Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Inadvertent accident during balloon-occluded glue injection for facial AVM: rescue procedure using intentional glue injection

View through CrossRef
Abstract Background Glue embolization during balloon inflation is a novel technique with many advantages. However, the procedure’s major complication is the adhesion of the balloon catheter by glue. Several studies have reported strategies to prevent this. However, no reports have described a rescue method after accidental adhesion occurs. Case presentation A 26-year-old male was referred to the department of interventional radiology for sclerotherapy of an aggravating large facial arteriovenous malformation (AVM). We planned a transvenous approach to decrease the velocity of AVM and increase the efficacy of the sclerotherapy treatment. We performed glue embolization of a major draining vein during microballoon inflation. Upon injection of the glue, inadvertent glue reflux occurred, and the microballoon was stuck to the vessel wall. While removing the microballoon catheter, its shaft broke in the guiding catheter. We filled the inner lumen of the guiding catheter with glue and waited for polymerization to fixate the broken microballoon catheter inside the guiding catheter. Fortunately, the stuck microballoon was separated, and two broken pieces of microballoon catheter were removed through femoral vein short sheath. Conclusion Intentional glue casting in the outer catheter is very useful when removing anything that is inside the catheter or stuck due to the glue reflux. It can be applied to various similar emergency situations.
Springer Science and Business Media LLC
Title: Inadvertent accident during balloon-occluded glue injection for facial AVM: rescue procedure using intentional glue injection
Description:
Abstract Background Glue embolization during balloon inflation is a novel technique with many advantages.
However, the procedure’s major complication is the adhesion of the balloon catheter by glue.
Several studies have reported strategies to prevent this.
However, no reports have described a rescue method after accidental adhesion occurs.
Case presentation A 26-year-old male was referred to the department of interventional radiology for sclerotherapy of an aggravating large facial arteriovenous malformation (AVM).
We planned a transvenous approach to decrease the velocity of AVM and increase the efficacy of the sclerotherapy treatment.
We performed glue embolization of a major draining vein during microballoon inflation.
Upon injection of the glue, inadvertent glue reflux occurred, and the microballoon was stuck to the vessel wall.
While removing the microballoon catheter, its shaft broke in the guiding catheter.
We filled the inner lumen of the guiding catheter with glue and waited for polymerization to fixate the broken microballoon catheter inside the guiding catheter.
Fortunately, the stuck microballoon was separated, and two broken pieces of microballoon catheter were removed through femoral vein short sheath.
Conclusion Intentional glue casting in the outer catheter is very useful when removing anything that is inside the catheter or stuck due to the glue reflux.
It can be applied to various similar emergency situations.

Related Results

AVM Radiosurgery: Where is the Volume Limit?
AVM Radiosurgery: Where is the Volume Limit?
To evaluate the role of radiosurgery for large AVM (nidus volume > 8 ml). 200 cerebral AVM patients treated by Gamma Knife radiosurgery constituted the study database. Of them, ...
Targeting the microenvironment in the treatment of arteriovenous malformations
Targeting the microenvironment in the treatment of arteriovenous malformations
AbstractExtracranial arteriovenous malformations (AVMs) are regarded as rare diseases and are prone to complications such as pain, bleeding, relentless growth, and high volume of s...
On the Quantitative Tripartite Allocation of Atmospheric Vapor, Oqtav, by Oxygen 18
On the Quantitative Tripartite Allocation of Atmospheric Vapor, Oqtav, by Oxygen 18
Abstract The quantitative distribution of atmospheric vapor mixture, AVM, into three distinguished vapor endmembers is lacking in the literature. This work fills such a gap...
On the Quantitative Tripartite Allocation of Atmospheric Vapor, Oqtav, by Oxygen 18
On the Quantitative Tripartite Allocation of Atmospheric Vapor, Oqtav, by Oxygen 18
Abstract The quantitative distribution of atmospheric vapor mixture, AVM, into three distinguished vapor end-members is lacking in the literature. This work fills such a ga...

Back to Top