Contraindications to Percutaneous Cholecystostomy Tube Placement
Absolute contraindications to percutaneous cholecystostomy tube placement include active peritonitis, uncorrectable coagulopathy, and bowel ischemia. 1 These conditions significantly increase the risk of procedure-related complications and mortality, making percutaneous cholecystostomy unsafe in these scenarios.
Absolute Contraindications
- Active peritonitis: Infection throughout the peritoneal cavity increases the risk of spreading contamination during the procedure
- Uncorrectable coagulopathy: Significantly increases bleeding risk during transhepatic or transperitoneal access 1
- Bowel ischemia: Compromises tissue integrity and healing, increasing risk of perforation and sepsis 1
Relative Contraindications
Several conditions represent relative contraindications that require careful risk-benefit assessment:
Recent GI bleeding:
- From peptic ulcer disease with visible vessel or esophageal varices: Delay procedure for 72 hours due to high risk of recurrent bleeding
- From angiodysplasia, gastritis, or stress gastropathy: Lower risk of recurrent bleeding; may not require delay 1
Hemodynamic instability: Increases procedural risk and may require stabilization before intervention 1
Moderate to massive ascites: Complicates access to the gallbladder and increases risk of bile leak 1
- If procedure is necessary despite ascites, the transhepatic approach is preferred
Respiratory compromise: May affect patient's ability to tolerate the procedure 1
Anatomical considerations:
Coagulation Parameters and Management
For percutaneous cholecystostomy (a moderate bleeding risk procedure), the following parameters should be met 1:
- INR: Should be less than 1.5; correct if greater
- Platelet count: Should exceed 50,000/μL; transfuse if lower
- Antiplatelet therapy:
- Clopidogrel: Withhold for 5 days before procedure
- Aspirin: Can be continued during procedure
- Low molecular weight heparin: Withhold one dose before procedure
Approach Considerations
When percutaneous cholecystostomy is necessary despite relative contraindications, the approach should be tailored:
Transhepatic approach: Preferred in cases of ascites and when longer catheter dwell time is anticipated 1, 2
- Advantages: Reduced risk of bile leak, greater catheter stability, decreased risk of hollow viscus injury 1
- Disadvantages: Risk of pneumothorax and liver parenchymal bleeding
Transperitoneal approach: Consider in cases of severe liver disease and coagulopathy 2
- Advantages: Avoids liver puncture in patients with coagulopathy
- Disadvantages: Higher risk of bile leak and catheter dislodgement
Procedure-Related Complications
Understanding potential complications is crucial when evaluating contraindications:
Minor complications (3-13% of cases) 2:
- Catheter dislodgement
- Minor bleeding
- Pain at insertion site
Major complications (<5% of cases) 2:
- Bile peritonitis
- Significant hemorrhage
- Pneumothorax/hemothorax
- Bowel injury
- Biloma formation
The overall 30-day mortality rate can reach up to 25%, though this is typically related to underlying comorbidities rather than the procedure itself 2.
Clinical Decision-Making Algorithm
Assess for absolute contraindications:
- Active peritonitis
- Uncorrectable coagulopathy
- Bowel ischemia
- If any present → Do not proceed with percutaneous cholecystostomy
Evaluate relative contraindications:
- Recent GI bleeding → Delay if high-risk source
- Hemodynamic instability → Stabilize first if possible
- Ascites → Consider transhepatic approach
- Respiratory compromise → Optimize respiratory status
- Anatomical barriers → Consider alternative approaches or surgical consultation
Check coagulation parameters:
- INR >1.5 → Correct before proceeding
- Platelets <50,000/μL → Transfuse before proceeding
- Antiplatelet/anticoagulant therapy → Manage according to guidelines
Select appropriate approach:
- Transhepatic: For most cases, especially with ascites
- Transperitoneal: Consider in severe liver disease with coagulopathy
By carefully assessing these contraindications and following this algorithm, clinicians can minimize risks associated with percutaneous cholecystostomy tube placement while providing appropriate care for patients with acute cholecystitis who are poor surgical candidates.