Bronchial artery embolization for hemoptysis in cystic fibrosis technique and dictation

Procedure: 

Selective __ bronchial and intercostal arteriography of number branches __ bronchial artery embolization with follow-up post embolization angiogram           

 

Indication: Hemoptysis. bronch findings and other clinical info.  CF?.

Access site: Right common femoral artery with ultrasound. The arteriotomy was StarClosed.

Operators: Drs.    

Medications:      mg IV Versed,     mcg IV fentanyl

Contrast:      mL non-ionic

Fluoro time:      minutes

Complications:  None immediate.

 

Technique:

The risk benefits, and alternatives to the procedure and sedation were explained to the patient.  The specific risks of thromboembolic phenomena and non-target embolization were detailed and accepted. Stroke and paraplegia were also discussed as possible complications. Written informed consent was obtained.  A time out/call to order was performed prior to procedure initiation.

The patient was assessed for conscious sedation and found to be an adequate candidate. A dedicated nurse monitored heart rate, blood pressure, and oxygen saturation throughout the procedure.

The right groin was prepped and draped in sterile fashion. Under direct ultrasound guidance, the right common femoral artery was accessed with a 21-gauge needle. Arterial patency and needle entering the artery were documented and images stored to PACS. A 5 French sheath was placed. 

Over a 0.035″ wire, a 5 French multisidehole catheter was advanced to the level of the carina. Nonselective thoracic aortography was performed to identify any enlarged bronchial or intercostal branches.

A multisidehole catheter was exchanged for a     catheter. This was used to selectively catheterize    .  A microcatheter was introduced coaxially and used to gain adequate purchase into the    .  Arteriography was performed.  Intra arterial nitroglycerin (400 mcg) was administered.   Embolization was carried out using 300-500 micron Embospheres.  

Post embolization arteriography was performed through the microcatheter to assess embolic effect. The microcatheter was removed.

Number selected separate right or left intercostal branches were selectively catheterized and arteriography performed. The branches at list levels and side were selectively catheterized.

The images were reviewed.  The catheter was removed over a wire. A StarClose device was deployed, achieving immediate hemostasis.

No immediate complication occurred, and the patient was discharged to the recovery area in satisfactory condition.

 

Findings:  A CT scan from     was reviewed.

  1. An enlarged     is present at the level of the carina.  Selective injection of this branch shows.
  2. Microcatheter injection confirms the same, demonstrating abnormal vascularity to greater advantage.
  3. After particulate embolization, post-embolization arteriography through the microcatheter demonstrates no significant antegrade flow in    .
  4. interpret intercostal arteriography @ each level
  5. additional findings
  6. Thoracic aortography shows    .

 

Impression:

Successful embolization of     bronchial artery as described above.

Multiple     intercostal branches were catheterized as described above.

Frequently Asked Questions

What is bronchial artery embolization for hemoptysis?

Bronchial artery embolization (BAE) is a minimally invasive procedure used to treat hemoptysis, which is coughing up blood, a common symptom in cystic fibrosis. The procedure involves blocking the blood vessels that supply the lungs to stop bleeding. It is typically performed using catheters inserted through the femoral artery with the guidance of imaging techniques.

How is bronchial artery embolization performed?

The procedure starts with accessing the right common femoral artery using ultrasound guidance. A catheter is then threaded through the arteries to the bronchial branches. After identifying the bleeding vessels using arteriography, embolic agents like Embospheres are injected to block these vessels. Post-embolization arteriography confirms the success of the procedure by showing reduced blood flow.

What are the risks of bronchial artery embolization?

While bronchial artery embolization is generally safe, risks include thromboembolic events, where blood clots may form elsewhere, and non-target embolization, which is unintentional blockage of other vessels. Stroke and paraplegia are rare but serious complications. Patients are informed of these risks, and consent is obtained before the procedure.

Why is bronchial artery embolization used in cystic fibrosis?

In cystic fibrosis, thick mucus can lead to infections and inflammation, causing blood vessels in the lungs to enlarge and bleed. Bronchial artery embolization helps control this bleeding by blocking the problematic blood vessels, thus reducing the risk of severe hemoptysis and its complications, improving patient outcomes.

What happens during the recovery after a bronchial artery embolization?

After bronchial artery embolization, patients are monitored in a recovery area where their vital signs are checked. Immediate complications are rare, and patients can usually return to normal activities within a few days. Some may experience mild pain at the access site, but this is typically manageable with over-the-counter pain relief.

What are Embospheres and how are they used in embolization?

Embospheres are tiny, spherical particles used in embolization to block blood vessels. During bronchial artery embolization, these spheres are delivered to the target vessels via a catheter to obstruct blood flow, effectively controlling bleeding. Their size and material allow them to be precisely positioned, which is crucial for the procedure's success.

How is patient safety ensured during bronchial artery embolization?

Patient safety is prioritized through thorough pre-procedure assessments, including checking suitability for conscious sedation. A dedicated nurse monitors vital signs like heart rate and oxygen levels throughout the procedure. The use of imaging and ultrasound guidance also ensures precise catheter placement, minimizing risks.

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