期刊
JOURNAL OF DEVELOPMENTAL ORIGINS OF HEALTH AND DISEASE
卷 12, 期 6, 页码 915-922出版社
CAMBRIDGE UNIV PRESS
DOI: 10.1017/S2040174420001269
关键词
Sepsis; fetal growth restriction; inflammation; lung; liver
资金
- Ontario Thoracic Society
- Lawson Health Research Institute Internal Research Fund
- Women's Development Council of the London Health Sciences Centre
The study found that fetal growth restriction induced by maternal protein restriction did not affect liver and lung inflammatory responses to sepsis in both male and female adult rats. However, male FGR offspring showed a significant decrease in the relative amount of pulmonary surfactant, potentially contributing to lung dysfunction.
Although abundant evidence exists that adverse events during pregnancy lead to chronic conditions, there is limited information on the impact of acute insults such as sepsis. This study tested the hypothesis that impaired fetal development leads to altered organ responses to a septic insult in both male and female adult offspring. Fetal growth restricted (FGR) rats were generated using a maternal protein-restricted diet. Male and female FGR and control diet rats were housed until 150-160 d of age when they were exposed either a saline (control) or a fecal slurry intraperitoneal (Sepsis) injection. After 6 h, livers and lungs were analyzed for inflammation and, additionally, the amounts and function of pulmonary surfactant were measured. The results showed increases in the steady-state mRNA levels of inflammatory cytokines in the liver in response to the septic insult in both males and females; these responses were not different between FGR and control diet groups. In the lungs, cytokines were not detectable in any of the experimental groups. A significant decrease in the relative amount of surfactant was observed in male FGR offspring, but this was not observed in control males or in female animals. Overall, it is concluded that FGR induced by maternal protein restriction does not impact liver and lung inflammatory response to sepsis in either male or female adult rats. An altered septic response in male FGR offspring with respect to surfactant may imply a contribution to lung dysfunction.
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