In an effort to avoid possible damage to the area, therapeutic guidelines dictate a mandatory cuff pressure ranging from 20 to 30 cm H20. Utilization of a correctly pressurized cuff has been shown to provide aspiration protection, while also providing an acceptable seal of the airway. Over-inflation a tracheal cuff in excess of 30 cm H20 has been found to cause damage to the tracheal mucosa; primarily caused by compromised capillary perfusion to the area. Research has also found pressures greater than 50 cm H20 will commonly cause a total obstruction or occlusion of tracheal blood flow, leading to necrotic tissue. When used in pre hospital settings, over inflation of the bulb or cuff is primarily an immediate situation that causes acute injury. Hyperinflation of the cuff, at levels above 50 cm H20 may lead to acute complications such as massive tracheal bleeding or
In an effort to avoid possible damage to the area, therapeutic guidelines dictate a mandatory cuff pressure ranging from 20 to 30 cm H20. Utilization of a correctly pressurized cuff has been shown to provide aspiration protection, while also providing an acceptable seal of the airway. Over-inflation a tracheal cuff in excess of 30 cm H20 has been found to cause damage to the tracheal mucosa; primarily caused by compromised capillary perfusion to the area. Research has also found pressures greater than 50 cm H20 will commonly cause a total obstruction or occlusion of tracheal blood flow, leading to necrotic tissue. When used in pre hospital settings, over inflation of the bulb or cuff is primarily an immediate situation that causes acute injury. Hyperinflation of the cuff, at levels above 50 cm H20 may lead to acute complications such as massive tracheal bleeding or