Every nurse knows durable medical equipment doesn’t last forever.

When was the last time you kicked a hospital bed in frustration because the motor ground to a halt as you were elevating a patient’s head? Or you discovered an IV pump apparently quit working in the middle of the night, depriving your patient of vital hydration?

When equipment like aportable suction machineunexpectedly stops working, it can be more than a nuisance. It endangers patient safety. If you reach for a suction wand because your patient aspirated and you discover there’s no suction, there may be a bad outcome.

There is perhaps nothing more terrifying to new parents than breathing problems in an infant. Particularly among newborns, respiratory distress is a common and potentially life-threatening symptom. Key differences in the airways of infants and children make them more susceptible to certain respiratory problems. A keen understanding of upper airway anatomy can help you quickly and safely treat infants in respiratory distress. 

Endotracheal suctioning can reduce morbidity and mortality. But like all medical procedures, it carries a risk of complications, particularly when treating vulnerable patients or in the hands of inexperienced providers.  

 The patient has suffered a gunshot wound to the chest, and his blood pressure is dangerously low. You’ve covered the entry wound to prevent a sucking wound, but the patient is exhaling copious bloody froth. You successfully intubate the patient and are bagging, with good chest rise, but the bloody froth continues to interfere with air exchange. It’s time to suction the tube.  

 Every patient is unique, and expert airway management demands a critical, creative, adaptive approach. However, first responders should follow established protocols and guidelines to get the best results. A simple algorithm can help guide decision-making in airway management while still allowing room for flexible problem-solving. Follow these guidelines to speed up treatment and reduce errors if you encounter a difficult airway: 

 Those of us in the medical profession know how important quality equipment is to overall patient care. We are only as good as our equipment; if it doesn't function well, it's hard for us to do our best.  

When faced with the challenge of transporting someone in respiratory distress, emergency responders should be able to identify the symptoms and remain prepared to spring into action with the right procedures and equipment. 

Many unexpected symptoms can stem from common traumas and accidents, and individuals often suffer significant airway damage from traumatic events. Around the world, injuries such as car accidents, gunshot wounds, and concussions account for more than 3 million non-fatal injuries annually. These common trauma scenarios can happen to anyone. 

By the beginning of 2026, predictions suggest that Canada may face another intense wildfire season, with expectations that it could rank among the hottest years ever recorded. This comes on the heels of a catastrophic 2025 season, which was the second most severe in history, marked by widespread evacuations and large-scale, unmanageable fires. These wildfires have an impact on air quality and the environment in the northeastern U.S. and beyond.

Respiratory muscle weakness is a common disorder often associated with weakened coughing, breathing and other airway functions, and providers and patients must know how to identify symptoms of this condition to ensure the healthiest breathing and respiratory functions possible.