MITOCHONDRIAL REACTIVE OXYGEN SPECIES CONTRIBUTE TO PATHOLOGICAL INFLAMMATION DURING INFLUENZA A VIRUS INFECTION IN MICE

Eunice E. To,Jonathan R. Erlich,Felicia Liong,Raymond Luong,Stella Liong,Farisha Esaq,Osezua Oseghale,Desiree Anthony,Jonathan L. McQualter,Steven Bozinovski,Ross Vlahos,John J. O’Leary,Doug A. Brooks,Stavros Selemidis

MITOCHONDRIAL REACTIVE OXYGEN SPECIES CONTRIBUTE TO PATHOLOGICAL INFLAMMATION DURING INFLUENZA A VIRUS INFECTION IN MICE

2019

Eunice E. To
Jonathan R. Erlich
Felicia Liong
Raymond Luong
Stella Liong
Farisha Esaq
Osezua Oseghale
Desiree Anthony
Jonathan L. McQualter
Steven Bozinovski
Ross Vlahos
John J. O’Leary
Doug A. Brooks
Stavros Selemidis

Aims: Reactive oxygen species (ROS) are highly reactive molecules generated in different subcellular sites or compartments; including endosomes via the NOX2-containing NADPH oxidase during an immun...

Keywords:

Inflammation
Cell biology
NADPH oxidase
Pathological
Biology
Endosome
Reactive oxygen species
Influenza A virus
Biochemistry
Mitochondrion
Nicotinamide

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