PubMed Health⌕ Search

PubMed · 4015574

Portable air mobile life support unit.

Abstract

The Israeli Air Force Medical Corps has developed a portable Air Mobile Life Support Unit (AMLS) for use in emergency airborne medical evacuations. This unit was designed so that it could be easily moved from one aircraft to another, thus allowing for tactical flexibility and avoiding the necessity for a dedicated ambulance aircraft. The unit is capable of supplying critical care for two patients and supportive care for two less severely injured. Three main functional units comprise the AMLS. These include (1) oxygen ventilation system, (2) cardiac monitoring and defibrillation system, and (3) vacuum pump for aspiration of secretions. Each of these units can be removed and operated independently of the AMLS for field use. Accessories include a control panel, illumination unit and a medical supply cabinet. The AMLS unit may be installed or removed in less than 2 min by two crew men. The AMLS has been operational and successfully used in air evacuations in wartime as well as in peace time. Air Medical crews report that the AMLS has been easily accessed and has operated without any malfunction.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

Y Noy-Man, M Z Papa, S Z Margaliot. 1985. Portable air mobile life support unit.. https://pubmed.ncbi.nlm.nih.gov/4015574/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

"Higher, always higher": technology, the military and aviation medicine during the age of the two world wars.

The history of flight has been strongly influenced by the interplay between physiology and technology. The human body defined the relationship between man and machine--it had to be protected from the cold, bad weather, high altitude, speed and bullets. Technological innovations offered a way to improve on aeroplane safety, and enabled pilots to exceed the limits imposed by physiological constraints. In particular, reconnaissance and bombing missions during World War II, which demanded flight at high altitudes, stimulated intensive scientific research and technological development. This research led to the construction of artificial environments for pilots and ultimately gave rise to space medicine.

Aerospace Medicine↗