Pregnant patients exhibit various unique characteristics that first responders must account for during treatment.

A significant challenge responders encounter when treating pregnant women is navigating difficult airway anatomy and possible risks during airway management. The rate of failed intubation in pregnant patients is four to eight times higher than in nonpregnant patients, and this is largely due to anatomical changes, hormone production, and aspiration risks that occur during pregnancy.

About one in eight non-traumatic emergency visits were due to respiratory distress. Among patients with respiratory health issues or emergent trauma, the figure may have been even higher. Assessing respiratory status is a core component of emergency and trauma care, as well as medical intake. Even when respiratory distress is not the presenting issue, it may be a complicating factor.

Whether you’re performing routine suctioning during surgical procedures, suctioning a patient on a ventilator, or performing life-saving procedures to prevent or reduce aspiration, diligent suction canister management is critical to proper patient care. Particularly in the face of bird flu and other infectious diseases, your agency must work proactively to reduce the risk of transmitting disease via equipment such as suction machines. Here are five things you need to know about suction canister management.

Upper airway obstructions affect the trachea, pharynx, or larynx. While partial obstructions can be painful, complete obstructions can be life-threatening. Without treatment, they can quickly prove fatal.

Many medical situations require emergency suction. And when you have a patient with an obstructed airway, be it from sputum, blood, vomitus, or tissue, you had better have the suction handy, for there is no other way to return the airway to patency.

We all know the important role suctioning plays in airway management. Imagine treating a respiratory, trauma, or cardiac arrest patient without the aid of suction. Impossible, right? Effective nasotracheal suctioning can mean the difference between a patent and a non-patent airway. It can also mean the difference between life and death for your patient. 

When transporting a critically ill patient, it’s easy to focus only on the medical emergency. But ambulance crashes are common – more than 6,500 ambulance crashes occur each year, claiming an average of 33 lives annually. Ambulance safety depends on taking proactive steps to mitigate risk in the event of a crash.

Invented in 1907 by Dr. Sidney Yankauer, the Yankauer suction tip has withstood the test of time. The Yankauer suction tip was originally designed to remove blood and secretions from a patient’s oral airway during tonsillectomy procedures. Many practitioners call the Yankauer a “tonsil tip” suction device for this reason.

The ABCs of patient care begin with the airway. Does your patient have airway patency? Can your patient maintain their airway? Are there any obstructions or contaminants obstructing the airway? Questions like these are likely second nature to you, and you probably don’t even realize you are asking them when caring for your patients.