Myths About Air In Iv Source Bing.com
Introduction
When we watch movies, we often see medical professionals injecting medication into a patient’s IV line. Sometimes, we see them flick a syringe to remove air bubbles before injecting the medicine. But is this really necessary? In this article, we will explore the myths surrounding air in IV lines and whether or not it is actually dangerous.
Myth #1: Air in IV Lines Can Cause a Heart Attack
Air Bubble In Iv Source Bing.com
One of the most common myths surrounding air in IV lines is that it can cause a heart attack. This myth stems from the belief that a large air bubble can travel to the heart and block blood flow. However, this is not true. In fact, it would take a significant amount of air to cause any harm. Most IV lines are designed to trap air bubbles before they enter the patient’s bloodstream, so the risk of this happening is very low.
Myth #2: Flicking the Syringe Removes Air Bubbles
Flicking The Syringe Source Bing.com
Another common myth is that flicking the syringe removes air bubbles. This technique is often seen in movies and TV shows, but it is not necessary in real life. In fact, flicking the syringe can actually introduce more air into the IV line. The best way to remove air bubbles is to simply hold the syringe with the needle facing up and gently tap it to allow the bubbles to rise to the top. Then, push the plunger until the bubbles are gone.
Myth #3: Air in IV Lines Can Cause a Stroke
Stroke And Iv Source Bing.com
Another myth surrounding air in IV lines is that it can cause a stroke. This myth is similar to the heart attack myth, in that it suggests that air bubbles can travel to the brain and cause a blockage. However, like the heart attack myth, this is not true. In order for air bubbles to cause a stroke, they would need to be much larger than what is typically found in an IV line.
Myth #4: Air in IV Lines Can Cause an Embolism
Iv And Embolism Source Bing.com
One final myth surrounding air in IV lines is that it can cause an embolism. An embolism occurs when a blood vessel is blocked by a foreign substance, such as a blood clot or air bubble. While it is true that air bubbles can cause an embolism, the amount of air needed to do so is much greater than what is typically found in an IV line. In addition, most IV lines are designed to prevent air from entering the patient’s bloodstream.
Conclusion
In conclusion, the myths surrounding air in IV lines are not based in reality. While it is important to remove air bubbles from IV lines before administering medication, the risk of harm from a small amount of air is very low. Medical professionals are trained to handle IV lines and ensure that patients receive safe and effective treatment. So the next time you see a medical drama on TV, don’t believe everything you see!
