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Airway obstruction is commonly caused by the tongue, the airways itself, foreign bodies or materials from the body itself, such as blood or vomit. [ 2 ] Contrary to advanced airway management , basic airway management technique do not rely on the use of invasive medical equipment and can be performed with less training.
Airway obstruction can be caused by the tongue, foreign objects, the tissues of the airway itself, and bodily fluids such as blood and gastric contents . [ citation needed ] Airway management is commonly divided into two categories: basic and advanced .
With acute upper airway obstruction, respiratory distress can rapidly lead to respiratory failure without appropriate management [2] necessitating urgent and comprehensive assessment of ABCs (airway, breathing, and circulation). [1] Imaging studies, including x-rays and CT scans, can aid diagnosis and quickly assess the obstruction's extent. [2]
Advanced airway management is the subset of airway management that involves advanced training, skill, and invasiveness. It encompasses various techniques performed to create an open or patent airway – a clear path between a patient's lungs and the outside world. This is accomplished by clearing or preventing obstructions of airways.
In the unconscious patient, the priority is airway management, to avoid a preventable cause of hypoxia. Common problems with the airway of patient with a seriously reduced level of consciousness involve blockage of the pharynx by the tongue, a foreign body, or vomit.
Mechanical obstruction: In this instance, a physical object obstructs the airway of the patient. In most cases this is the patient's own tongue, [ citation needed ] as the unconsciousness leads to a loss of control and muscle tone , causing the tongue to fall to the back of the pharynx , creating an obstruction.
A person experiences nasal airway obstruction that does not improve with conservative medical management, ... This can help to decrease airway obstruction and prevent recurrent complications such ...
NPPE develops as a result of significant negative pressure generated in the chest cavity by inspiration against an upper airway obstruction. These negative pressures in the chest lead to increase venous supply to the right side of the heart while simultaneously creating more resistance for the left side of the heart to supply blood to the rest of the body (). [4]
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