1. Wilcox SR, Saia MS, Waden H, et al. Mechanical ventilation in critical care transport. Air Medical Journal, 2016. 35(3), 161-165.
2. Enomoto T, Inoue Y, Adachi Y, Kouno S, Inagaki Y, Azuma K, Katayama K, Takeuchi N, Matsuda Y. Limitations of End-Tidal CO2 Measured with a Portable Capnometer to Estimate PaCO2 for Patients with Respiratory Disease. Turk Thorac J. 2021 May;22(3):212-216.
3. Delorenzo AJ, Shepherd M, Jennings PA. Endotracheal cuff pressure changes during helicopter transport: a systematic review. Air Medical Journal, 2017. 36(2), 81-84.
4. Fundamental Critical Care Support. 6th ED. Society of Critical Care Medicine. 2017
5. Delorenzo AJ, Shepherd M, Jennings PA. Endotracheal cuff pressure changes during helicopter transport: a systematic review. Air Medical Journal, 2017. 36(2), 81-84.
6. Shah AA, Kettle PB, Niven AS. Ventilator management: a practical approach to respiratory failure in combat casualties. In Front Line Surgery, 2017. 631-646.
7. Hamilton Medical. (2015). HAMILTON-T1 Quick Guide [Pamphlet]. Reno, NV. 2015.
8. Acosta P, Santisbon E, Varon J. The use of positive end-expiratory pressure in mechanical ventilation. Critical Care Clin, Apr 23, 2007 (2), 251-61.
9. Pierson, D. J. (2008). A primer on mechanical ventilation.
10. S. Army MEDEVAC Critical Care Flight Paramedic Standard Medical Operating Guidelines (SMOG), 2021.