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WATCH: Air Bubbles in IV Lines

Air Bubbles in Intravenous Infusion Lines: IV In-Line Filters Address the Issue

Date: 3. Februar 2021

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Venous air embolism as a complication of intravenous therapy has been recognized since the 19. century. Unfortunately, even modern infusion therapy has not diminished or eliminated this concern. 

 

Gerard J Myers stated in 2017: “The culture of “a little air won’t hurt you” is as outdated as the Model T Ford and it is time to stop perpetuating this misguided belief on future generations of health care workers ... The reality is, even small amounts of air have the potential to create adverse consequences and can be harmful to a patient, especially if these venous air emboli transit from the right side of the heart to the left side of the heart.”1

 

Overall, the incidence of air embolism has been estimated at a high of 1:47 catheterization events to a low of 1:3000 and episodes of verified air embolism are associated with high mortality (30% or greater) or devastating morbid events.2,3 Venous air embolisms are a significant economic burden, since Subin Lee et al. in 2013 stated “complications associated with vascular air embolism costs the healthcare system, on average, $66.007 per incident, and its medical claims have the highest median compensation.”4

 

IV in-line filters address the issue of venous air embolism by removing air bubbles from intravenous infusion lines.4

 

Watch this video on how Pall IV in-line Filters remove air bubbles from intravenous infusion lines

Air-Eliminating Capabilities of Pall Infusion Filters

Air-eliminating capabilities of Pall infusion filters

Referenzen

 
  1. Myers G.J. (2017). Air in intravenous lines: a need to review old opinions. Perfusion 2017; 32 (6): 432–435 
  2. Orebaugh SL. (1992). Venous air embolism: clinical and experimental considerations. Crit Care Med. 1992; 20 (8): 1169–1177 
  3. Cook L.S. (2013). Infusion-Related Air Embolism. Journal of Infusion Nursing; 36 (1): 26–36 
  4. Subin Lee B.S. and Bulsara K.R. (2020). Assessing the Efficacy of Commercially Available Filters in Removing Air Micro-Emboli in Intravenous Infusion Systems. J Extra Corpor Technol. The Journal of Extra Corporeal Technology; 52: 118–25
 
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Dr. Volker Luibl, MBA

Dr. Luibl ist der renommierte Demand Generation Marketing Manager von Pall Medical mit umfassendem Fachwissen bei Medizingeräten und klinischer Wissenschaft.
Dr. Luibl ist der renommierte Demand Generation Marketing Manager von Pall Medical mit umfassendem Fachwissen bei Medizingeräten und klinischer Wissenschaft.
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