10.1371/journal.pntd.0005015.g005
Yan Fu
Yan
Fu
Andreas L. Chryssafidis
Andreas L.
Chryssafidis
John A. Browne
John
A. Browne
Jack O'Sullivan
Jack
O'Sullivan
Paul A. McGettigan
Paul
A. McGettigan
Grace Mulcahy
Grace
Mulcahy
Production of nitric oxide in macrophages.
Public Library of Science
2016
hepatica infection
vivo study
mechanisms underpinning
ovine PBMC
DEGS
gene expression changes
livestock farming
food-borne zoonotic agent
novel information
Transcriptomic Study
Several transcriptional regulators
Potential mechanisms
control strategies
miR 155-5p
Signaling
TLR
Nitric Oxide
transcriptomic analysis
Ingenuity Pathway Analysis
Fasciola hepatica Infection Background Fasciola hepatica
IL 18
IL 12
TGF
Ovine Immune Responses
response
immune-associated pathways
2016-09-23 17:37:22
Figure
https://plos.figshare.com/articles/figure/Production_of_nitric_oxide_in_macrophages_/3857595
<p>This pathway is represented with gene expression (log2 fold-change) values overlaid. Red shading indicates increased expression in PBMCs at T2 compared to T1. Green shading indicates decreased expression in PBMCs at T2 compared to T1. Color intensity indicates expression level. White and grey shading indicates not significantly differentially expressed and filtered out due to low expression, respectively.</p>