Abstract
Background: There are few studies using animal models in chest physical therapy. However, there are no models to assess these effects in newborns. This study aimed to develop a model of obstructive atelectasis induced by artificial mucus injection in the lungs of newborn piglets, for the study of neonatal physiotherapy. Methods: Thirteen newborn piglets received artificial mucus injection via the endotracheal tube. X-rays and blood gas analysis confirmed the atelectasis. Results: The model showed consistent results between oxygenation parameters and radiological findings. Ten (76.9%) of the 13 piglets responded to the intervention. This did not significantly differ from the expected percentage of 50% by the binomial test (95% CI 46.2-95%, P =.09). Conclusions: Our model of atelectasis in newborn piglets is both feasible and appropriate to evaluate the impact of physical therapies on atelectasis in newborns. © 2014 Daedalus Enterprises.
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Comaru, T., Fiori, H. H., Fiori, R. M., Padoim, P., Stivanin, J. B., & da Silva, V. D. (2014). Experimental model of atelectasis in newborn piglets. Respiratory Care, 59(1), 121–126. https://doi.org/10.4187/respcare.02352
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