Summary of top four significant pathways enriched by the 212 DEG reflecting short-term effects of repeated acute ISO exposures.

Summary of top four significant pathways enriched by the 212 DEG reflecting short-term effects of repeated acute ISO exposures.

<p>Summary of top four significant pathways enriched by the 212 DEG reflecting short-term effects of repeated acute ISO exposures.</p>

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Bibliographic Details
Main Author:	Sung-Hyun Park (196247) (author)
Other Authors:	Yuting Lu (3621116) (author), Yongzhao Shao (136605) (author), Colette Prophete (150262) (author), Lori Horton (8888303) (author), Maureen Sisco (196265) (author), Hyun-Wook Lee (1395289) (author), Thomas Kluz (210930) (author), Hong Sun (132232) (author), Max Costa (210939) (author), Judith Zelikoff (8888306) (author), Lung-Chi Chen (66752) (author), Mitchell D. Cohen (8888300) (author)
Published:	2021
Subjects:	Cell Biology Genetics Molecular Biology Neuroscience Physiology Developmental Biology Science Policy Biological Sciences not elsewhere classified xlink "> isoflurane na &# 239 mitochondrial translation elongation local immune function extracellular matrix organization data revealed differentially circadian rhythm regulation blood pressure regulation two consecutive days increased deg induced isoflurane </ p influence gene regulation lasting side effects included deg associated deg associated lasting effects genes associated effects dissipated days 1 included changes consistent deg total rna substrate adhesion spontaneously hypertensive rat models rat hearts patients susceptible oxidative phosphorylation others appeared longitudinal impact left ventricle late onset intratracheal inhalation important implications gene expression focal adhesion expressed genes days 240 day 360 certain tissues cardiac abnormalities alterations self
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