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Experimental Infection of Syrian Hamsters with Aerosolized Nipah Virus
Olivier Escaffre
, Terence Hill
,
Tetsuro Ikegami
, Terry L. Juelich
, Jennifer K. Smith
, Lihong Zhang
, David E. Perez
, Colm Atkins
, Arnold Park
,
William S. Lawrence
, Satheesh K. Sivasubramani
, Jennifer E. Peel
, Johnny W. Peterson
, Benhur Lee
,
Alexander N. Freiberg
Pathology
Research output
:
Contribution to journal
›
Article
›
peer-review
26
Scopus citations
Overview
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Keyphrases
Syrian Hamster
100%
Experimental Infection
100%
Nipah Virus
100%
Aerosolized
100%
Pathogenicity
30%
Hamster
20%
Virus
10%
Disease Symptoms
10%
Encephalitis
10%
Recombinant
10%
Virus Replication
10%
Human Fluids
10%
Infectivity
10%
Clinical Manifestations
10%
Pathological Lesions
10%
Aerosol
10%
Henipavirus
10%
Malaysia
10%
Post-infection
10%
Severe Respiratory Failure
10%
Paramyxovirus
10%
Close Contact
10%
Lower Respiratory Tract
10%
Aerosol Exposure
10%
Patient Report
10%
Neurological Symptoms
10%
Respiratory Symptoms
10%
Contaminated Food
10%
Gradual Increase
10%
Intranasal Route
10%
Small Particle Aerosols
10%
Small Particles
10%
Firefly Luciferase
10%
Liquid Inoculum
10%
Oronasal Cavity
10%
Time Dissemination
10%
Animal Bodies
10%
Pharmacology, Toxicology and Pharmaceutical Science
Nipah Virus
100%
Experimental Infection
100%
Syrian Hamster
100%
Pathogenicity
30%
Diseases
20%
Infection
10%
Encephalitis
10%
Respiratory Tract Disease
10%
Respiratory Tract
10%
Henipavirus
10%
Paramyxoviridae
10%
Neurologic Disease
10%
Luciferase
10%
Intranasal Route
10%
Firefly Luciferase
10%
Immunology and Microbiology
Syrian Hamster
100%
Nipah virus
100%
Infection
100%
Pathogenicity
30%
Encephalitis
10%
Viral Replication
10%
Inoculum
10%
Lower Respiratory Tract
10%
Henipavirus
10%
Paramyxoviridae
10%
Body Fluid
10%
Virus
10%