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Murine model for the study of influenza D virus
J. Oliva
, J. Mettier
, L. Sedano
, M. Delverdier
, N. Bourgès-Abella
, B. Hause
, J. Loupias
, I. Pardo
, C. Bleuart
, P. J. Bordignon
, E. Meunier
, R. Le Goffic
, G. Meyer
, M. F. Ducatez
Research output
:
Contribution to journal
›
Article
›
peer-review
29
Scopus citations
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Keyphrases
Murine Model
100%
Influenza D Virus
100%
Virus
30%
Immune Response
23%
Virus Replication
23%
Post-infection
15%
Mouse Model
15%
Calves
15%
Virus Pathogenesis
15%
Virus Fitness
15%
Infected Mice
15%
Orthomyxoviridae
15%
Calf Model
15%
United States
7%
Guinea pig
7%
Weight Loss
7%
Host Range
7%
Viral Replication
7%
Japan
7%
NF-B
7%
Chemokine (C-C motif) Ligand 2 (CCL2)
7%
Virus Infection
7%
Pathogenicity
7%
Adaptation
7%
Interferon-γ
7%
France
7%
Influenza Virus
7%
Upper Respiratory Tract
7%
Ferret
7%
Transcriptome Analysis
7%
Inoculation
7%
Clinical Signs
7%
Inflammatory Genes
7%
Type I Interferon Response
7%
Intestine
7%
Swine
7%
Primary Host
7%
In Vivo Model
7%
Luciferase
7%
Phenotypic Comparison
7%
First Assessments
7%
Mild Inflammation
7%
Experimental Infection
7%
Influenza B Virus
7%
Nasal Turbinate
7%
Lower Respiratory Tract
7%
Viral Clearance
7%
IFNAR1
7%
Tissue Culture Infective Dose
7%
Serial Passage
7%
TCID50
7%
In Vivo murine Model
7%
Viral Lineage
7%
Novel Genus
7%
Pathogen Fitness
7%
Immunology and Microbiology
Influenza
100%
Virus
100%
Viral Replication
23%
Immune Response
23%
Mouse Model
15%
DBA 2 Mouse
15%
Orthomyxoviridae
15%
Replication
15%
interferon
7%
Guinea Pig
7%
Interferon Gamma
7%
Host Range
7%
Infectious Agent
7%
Viral Disease
7%
Lineages
7%
Pathogenicity
7%
Mustela Putorius Furo
7%
CCL2
7%
Influenzavirus A
7%
Experimental Model
7%
Lower Respiratory Tract
7%
Intestine
7%
Tissue Culture
7%
Upper Respiratory Tract
7%
Influenza B Virus
7%
Viral Clearance
7%
Infectious Dose
7%
New Genus
7%
Gene Expression Assay
7%
Infection
7%