie, Bochum, Germany; (2) UK Essen, Inst. f. Virologie, Essen, Germany |
Adenovirus Serotypes in Prime-Boost Vaccination Enhances Immune Protection against Friend Virus |
I |
|
|
viro01169 |
Jens Wild (1), Kurt |
(1) University of |
Immunogenicity of |
Retroviruses |
REI004 |
|
Bieler (2), Hans Wolf (3), * Ralf Wagner (1) |
Regensburg, Institute of Medical Microbiology and Hygiene, Molecular Microbiology and Gene Therapy Unit, Regensburg, Germany; |
HIV-1 Clade C CN54 DNA Candidate Vaccines in a Balb/c Mouse Model |
I |
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|
(2) Geneart AG, Regensburg, Germany; (3) University of Regensburg, Institute of Medical Microbiology and Hygiene, |
|
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Regensburg, Germany |
|
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|
viro01467 |
* Norbert Donhauser (1), Martin Helm (2), Philipp Schuster (1), Jörg Vollmer (3), Barbara Schmidt (1) |
(1) Virological Institute, University Hospital, Erlangen, Germany; (2) Praxis Dres. Abelein/Helm, Nürnberg, Germany; (3) |
Optimized C-Class CpG oligodeoxynucleotid es (ODN) enhance the impaired innate immune response |
Retroviruses I |
REI005 |
|
|
Coley Pharmaceutical GmbH, Langenfeld, Germany |
of plasmacytoid dendritic cells (PDC) in HIVinfected patients |
|
|
|
viro01487 |
* Rachel P.J. Lai (1), Myra McClure (1), Staurt Haslam (2), |
(1) Imperial College London, Infectious Diseases, London, |
The Effect of Nef on HIV-1 Neutralisation |
Retroviruses I |
REI006 |
|
Massimo Pizzato (1) |
United Kingdom; (2) Imperial College London, Molecular |
|
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|
|
Biosciences, London, |
|
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|
|
United Kingdom |
|
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|
|
viro01623 |
* Reiner Schulte (1), Sieghart Sopper (1), |
(1) German Primate Center, Virology and |
Polyfunctional CD4+ T-cell |
Retroviruses I |
REI007 |
|
Gerhard Hunsmann (1), Christiane Stahl-Hennig (1) |
Immunology, Goettingen, Germany |
responses and proliferation of CD4+ memory T-cells in long-term SIV infected |
|
|
|
|
|
macaques |
|
|
|
viro01661 |
* Tina Schultheiss (1), |
(1) German Primate |
RT-SHIV infection |
Retroviruses |
REI008 |
|
Reiner Schulte (1), Sieghart Sopper (1), Gerhard Hunsmann (1), Christiane Stahl-Hennig (1) |
Center, Virology and Immunology, Goettingen, Germany |
of rhesus macaques: preservation of CD4+ T-cells in blood contrasting their massive loss |
I |
|
|
|
|
in gut |
|
|
|
viro01695 |
* Caterina Serra (1), |
(1) University of |
Type III and I |
Retroviruses |
REI009 |
|
Adriana Biolchini (1), Alessandra Mei (1), Sergei Kotenko (2), |
Sassari, Biomedical Sciences, Sassari, Italy; (2) New Jersey Medical |
interferons increase HIV uptake and replication in |
I |
|
|
Antonina Dolei (1) |
School, Department of Biochemistry & Molecular Biology, Newark,, NJ, USA |
human cells, that overexpress CD4, CCR5 and CXCR4 genes |
|
|
|
viro01742 |
Christine Mant (1), |
(1) Kings College |
Profound |
Retroviruses |
REI010 |
|
Nicholas Glanville (1), Philippa Easterbrook (1), * John Cason (1) |
London, Infectious Diseases, London, UK |
Restriction of Human Immunodeficiency virus Type-1 Gag Diversity in a Long-Term Non- |
I |
|
|
|
|
Progressor Patient During Clinical Latency. |
|
|
|
viro00502 |
* Sascha Antoni (1), Michael Hust (2), Maria Hertje (1), Stefan Dübel (2), Ursula |
(1) Georg-Speyer-Haus, Frankfurt, Germany; (2) Technische Universität Braunschweig, Institute |
Identification of HIV-1 specific scFv antibodies selected from LTNP phage |
Retroviruses I |
REI011 |
|
Dietrich (1) |
for Biochemistry and Biotechnology, Braunschweig, Germany |
libraries |
|
|
|
viro01039 |
* S Loschen (1), J Bätzing-Feigenbaum (1), O Hamouda (1), C |
(1) Robert Koch-Institute, Berlin, Germany |
Pilot HIV incidence study: Detection of recent HIV-1 |
Retroviruses I |
REI012 |
|
Kücherer (1) |
|
infections from fresh and filter |
|
|
|
|
|
dried plasma. |
|
|
|
viro01335 |
* Monika Habekova (1), Danica Stanekova (1), Milos Mokras (2) |
(1) NRC HIV AIDS Slovak Medical University, Bratislava, Slovakia; (2) |
HIV-1 subtype distribution in Slovakia |
Retroviruses I |
REI013 |
|
|
Geographical and Infectious Medicine, |
|
|
|
|
|
Bratislava, Slovakia |
|
|
|
|
viro01685 |
* SE Moses (1), S Ramalingam (1), J Welch (1), JV Parry (2), M Zuckerman (1), M |
(1) King`s College Hospital, London, UK; (2) Health Protection Agency, London, UK |
HIV-1 Infected or Not? |
Retroviruses I |
REI014 |
|
Sudhanva (1) |
|
|
|
|
|
viro01490 |
* Melanie Krämer (1), Carsten Münk (1), Ralf R. Tönjes (1) |
(1) Paul-Ehrlich-Institut, Division Medical Biotechnology, Langen, Germany |
Investigation of HIV-1 Replication in Porcine Cells |
Retroviruses I |
REI015 |
|
viro01626 |
Joana Braga (1), Teresa Venenno (1), Ricardo Parreira (1), |
(1) Instituto de Higiene e Medicina Tropical, UEI Virologia, Lisbon, |
Genetic diversity of integrase in HIV-1 strains circulating in |
Retroviruses I |
REI016 |
|
Aida Esteves (1), * João Piedade (1) |
Portugal |
Lisbon |
|
|
|
viro01683 |
* HR Rangel (1), D Garzaro (1), AK Rodríguez (1), J Torres (2), C Gutierrez (3), FH Pujol (1) |
(1) IVIC, Caracas, Venezuela; (2) UCV, Caracas, Venezuela; (3) INHRR, Caracas, Venezuela |
Molecular epidemiology of HIV in Venezuela |
Retroviruses I |
REI017 |
|
viro01753 |
* Silvia Geuenich (1), |
(1) University of |
Anti-HIV activity of |
Retroviruses |
REI019 |
|
Silke Nolkemper (2), Jürgen Reichling (2), Oliver T. Keppler (1) |
Heidelberg, Virology, Heidelberg, Germany; (2) University of Heidelberg, Pharmaceutical Biology, |
aqueous extracts from species of Lamiaceae |
I |
|
|
|
Heidelberg, Germany |
|
|
|
|
viro01853 |
Baruch Rivetz (1), * |
(1) Orgenics Ltd., R&D, |
A multi-center |
Retroviruses |
REI020 |
|
Zipi Kra-Oz (2), Katrien Fransen (3), Greet Beelaert (3), Frederic Poujade (4) |
Yavne, Israel; (2) Rambam Medical Center, Virology, Haifa, Israel; (3) Institute of Tropical Medicine, Antwerpen, Belgium; (4) |
evaluation of the ImmunoComb II HIV 1&2 TriSpot Ag/Ab, a 4th generation simple EIA assay |
I |
|
|
|
Gonesse Hospital, Immunolofy, Gonesse, France |
|
|
|
|
viro01884 |
Norbert H. Brockmeyer (1), Paul Racz (1), * Ulrike Wieland (1), Hans |
(1) Competence Network for HIV/AIDS, Bochum, Germany |
Competence Network for HIV/AIDS - a competent partner |
Retroviruses I |
REI021 |
|
Jäger (1), Eva Jägel-Guedes (1) |
|
for HIV/AIDS research |
|
|
|
viro00439 |
Anna-Maria Berbott (1), * Klaus Boller (1) |
(1) Paul-Ehrlich-Institut, Langen, Germany |
High antibody prevalence to HERV-K in African |
Retroviruses I |
REI025 |
|
|
|
patients compared to Europeans |
|
|
|
viro00446 |
Natalia Senyuta (1), |
(1) Cancer Research |
HLA class II genes |
Retroviruses |
REI026 |
|
Margarita Boldyreva (2), Alex Tryakin (1), Michail Fedyanin (1), Sergey Tyulandin (1), * Vladimir Gurtsevitch (1) |
Center, RAMS, Moscow, Russia; (2) Institute of Immunology, FMBA, Moscow, Russia |
and germ cell tumors associated with HERV-K in Russian patients |
I |
|
|
viro00484 |
* Jörg Zielonka (3), Thomas Beck (2), |
(1) DKFZ, Genome Modifications and |
Amplification of Feline APOBEC3C |
Retroviruses I |
REI027 |
|
Martin Löchelt (1), Sarah Chareza (1), Stephen J. O´Brien (2), Klaus Cichutek (3), Naoya Yuhki (2), Carsten Münk (3) |
Carcinogenesis, Heidelberg, Germany; (2) National Cancer Institute, Laboratory of Genomic Diversity, Frederick, USA; (3) |
Genes Indicate a Unique Evolution of these Antiviral Proteins within the Cat |
|
|
|
|
Paul-Ehrlich-Institut, |
|
|
|
|
|
Medical Biotechnology, Langen, Germany |
|
|
|
|
viro00721 |
* I. C. Schneider (1), M. Eckhardt (1), J. Medvedovska (1), K. Cichutek (1), C. J. |
(1) Paul-Ehrlich-Institut, Med. Biotechnology, Langen, Germany |
Escape from R-peptide deletion in a [gamma]-retrovirus |
Retroviruses I |
REI028 |
|
Buchholz (1) |
|
|
|
|
|
viro00755 |
Neda Mousakhani (1), * Mohammad Reza Sadeghi (2), Saeed Karimi (3), Farzaneh Sharifzad (1) |
(1) Young Researcher Club,, Arak university of medical sciences, Arak, Iran; (2) Young Researcher Club , Bu Ali Sina University, |
A survey on knowledge level of Bu-Ali Sina university’s students regarding AIDS in Iran |
Retroviruses I |
REI029 |
|
|
Virology, Hamedan, Iran; (3) Bu Ali Sina University, Virology, hamedan, Iran |
|
|
|
|
viro00760 |
Bendikt Kretzschmar (4), Ali Nowrouzi (4), Maximilian J. Hartl (3), Kathleen Gärtner (4), |
(1) TU Dresden, Institut für Virologie, Dresden, Germany; (2) University of Florida, College of |
AZT-Resistant Foamy Virus |
Retroviruses I |
REI030 |
|
Tatiana Wiktorowicz (4), Ottmar |
Veterinary Medicine, Gainesville, USA; (3) |
|
|
|
|
Herchenröder (1), |
Universität Bayreuth, |
|
|
|
|
Silvia Kanzler (1), |
Lehrstuhl Biopolymere, |
|
|
|
|
Wolfram Rudolph (1), |
Bayreuth, Germany; (4) |
|
|
|
|
Ayalew Mergia (2), |
Universität Würzburg, |
|
|
|
|
Birgitta Wöhrl (3), * |
Institut für Virologie und |
|
|
|
|
Axel Rethwilm (4) |
Immunbiologie, |
|
|
|
|
|
Würzburg, Germany |
|
|
|
|
viro00940 |
Dana Prukova (1), Zdenka Vernerova (2), Tomas Pilcik (1), Volodymir Stepanets |
(1) Institute of Molecular Genetics, Academy of Sciences of the Czech Republic, Department |
Chickens infected with avian leukosis viruses: an experimental model |
Retroviruses I |
REI031 |
|
(1), * Josef Geryk (1), Jiri Plachy (1), Jiri Hejnar (1), Jan Svoboda (1) |
of Viral and Cellular Genetics, Prague, Czech Republic; (2) 3rd Faculty of Medicine, Charles University, Department of |
for the study of retrovirus-induced wasting disease |
|
|
|
|
Pathology, Prague, Czech Republic |
|
|
|
|
viro01074 |
Uwe Fiebig (1), Annekathrin Möller (1), Reinhard Kurth (1), * Joachim Denner (1) |
(1) Robert Koch Institute, 13353 Berlin, Germany |
Transspecies transmission of the koala retrovirus (KoRV) |
Retroviruses I |
REI032 |
|
viro01110 |
Britta Dieckhoff (1), Jenny Puhlmann (1), |
(1) Robert Koch Institute, Berlin, |
Evidence for exogenous forms of |
Retroviruses I |
REI033 |
|
Angela Hafner-Marx (2), Nadja Herbach (3), Mathias Büttner (2), Rüdiger Wanke (3), Reinhard Kurth (1), * Joachim Denner (1) |
Germany; (2) Bavarian Health and Food Safety Authority, Oberschleißheim, Germany; (3) Institute of Veterinary Pathology, |
recombinant porcine endogenous retroviruses (PERV-A/C) in melanoma-bearing |
|
|
|
|
Ludwig Maximillians University, Munich, Germany |
Munich Miniature Swines (MMS) |
|
|
|
viro01205 |
* Valeria Bergonzini (1), Arianna Calistri (1), Cristiano Salata (1), Claudia Del Vecchio |
(1) University of Padova, Department of Histology, Padova, Italy; (2) University of |
HIV-1 Nef and cell signaling transduction: possible |
Retroviruses I |
REI034 |
|
(1), Cristina Parolin (2), Giorgio Palù (1) |
Padova, Department of Biology, Padova, Italy |
involvement in HIV1 Associated Dementia. |
|
|
|
viro01411 |
* Kathleen Gärtner (1), Axel Rethwilm (1), Carsten Scheller (1) |
(1) Uni Würzburg, Institut für Virologie, Würzburg, Germany |
Recombination and mutation during reverse transcription of |
Retroviruses I |
REI035 |
|
|
|
foamyviruses |
|
|
|
viro01616 |
* S Jung (1), R Müller (1), B Fleckenstein (1), H Reil (1) |
(1) Univ. Hospital, Virology, Erlangen, FRG |
Discrimination & characterisation of clinical GBV-C isolates by their HIV-inhibitory phenotype |
Retroviruses I |
REI036 |
|
viro01700 |
Giuseppe Mameli (3), |
(1) Univ. Sassari, |
Brains and PBMC |
Retroviruses |
REI037 |
|
Vito Astone (3), Giannina Arru (1), Silvia Marconi (2), Laura Lovato (2), Caterina Serra (3), Stefano Sotigu (1), |
Dept.Clin. Neurol., Sassari, Italy; (2) Univ. Verona, Dept.Neurol.Sci.&Vision , Verona, Italy; (3) Univ. Sassari, Dept. |
of multiple sclerosis patients hyperexpress MSRV endogenous retrovirus, but not HHV-6 |
I |
|
|
Bruno Bonetti (2), * |
Biomed.Sci., Sassari, |
|
|
|
|
Antonia Dolei (3) |
Italy |
|
|
|
|
viro00052 |
* Farhid Hemmatzadeh |
Unversity of Tehran, |
Sequencing and |
Retroviruses |
REI038 |
|
|
Faculty of Veterinary Medicine, Microbiology, Tehran, Iran |
Phylogenetic analysis of gp51 Gene of Bovine |
I |
|
|
|
|
Leukaemia Virus in |
|
|
|
|
|
Iranian Isolates |
|
|
|
viro00092 |
* Hasan Momtaz (1), Farhid Hemmatzadeh |
(1) Faculty of Veterinaryy Medicine, |
Cloning and phylogenetic |
Retroviruses I |
REI039 |
|
(2), Hadi Keyvanfar (2) |
Microbiology, Shahrekord, Iran; (2) Faculty of Veterinary Medicine, Microbiology, Tehran, Iran |
analysis of Bovine Leukemia Virus p24 gene of Iranian isolate |
|
|
|
|
Workshop 4 |
|
|
|
|
viro00039 |
* Katharina Malinowsky (1), Isabel Hagmann (1), Matthias Dittmar (1) |
(1) Hygiene Institut, Virologie, Heidelberg, Germany |
Overexpression of HIV gp41 cytoplasmic domains protects from retroviral |
Receptors and Entry |
REE001 |
|
|
|
superinfection by |
|
|
|
|
|
modulation of virus |
|
|
|
|
|
cell fusion |
|
|
|
viro00485 |
* Ferdinand Kopietz (1), Carsten Münk (1), Klaus Cichutek (1) |
(1) Paul-Ehrlich-Institut, Medical Biochtechnology, Langen, Germany |
Detection of HIV-1 uncoating by using α-complementation of E.coli [beta]- |
Receptors and Entry |
REE002 |
|
|
|
galactosidase |
|
|
|
viro00748 |
* Jonathan Barroso-Gonzalez (1), Francisco Sanchez-Madrid (2), Agustin Valenzuela-Fernandez (1) |
(1) Universidad de La Laguna. Medicine School, Phisycal Medicine and Pharmacology, La Laguna (Tenerife), |
HDAC6 regulates HIV-1 infection |
Receptors and Entry |
REE003 |
|
|
Spain; (2) Universidad Autonoma de Madrid., |
|
|
|
|
|
Servicio de |
|
|
|
|
|
Inmunologia-Hospital de La Princesa, Madrid, |
|
|
|
|
|
Spain |
|
|
|
|
viro01337 |
* Alexandra Hüther (1), |
(1) Georg-Speyer-Haus, |
Generation of |
Receptors |
REE004 |
|
Xavier Dervillez (2), Ursula Dietrich (1) |
Frankfurt Main, Germany; (2) Hôpital Pitié Salpétrière, Paris, France |
soluble multimeric peptides for inhibition of HIV-1 entry |
and Entry |
|
|
viro01378 |
* Christiane Beer (1), Ditte S. Andersen (1), Jeanette Lykke (1), |
(1) Aarhus University, Department of Molecular Biology and |
Roles of caveolae and fibronectin in retroviral infection |
Receptors and Entry |
REE005 |
|
Lene Pedersen (1) |
Institute of Clinical Medicine, Aarhus, |
|
|
|
|
|
Denmark |
|
|
|
|
viro01548 |
* Eva Krause (1), Andrea Marzi (1), Stefan Pöhlmann (1) |
(1) Institute for Virology, University Hospital Erlangen, Erlangen, Germany |
Signal peptide of the HIV-1 envelope protein (Env): A determinant of Env posttranslational |
Receptors and Entry |
REE006 |
|
|
|
processing and |
|
|
|
|
|
function? |
|
|
|
viro01570 |
* Chawaree Chaipan |
(1) Institute for Virology, |
HIV-1 transmission |
Receptors |
REE007 |
|
(1), Elizabeth J. Soilleux (2), Gemma Fuller (3), Steve P. Watson (3), Frederic Baribaud (4), Stefan Pöhlmann (1) |
University Hospital, Erlangen, Germany; (2) Department of Cellular Pathology, John Radcliffe Hospital, Oxford, UK; (3) Centre |
by platelets |
and Entry |
|
|
|
for Cardiovascular |
|
|
|
|
|
Sciences, University of Birmingham, Birmingham, UK; (4) Department of Microbiology, University |
|
|
|
|
|
of Pennsylvania, Philadelphia, USA |
|
|
|
|
viro01609 |
Ferenc Harmos (1), Theresa Möllmer (1), * Christian Jassoy (1) |
(1) Institute of Virology, University of Leipzig, Leipzig, Germany |
Quantitative HIV glycoprotein subunit requirements for |
Receptors and Entry |
REE008 |
|
|
|
entry |
|
|
|
viro01620 |
* K Hänel (1), S Jung |
(1) Univ. Hospital, |
A novel HIV entry |
Receptors |
REE009 |
|
(1), B Fleckenstein (1), H Reil (1) |
Virology, Erlangen, FRG |
inhibitor: Expression and characterisation of |
and Entry |
|
|
|
|
the GBV-C E2 |
|
|
|
|
|
protein |
|
|
|
viro01810 |
Peter Clevestig (1), Lotta Pramanik (1), |
(1) Karolinska Institutet, Microbiol,Tumor, Cell |
The gp120 V3 loop sequon in vertical |
Receptors and Entry |
REE010 |
|
Susanne Lindgren (1), * Anneka Ehrnst (1) |
Biol; Clin Sci, Stockholm, Sweden |
transmission of HIV-1 |
|
|
|
viro00532 |
* Bernhard Neuhierl (1), Regina Feederle (1), Henri-Jacques Delecluse (1) |
(1) DKFZ, F100, Heidelberg, Germany |
Genetic analysis of Epstein-Barr Virus Infection |
Receptors and Entry |
REE011 |
|
viro01104 |
* Alexander Hahn (1), Alexander Birkmann |
(1) Universität Erlangen, Virologisches |
KSHV Glycoprotein H is expressed on |
Receptors and Entry |
REE012 |
|
(1), Dominik Dorer (1), Frank Neipel (1) |
Institut, Erlangen, Germany |
the Cell Surface and binds Heparan Sulphate Structures independently from Glycoprotein L |
|
|
|
viro01651 |
* M Winkler |
UKSH, Infektionsmedizin, Kiel, |
Human Cytomegalovirus |
Receptors and Entry |
REE013 |
|
|
Germany |
US22 family member pUL24 is important for entry into endothelial and |
|
|
|
|
|
epithelial cells |
|
|
|
viro00441 |
* Harald Wodrich (1), |
(1) IGMM CNRS UMR |
Ubiquitylation |
Receptors |
REE014 |
|
Daniel Henaff (1), Eric |
5535, Montpellier, |
during adenovirus |
and Entry |
|
|
Kremer (1) |
France |
entry |
|
|
|
viro01145 |
* Joselma Siqueira-Silva (1), Pascal Fender (2), Fernanda P. Yeda (1), Dolores U. Mehnert (1), Charlotte M. Hársi (1) |
(1) Biomedical Sciences, Microbiology, Sao Paulo, Brazil; (2) Institut de Biologie Structurale, Grenoble, France |
CONSTRUCTION OF A CHIMERICAL DODECAHEDRON CONTAINING THE HAdV-3 PENTONBASE AND THE HAdV-41 SHORT |
Receptors and Entry |
REE015 |
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FIBER |
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viro01393 |
Susanne M. Köhler (1), * Volker Bruss (1) |
(1) Institute for Hygiene, Virology, Göttingen, Germany |
Quantification of duck hepatitis B virus in vitro infection |
Receptors and Entry |
REE016 |
|
viro01457 |
* Manvi Porwal (1), |
(1) Université Bordeaux |
Analysing the |
Receptors |
REE017 |
|
Sarah Cohen (2), Nelly Pente (2), Maija Vihinen- Ranta (3), Michael Kann (1) |
2, CNRS-REGER UMR 5097, Bordeaux, France; (2) University of British Columbia, Dept of Zoology, Vancouver, BC V6T 1Z4, Canada; |
nuclear import of parvoviruses-Effect of parvovirus H-1 on nuclear envelope (NE) |
and Entry |
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(3) University of Jyvaskyla, Survontie, Dept of Biological and Environmental Science, |
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FI-40014 Jyvaskyla, Finland |
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viro01505 |
* M Bohm (1), C Winter |
(1) Institute of Virology, |
The role of sialic |
Receptors |
REE018 |
|
(1), U Neumann (2), G Herrler (1) |
School of Veterinary Medicine, Hannover, Germany; (2) Clinic for Poultry, School of Veterinary Medicine, Hannover, Germany |
acids in avian influenza virus infection of primary cell culture systems |
and Entry |
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viro01563 |
* Chawaree Chaipan |
(1) Institute for Virology, |
Analysis of |
Receptors |
REE019 |
|
(1), Stefan Pöhlmann (1), Andrea Marzi (1) |
University Hospital Erlangen, Erlangen, Germany |
proteolytic cleavage of hemagglutinin of 1918 influenza |
and Entry |
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virus |
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viro01607 |
* Andreas Schulze (1), Stefan Seitz (1), |
(1) University of Heidelberg, Dept. Mol. |
Hepatitis B Virus infection initiates |
Receptors and Entry |
REE020 |
|
Philippe Gripon (2), Stephan Urban (1) |
Virology, Otto Meyerhof Zentrum, Heidelberg, Germany; (2) INSERM U522, Hopital de Pontchaillou, Rennes, France |
with a large surface protein-dependent binding to heparan sulfate proteoglycans |
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viro01672 |
* André Paul (1), |
(1) University of |
Analysis of the |
Receptors |
REE021 |
|
Christel Schwegmann-Weßels (1), Georg Herrler (1) |
Veterinary Medicine, Institute of Virology, Hannover, Germany |
Binding Activity of the Fusion Protein (F) of [I]Respiratory Syncytial Virus[/I] (RSV). |
and Entry |
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viro01715 |
* F. Kreppel (1), S. Corjon (1), T. Engler |
(1) University of Ulm, Division of Gene |
Protein IX-modified Ad gene transfer |
Receptors and Entry |
REE022 |
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(1), S. Kochanek (1) |
Therapy, Ulm, Germany |
vectors can efficiently be targeted to LRP by the Receptor-Associated Protein |
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RAP |
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viro01723 |
* Maik Joerg Lehmann |
(1) University of |
Is there a role for |
Receptors |
REE023 |
|
(1), Sophie Pageon (1), Walther Mothes (2), Hans-Georg Kräusslich (1) |
Heidelberg, Department of Virology, Heidelberg, Germany; (2) Yale University, Section of Microbiology, New Haven, USA |
signalling in virus surfing? |
and Entry |
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viro01726 |
Thomas Gramberg (1), |
(1) Institute for Virology, |
Interactions of |
Receptors |
REE024 |
|
Elizabeth Soilleux (2), Tanja Fisch (1), Patricia Lalor (3), David Adams (3), * Stefan |
University Hospital Erlangen, Erlangen, Germany; (2) Department of Cellular |
LSECtin and DC-SIGN/DC-SIGNR with viral ligands: Differential pH- |
and Entry |
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Pöhlmann (1) |
Pathology, John Radcliffe Hospital, Oxford, UK; (3) Institute for Biomedical Science |
dependence, internalization and virion binding |
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and MRC Centre for |
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Immune Regulation, |
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The University of Birmingham Medical School, Birmingham, UK |
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viro01768 |
Anke Himmelreich (1), Thomas Krey (2), Jessica Cermak (3), * |
(1) Inst. für Hygiene und Umwelt, Hamburg, Germany; (2) Unité de |
Different Glycoprotein Ligands of Bovine |
Receptors and Entry |
REE025 |
|
Till Rümenapf (3) |
Virologie Structurale, Institut Pasteur, Paris, |
Viral Diarrhea Virus account for |
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France; (3) Institut für Virologie, Justus Liebig Universität, Gießen, Germany |
alternative Usage of Cellular Receptors |
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viro01771 |
* Jessica Cermak (2), |
(1) Inst. für Hygiene und |
Mapping of the |
Receptors |
REE026 |
|
Anke Himmelreich (1), Till Rümenapf (2) |
Umwelt, Hamburg, Germany; (2) Institut für Virologie, Justus Liebig Universität, FB10, |
CD46-binding Domain within the Glycoproptein E2 of Bovine Viral |
and Entry |
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Gießen, Germany |
Diarrhea Virus |
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viro01860 |
Saskia Ronecker (1), Irene Greiser-Wilke (1), |
(1) University of Veterinary Medicine |
Charged amino residues in the |
Receptors and Entry |
REE027 |
|
Georg Herrler (1), * Stefanie Bendfeldt (1), Beatrice Grummer (1) |
Hannover, Institute of Virology, Hannover, Germany |
transmembrane domains of BVDV glycoproteins E1 and E2 are |
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essential for |
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heterodimer |
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formation |
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viro01872 |
* Kam Bun Li (1), Chi Ching Leung (1) |
(1) The University of Hong Kong, Zoology, Hong Kong, Hong Kong |
Estimating the risks of domestic and wild animals to disperse severe acute respiratory syndrome |
Receptors and Entry |
REE028 |
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associated |
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coronavirus |
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(SARS-CoV) and SARS-like CoV |
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viro00458 |
* Karin Stiasny (1), Samantha Brandler (1), Christian Kössl (1), |
(1) Medical University of Vienna, Institute of Virology, Vienna, |
Probing flavivirus membrane fusion by monoclonal |
Receptors and Entry |
REE029 |
|
Franz X. Heinz (1) |
Austria |
antibodies |
|
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viro00756 |
* Richard Fritz (1), Karin Stiasny (1), Franz X. Heinz (1) |
(1) Institute of Virology, Medical University of Vienna, Vienna, Austria |
Structural basis of the low-pH trigger of flavivirus membrane fusion |
Receptors and Entry |
REE030 |
|
viro00988 |
* Manon Eckhardt (1), Julia Bitzegeio (2), George Koutsoudakis |
(1) University of Heidelberg, Dep. of Virology, Heidelberg, |
Studying HCV entry using fluorescently labelled |
Receptors and Entry |
REE031 |
|
(3), Thomas |
Germany; (2) |
pseudoparticles |
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Pietschmann (2), Marko Lampe (1), Hans-Georg Kräusslich (1), Barbara Müller (1) |
TWINCORE, Centre of Experimental and Clinical Infection Research, Hannover, |
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Germany; (3) University of Heidelberg, Dep. of Molecular Virology, Heidelberg, Germany |
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viro01004 |
* Markus Lorek (1), Diane Baxmann (1), Sascha Bossow (2), |
(1) Stiftung Tierärztliche Hochschule Hannover, Institut für Virologie, |
Generation of a Sendai virus pseudotype system |
Receptors and Entry |
REE032 |
|
Wolfgang Neubert (2), Gert Zimmer (1) |
Hannover, Germany; (2) Max-Planck-Institut für Biochemie, |
for characterization of F protein mutants of the |
|
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Martinsried, Germany |
respiratory syncytial virus |
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viro00531 |
* Joanna Rawling (1), Teresa Corral (1), |
(1) Centro Nacional de Microbiología, Biología |
Investigation of the proteolytic |
Receptors and Entry |
REE033 |
|
Blanca G. Barreno (1), José Antonio Melero |
Viral, Madrid, Spain |
processing region of human |
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(1) |
|
respiratory syncytial virus fusion protein in the context of Sendai |
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virus fusion protein |
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viro00610 |
* Sandra Diederich (1), Lena Thiel (1), Andrea Maisner (1) |
(1) Institute of Virology, Philipps-University Marburg, Marburg, Germany |
Role of endocytosis and cathepsinmediated activation in Nipah virus entry |
Receptors and Entry |
REE034 |
|
viro01086 |
* Lena Thiel (1), Sandra Diederich (1), Dennis Pfaff (2), |
(1) Institute of Virology, Marburg, Germany; (2) Department of Vascular |
Impact of the cytoplasmic domain of ephrinB2 for its |
Receptors and Entry |
REE035 |
|
Hellmut Augustin (2), Andrea Maisner (1) |
Oncology and Metastasis, DKFZ, Heidelberg, Germany |
function as Nipah virus receptor |
|
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viro01170 |
* Melinda Simon (1),Åke Lundkvist (1), Ali Mirazimi (1) |
(1) SMI, KCB, Solna, Sweden |
Microtubule and cholesterol are essential in Crimean Congo |
Receptors and Entry |
REE036 |
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Hemorrhagic Fever virus replication |
|
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|
viro01225 |
J. Perino (1), * A-L. Favier (1), J-M. Crance (1), D. Garin (1) |
(1) CRSSA, Virology, La Tronche, France |
Involvement of Cellular Factors during the Respiratory Vaccinia Virus |
Receptors and Entry |
REE037 |
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Entry in the Lung |
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viro01374 |
* J Glende (1), S Pfefferle (2), C Drosten (2), C Schwegmann-Weßels (1), G Herrler (1) |
(1) School of Veterinary Medicine, Virology, Hannover, GER; (2) Bernhard Nocht Institute for Tropical Medicine, Department |
Effect of Cholesterol Depletion During SARS-CoV Spike Glycoproteinmediated Entry |
Receptors and Entry |
REE038 |
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of Virology, Hamburg, GER |
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viro01441 |
* Eva Kirchner (1), Kristen Guglielmi (2), Terence Dermody (2), Thilo Stehle (1) |
(1) University of Tübingen, Interfacultary Institute for Biochemistry, Tübingen, Germany; (2) Vanderbilt |
Structural and functional studies of the interaction of reovirus [sigma]1 and human JAM-A |
Receptors and Entry |
REE039 |
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University School of |
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Medicine, Department |
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of Microbiology and |
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Immunology, Nashville, |
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USA |
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viro01450 |
* Maria Hass (2), Urs Schneider (1), Markus Eickmann (2), Wolfgang Garten (2), Dorothee Gicklhorn (2) |
(1) University of Freiburg, Department of Virology, Freiburg, Germany; (2) Philipps-Universität Marburg, Institut für Virologie am |
Evaluation of a GFP-expressing Borna disease virus as a tool to analyze virus-cell-interactions |
Receptors and Entry |
REE040 |
|
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BMFZ, Marburg, Germany |
|
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viro01501 |
* Anne-Marie Connolly-Andersen (1), Karl-Erik Magnusson (2), Ali Mirazimi (1) |
(1) SMI/KI, KCB/MTC, Solna, Sweden; (2) Faculty of Health Sciences, Division of Medical Microbiology, |
Basolateral entry and release of CCHFV in polarized cells |
Receptors and Entry |
REE041 |
|
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Linkoping, Sweden |
|
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viro00468 |
* G. Mattiuzzo (1), M. Matouskova (1), Y. Takeuchi (1) |
(1) University College London, Infection and Immunity, London, United Kingdom |
Host range determinants of PERV-A receptors |
Receptors and Entry |
REE042 |
|
viro00883 |
Kristin Stieler (1), Carol Stocking (2), Martin Aepfelbacher (1), * |
(1) University hospital Eppendorf, Microbiology, Hamburg, |
Host Range and Receptor Interference of the |
Receptors and Entry |
REE043 |
|
Nicole Fischer (1) |
Germany; (2) Heinrich-Pette Institute, Hamburg, Germany |
env from the recently identified XMRV found in Human Infections |
|
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viro00977 |
* Outi Lipiäinen (1), Heidi Härmä (1), Petri Susi (1), Glyn Stanway |
(1) University of Turku, Virology, Turku, Finland; (2) University |
Cell-and receptorspecific binding and entry of |
Receptors and Entry |
REE044 |
|
(2), Timo Hyypiä (1) |
of Essex, Biological Sciences, Essex, UK |
coxsackievirus A9 |
|
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viro00987 |
* Christine Winter (1), Sahar Abd El Rahman (1), Georg Herrler (1), Ulrich Neumann (2) |
(1) Institute of Virology, University of Veterinary Medicine, Hannover, Germany; (2) Clinic for Poultry, University of |
Importance of sialic acid for the infection by IBV |
Receptors and Entry |
REE045 |
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Veterinary Medicine, Hannover, Germany |
|
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viro01071 |
* Melanie Gössl (1), Markus Eickmann (1), Nina Stock (1), Wolfgang Garten (1), Dorothee Gicklhorn (1) |
(1) Philipps-Universität Marburg, Institut für Virologie am BMFZ, Marburg, Germany |
Vectorial expression of Bornavirus Glycoprotein (GP) is sufficent to |
Receptors and Entry |
REE046 |
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induce pHdependent cell-cell fusion |
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Workshop 5 |
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viro00778 |
* Friederike Feldmann (1), Darwyn Kobasa |
(1) NML, PHAC, Winnipeg, Canada; (2) |
Oseltamivir Protects Macaques |
Respiratory Viruses |
RES001 |
|
(1), Steven Jones (1), Carissa Embury-Hyatt (2), Allen Grolla (1), Tracy Taylor (1), Jason Gren (2), Yoshihiro |
NCFAD, CFIA, Winnipeg, Canada; (3) Department of Pathobiological Sciences, University of |
Against lethal Challenge with 1918 Influenza Virus |
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Kawaoka (3), Heinz |
Wisconsin, Madison, |
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Feldmann (1) |
USA |
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viro00871 |
* Anna Kajaste-Rudnitski (1), Orazio Fortunato (1), Nadia |
(1) San Raffaele Scientific Institute, DIBIT, Milano, Italy; (2) |
A Pilot Study on Influenza Vaccine Non-Responders |
Respiratory Viruses |
RES002 |
|
Naffakh (2), Matteo Moro (1), Elisa Vicenzi (1) |
Institut Pasteur, Virologie, Paris, France |
Among Healthcare Workers |
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viro00890 |
* Anna Bulek (1), Amanda Tonks (1), Simon Jackson (2), Joachim Bugert (1) |
(1) Cardiff University, Medical Microbiology, Cardiff, UK; (2) UWE, Applied Sciences, |
Pulmonary surfactant modulates cytokine production in |
Respiratory Viruses |
RES003 |
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Bristol, UK |
influenza virus |
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infected human |
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airway epithelial cells |
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viro00959 |
* Mariken Van der Lubben (1), Piet Overduin (1), Berry |
(1) RIVM, Virology, Bilthoven, NLD |
Virus isolation of influenza viruses is complicated by |
Respiratory Viruses |
RES004 |
|
Wilbrink (1), Wichard Tilstra (1), Adam Meijer (1) |
|
inefficient hemagglutination |
|
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|
viro00993 |
Rony Oren Benaroya (1), Roberto Azar (2), Daniel Katz (1), Itzchak Angel (1), Ella |
(1) Bio Vent Ltd, Rehovot, ISRAEL; (2) Sheba medical Center, Central Virology |
Novel approaches for treatment of avian influenza infection |
Respiratory Viruses |
RES005 |
|
Mendelson (2), * Michal Mandelboim (2) |
Laboratory, Tel Hashomer, ISRAEL |
|
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viro01103 |
* Jens-Peter Gregersen |
Novartis Vaccines, Marburg, Germany |
Assessing adventitious agent risk in a cell |
Respiratory Viruses |
RES006 |
|
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|
culture-derived |
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influenza subunit |
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vaccine |
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viro01238 |
* Tatyana Tsfasman (1), Stanislav Markushin (1), Irina Akopova (1), Irina Koptiaeva (1), Yuri Ghendon (1) |
(1) Research Institute for Vaccines and Sera, Virology, Moscow, Russia |
Molecular mechanisms of reversion to the ts+ phenotype of influenza A coldadapted virus |
Respiratory Viruses |
RES007 |
|
|
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strains |
|
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viro01596 |
* Wai Yip Lam (1), Apple C. M. Yeung (1), Ida M. T. Chu (1), Lawrence C. M. Chiu (2), Julian W. Tang (1), Paul K. S. Chan (3) |
(1) The Chinese University of Hong Kong, Microbiology (Faculty of Medicine), Shatin, Hong Kong; (2) The Chinese University |
Mechanism of cell death induced by influenza A (H5N1) NS1 protein |
Respiratory Viruses |
RES008 |
|
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of Hong Kong, Biology (Faculty of Science), Shatin, Hong Kong; (3) The Chinese University of Hong Kong, Stanley Ho Centre for Emerging |
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Infectious Diseases |
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(Faculty of Medicine), Shatin, Hong Kong |
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viro01617 |
* Seyed Ali Ghorashi (1), Fereshteh Ghasemi (1), Reyhaneh Salehi |
(1) National Institute of Genetic Engineering and Biotechnology, Microbiology, Tehran, |
Simultaneous diagnosis of avian influenza virus and infectious bronchitis |
Respiratory Viruses |
RES009 |
|
Tabar (1) |
Iran |
virus in clinical |
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specimens by |
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Multiplex RT-PCR |
|
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|
viro01785 |
* William G. MacKay (1), Anton M. van Loon |
(1) QCMD, Glasgow, United Kingdom; (2) |
Molecular detection and subtyping of |
Respiratory Viruses |
RES010 |
|
(2), Matthias Niedrig (3), Adam Meijer (4), Bruno Lina (5), Hubert G. M. Niesters (6) |
University Medical Centre Utrecht, Utrecht, The Netherlands; (3) Robert Koch Institute, Berlin, Germany; (4) EISS, Utrecht, The |
influenza viruses: results of an international external quality assessment study |
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Netherlands; (5) Université Claude |
|
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Bernard, Lyon, France; (6) University Medical Centre Groningen, Groningen, The |
|
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Netherlands |
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viro01786 |
Melda Ozdamar (1), * Salih Turkoglu (2), Elif Hakko (1), Fatma Tahmaz (1) |
(1) Anadolu Medical Center, Kocaeli, Turkey; (2) Istanbul Medical Faculty, Microbiology, Istanbul, Turkey |
Influenza in Turkey: 2006-2007 season prevalence in Istanbul and Kocaeli with rapid antigen tests |
Respiratory Viruses |
RES011 |
|
viro00028 |
* Jan de Jong (1), |
(1) Erasmus MC, |
Antigenic and |
Respiratory |
RES012 |
|
Derek Smith (1), Isabella Donatelli (2), Guus Rimmelzwaan (1), Albert Osterhaus (1), Ron Fouchier (1) |
Virology, Rotterdam, The Netherlands; (2) Istituto Superiora di Sanita, Virology, Rome, Italy |
genetic drift of swine influenza A/H3N2 viruses |
Viruses |
|
|
viro00049 |
* Wai Yip Lam (1), Apple CM Yeung (1), |
(1) The Chinese University of Hong |
Inflammatory cytokine induction |
Respiratory Viruses |
RES013 |
|
Ida MT Chu (1), Julian W Tang (1), Paul Chan (2) |
Kong, Microbiology, Shatin, Hong Kong; (2) The Chinese University of Hong Kong, Stanley Ho Centre for Emerging Infectious Diseases, |
by influenza A (H5N1) in human epithelial cells |
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Shatin, Hong Kong |
|
Poster Session I (with wine & cheese)