Hypoxia is one of the most common suctioning complications. It’s also preventable in most scenarios. Hyperoxygenate a patient before suctioning to reduce the risk of hypoxia as well as other suctioning complications. Here’s what you need to know about the process.

In 1907, otolaryngologist Sidney Yankauer revolutionized the world of medical suction with his eponymous Yankauer suction catheter. Dr. Yankauer worked at the outpatient surgery department of Mount Sinai Hospital and while there, this unassuming ENT specialist invented numerous pieces of medical equipment. Dr. Yankauer is hailed as a medical genius and admired for his prolific publishing output.

When your patient cannot mobilize and clear secretions independently, you may need to suction their airway. Your suctioning method will depend on whether the patient has an artificial airway and what portion of the airway needs to be cleared.

Pulmonary aspiration is a common medical emergency, especially in patients with endotracheal tubes or other aspiration risk factors. In fact, one study found aspiration has been reported in about 25% of intubated patients. Aspiration is a life-threatening medical emergency. Seconds count, so proper suction in a pulmonary aspiration emergency is critical. Here’s what you need to know to save lives.

Sooner or later, every nurse must suction a patient. For nurses who work in intensive care units or emergency care, or who support patients with spinal cord injuries, suctioning may be a daily part of the job. When suctioning becomes routine, it’s easy to lose sight of the risks. Some simple precautionary measures can both reduce risk and improve patient outcomes.

Suctioning can prevent a wide range of severe complications and save lives in emergencies. But like all medical procedures, it carries some risks. One analysis found a complication rate of 38.6% in routine endotracheal suctioning, though a less invasive procedure reduced complications to 28.6%. However, small changes in technique, such as appropriately pre-oxygenating patients before suctioning, can reduce the risk of complications. Most common suctioning side effects are preventable. Here are the strategies your agency can implement today to improve patient safety. 

Although many first responders express reservations about airway suctioning, it is a potentially life-saving procedure that when performed correctly has a low risk of complications. With both cold and flu season and allergies causing year-round respiratory issues, it is always a great time for first responders to brush up on their airway management skills. Continuing education classes and regular drills can prepare you to manage even difficult airways. It’s equally important to be mindful of the main complications of suctioning. Awareness of these potential complications can guide your technique while encouraging your team to remain vigilant and diligent.

The majority of portable suction devices are powered by sealed lead-acid batteries. While this type of battery uses stable and reliable chemistry, it can lose capacity over time and require replacement. When buying a replacement battery for your portable suction device, there are a few things you should keep in mind.

It’s winter, and the cold presents unique challenges to first responders. If you didn’t do it this year, take the time now and before next winter to take stock of your equipment and winterize your first responder kit. Here are five the steps to take: 

Medical providers have long used pulse oximeters as a quick and easy way to assess blood oxygen levels. However, the amount of CO2 a person expires is an equally useful piece of information that provides key details about ventilation. Capnography provides clear data about the amount of CO2 expired at each stage of respiration. Using capnography during medical suction can reduce the risk of hypoxia and provide additional details about patients at risk of serious suction-related complications.