15th International dsRNA Virus Symposium
15th International dsRNA Virus Symposium
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VIEW THE ABSTRACT BOOK

Epidemiology, Evolution, and Diversity 

NamePresenterPoster #
Development and application of a novel primer set for routine detection of G3 Equine-Like strains and Molecular characterization of the VP7 gene during the 2023–2024 pediatric rotavirus-positive cases in Córdoba, Argentina.Verónica Emilse Prez, Instituto de Virología Dr. J. M. Vanella - Facultad de Ciencias Medicas Universidad Nacional de Córdoba44
Do reassortant rotavirus strains emerge from locally circulating strains?Susan Afua Damanka, Noguchi Memorial Institute for Medical Research, University of Ghana45
Epidemiological and Evolutionary Analysis of Equine G3 Group A Rotavirus Strains Circulating in Buenos Aires, Argentina in 2022.Marcelo Mandile, Universidad Nacional de Quilmes46
Epidemiology of Rotavirus C in Czech pig farmsRomana Moutelikova, Veterinary Research Institute13
Evaluation of Genetic Distance Cutoffs in Rotavirus alphagastroenteritidis ClassificationRicardo Gabriel Díaz Alarcón, National University of Misiones47
Exploring the diversity and biocontrol potential of dsRNA bacteriophagesSari Mäntynen, University of Helsinki14
Genetic diversity of rotavirus Alphagastroenteritidis causing diarrhea in patients admitted to the Clinic University Hospital in Valencia, Spain (2022-2024)Dr. Jesus Rodriguez Dias, Department of Microbiology and Ecology, University of Valencia15
Molecular Characterization of dsRNA Viruses Isolated from Choy Sum and Pepper PlantsMikyeong Kim, Chungbuk National University53
Persistent dsRNA phage infection selectively excludes superinfection and promotes generation of new viral variantsMeri Salomaa, University of Helsinki17
Prolonged rotavirus infection during the hematopoietic stem cell transplantation in a child with Inborn Error of immunityTina Mikuletič, Institute of Microbiology and Immunology, Faculty of Medicine, University of Ljubljana18
Rotavirus in Argentinian Waters and Shellfish: A One Health PerspectiveViviana Parreño, National Institute of Agricultural Technology Argentine19

Structural Biology

NamePresenterPoster #
Comparative Cryo-EM Analysis of Rotavirus Virus-Like Particles Across Phylogenetic Clades Reveals Structural Determinants of Assembly and EvolutionDaniel Luque, The University of New South Wales24
Cryo-EM Structures of Rotavirus DLPs and vDLPs Reveal Insights into Genome Packaging and Capsid AssemblyDaniel Luque, The University of New South Wales25

Virus Replication: Entry, Exit and Everything in Between

NamePresenterPoster #
Assembly cofactor regulates RNA binding by the cystovirus phi6 RNA polymeraseXiaoyu Sun, University of Helsinki29
Biochemical Isolation of Rotavirus Pre-DLP Assembly IntermediatesMadison Edwards Barnett, Wake Forest University30
Characterisation of African Horse Sickness Virus’ non-structural protein 3 in insect and mammalian cellsJuyeon Park, London School of Hygiene and Tropical Medicine55
Characterization of Viroplasm-Like Structures by Co-Expression of NSP5 and NSP2 Across Rotavirus Species A to JCatherine Eichwald, Institute of Virology, University of Zurich31
Decoding the cellular mechanisms of virulence and replication of the African horse sickness virus at the molecular interaction scaleMarine Lemesle, ANSES32
Fusion-associated small transmembrane (FAST)-like proteins found encoded by viruses of Pistolviridae of order GhabriviralesAase B Mikalsen, Norwegian University of Life Sciences33
Identification of viral determinants influencing bluetongue virus infection dynamics in Culicoides biting midgesMarc Guimera Busquets, The Pirbright Institute34
Re-Imaging the Wheel by applying single-molecule live-imaging methods to rotavirus infectionStefano Bonazza, Cambridge University35
Salmon erythrocytes function in replication and removal of piscine orthoreovirus-1Øystein Wessel, Norwegian University of Life Sciences36
The role of RNA-RNA interactions in selective genome packaging in rotavirusAidan Tollervey, University of Cambridge37
The role of VP2 in the formation of Viroplasm-like structures across rotavirus species A to J.Ariana Cosic, Institute of Virology/University of Zurich38
Unveiling the functional significance of a novel form of rotavirus NSP2Sue E Crawford, Baylor College of Medicine42

Combatting and Exploiting dsRNA viruses

NamePresenterPoster #
Destabilization mechanism of Ibaraki virus genome by foreign gene insertionEiko Matsuo, Kobe University4
Development of a plasmid-based reverse genetics system for a human rotavirus G9P[6] strain originating from AfricaReimar Johne, German Federal Institute for Risk Assessment5
Development of a VP6 Binding ELISA and Luminex bead-based Assays for Rotavirus-Specific IgA and IgGJonathan Mandolo, Malawi Liverpool Wellcome Trust6
Investigation of potential inhibitors targeting rotavirus VP8*-HBGA interaction through molecular dockingKebareng Rakau, Diarrhoeal Pathogens Research Unit, Department of Virology, Sefako Makgatho Health Sciences University, Pretoria, South Africa8
Potential of two partitiviruses in the biocontrol of fungal forest pathogen Heterobasidion annosumElina Roininen, University of Helsinki9
Sialic acid-containing polymers to inhibit rotavirus replication: synthesis and structure-activity relationshipsLijuan Yuan, Viginia Tech10
Toward next-generation vaccine strains carrying African rotavirus antigensAlexander Falkenhagen, German Federal Institute for Risk Assessment12

Cell Biology of Viral Infection

NamePresenterPoster #
Effects of age, breed size, and cellular metabolic phenotype in oncolytic virus susceptibility in canine fibroblastsGeoffrey Holm, Colgate University1
Investigating NSP4-Mediated Calcium Signaling and Transcription Changes in Rotavirus InfectionEthan Huleatt, Baylor College of Medicine2
Investigating the effect of rotavirus NSP6 on mitochondrial membrane rigidity by phospholipid fatty acid analysisJayme Herbert, University of the Free State/Deltamune3

Pathogenesis and Immunity

NamePresenterPoster #
ADAR1 restricts orthoreovirus virulence in miceDanica Sutherland, University of Pittsburgh39
Characterization of AHSV antagonists of the IFN-I pathwayPascal Dujardin, AgroParisTech, UMR Virologie Maisons-Alfort21
Polymicrobial Interactions in the Gut: The Effect of Candida albicans on Rotavirus Replication and PGE₂ ProductionNikita Barron, University of the Free State22
The reovirus S4 gene that encodes σ3 is a critical determinant of myocarditis in neonatal miceMeleana Hinchman, Cornell University23

Vaccine Satellite

NamePresenterPoster #
Adenovirus-based vaccine for Epizootic Hemorrhagic Disease Virus (EHDV) protects against virulent homologous and heterologous challenge.Noemí Sevilla, Centro de Investigación en Sanidad Animal (CISA)-INIA-CSIC26
Bioinnovo IgY DNT: an oral passive immune strategy based on chicken egg yolk antibodies to control rotavirus and cryptosporidium neonatal calf diarrhea in dairy farmsViviana Parreño, National Institute of Agricultural Technology Argentine20
Integrating Virome Profiling and Human Intestinal Organoid Models to Investigate Barriers to Rotavirus Vaccine Efficacy in LMICsJongchan Kim, AUMC41
Isolation, characterization, and cell-culture adaptation of human rotavirus VTR-1 strainLijuan Yuan, Viginia Tech11
Kinetics of rotavirus-specific IgA and IgG at an individual and population level in MalawiJonathan Mandolo, Malawi Liverpool Wellcome Trust7
Modulation of Oral Rotavirus Vaccine Replication in Infants by the Intestinal MicrobiomeLakshmi Somasundaram, Baylor College of Medicine27
The Modified Vaccinia Ankara (MVA) vaccine candidate MVA-VP2-NS1-2A-NS2-Nt offers cross-protection against Bluetongue virus in mice and sheepEVA CALVO-PINILLA, CISA-CSIC28

Questions?
registration@harlowagency.ca