Gastrointestinal (GI) Bleed Angiogram Technique and Dictation

Procedure:

  1. Selective SMA angiogram in the AP and RAO projections.
  2. Selective celiac axis angiogram.
  3. Selective IMA angiogram in the AP and LAO projections.
  4. Limited right common femoral angiogram.
  5. Closure of arteriotomy with VasCade device.

 

Indication: A __-year-old female with GI bleed and positive tagged nuclear medicine scan in the region of the distal small bowel. Capsule endoscopy performed recently shows bleeding in the mid to distal ileum.

Date: 

Access site: Right common femoral artery with US

Operators: John Doe, MD (Attending)/Jane Doe, MD (Fellow)    

Medications:  2 mg IV Versed, 200 mcg IV fentanyl  1 g Ancef IV.

Contrast:  125 mL non-ionic

Fluoro time:  20.7 minutes

Complications:  None immediate.

 

Technique:

The risk benefits, and alternatives to the procedure and sedation were explained to the patient.  The specific risks of vascular damage, contrast induced renal injury, thromboembolic phenomena and non-target embolization were detailed and accepted. 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. The common femoral artery was accessed via Seldinger technique and a vascular sheath placed. Over a 0.035″ wire, a 5 French Simmons I glide catheter was reformed in the descending thoracic aorta using Tevdek suture.

The SMA was selected and DSA images performed. DSA images were acquired in AP and RAO projections.  Magnification views of the pelvis in the AP and RAO projections were repeated.

microcatheter?

The images were reviewed.  The catheter was removed over a wire.  

The 5 French sheath was flushed and limited angiographic evaluation of the right common femoral artery was obtained. Hemostasis achieved with a VasCade device.  No immediate complication occurred, and the patient was discharged to the recovery area in satisfactory condition.

 

Findings:

  1. Multiple DSA image acquisitions of the SMA demonstrates no active extravasation or concerning findings for active bleeding. Conventional SMA anatomy is maintained.
  2. Celiac DSA image acquisitions demonstrate no evidence of active bleeding. Conventional celiac anatomy is noted.
  3. Multiple DSA image acquisitions of the IMA demonstrate no active extravasation.
  4. Limited right common femoral angiogram demonstrates puncture site below the inferior epigastric artery and above the CFA bifurcation adequate for closure device. Atherosclerotic narrowing is noted throughout the external iliac and common femoral arteries.
  5. Successful arteriotomy closure with VasCade device with immediate hemostasis achieved.

 

Impression:

No evidence of active bleeding in the GI tract from the SMA, celiac, or IMA distributions. No intervention was performed.

 

Plan: 

Continue medical management of patient’s GI bleed. Please call Interventional Radiology with questions/ concerns.

Frequently Asked Questions

What is a gastrointestinal bleed angiogram?

A gastrointestinal bleed angiogram is a diagnostic procedure used to visualize blood vessels in the gastrointestinal tract. It involves injecting contrast dye into the blood vessels and taking X-ray images to identify any active bleeding or vascular abnormalities. This procedure helps doctors determine the source of bleeding in patients with GI bleeds.

How is a selective SMA angiogram performed?

A selective SMA angiogram is performed by accessing the common femoral artery, usually in the groin, and threading a catheter through the blood vessels to the superior mesenteric artery (SMA). Contrast dye is injected, and X-ray images are taken to visualize the SMA and check for any signs of bleeding or abnormalities. This technique helps assess blood flow to the small intestine.

What are the risks of a GI bleed angiogram?

The risks of a GI bleed angiogram include potential vascular damage, contrast-induced renal injury, thromboembolic events, and non-target embolization. These risks are generally low and are explained to the patient before the procedure. Informed consent is obtained, and vital signs are monitored throughout the angiogram to ensure patient safety.

What role does a VasCade device play in angiograms?

A VasCade device is used to achieve hemostasis, or stop bleeding, at the site where the catheter was inserted. After the angiogram, the device helps close the arteriotomy, or the small incision made in the artery, ensuring that bleeding is controlled and the patient can be safely discharged from the procedure.

Why might a GI bleed angiogram show no active bleeding?

A GI bleed angiogram might show no active bleeding if the bleeding has stopped spontaneously or if it occurs intermittently. It's also possible that the source of the bleed is outside the area visualized by the angiogram. In such cases, medical management continues, and other diagnostic methods may be considered to identify the bleed.

What is the significance of DSA in angiograms?

DSA, or digital subtraction angiography, is a technique used in angiograms to enhance the visibility of blood vessels. It involves taking two sets of images, one with contrast dye and one without, and digitally subtracting the non-contrast image from the contrast image. This process highlights the blood vessels, making it easier to detect abnormalities or bleeding.

Can a GI bleed angiogram be performed on an outpatient basis?

Yes, a GI bleed angiogram can often be performed on an outpatient basis. The procedure typically requires a few hours, including preparation and recovery time. If there are no complications, patients are usually discharged the same day, provided they have stable vital signs and no immediate issues post-procedure.

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