In García 2025 et al., on TIAS shunt confirmation, which imaging method was NOT required during the procedure?
A. Ultrasound
B. Fluoroscopy
C. Abdominal CT
D. CTA
E. All of the above
Answer: Fluoroscopy
Explanation: TIAS used only ultrasound; fluoroscopy and CTA were not needed for intraoperative guidance.
In García 2025 et al., on TIAS shunt confirmation, what best describes the overall safety of the technique?
A. Significant bleeding in >10% of dogs
B. Postop seizures common
C. Intraoperative mortality occurred
D. Minor splenic bleeding easily controlled
E. High rate of infection from splenic injection
Answer: Minor splenic bleeding easily controlled
Explanation: TIAS was safe with only mild bleeding at the injection site in all dogs, which resolved quickly.
In García 2025 et al., on TIAS shunt confirmation, what was the long-term clinical outcome in most dogs?
A. Good outcome with recurrence
B. Excellent outcome with no medication
C. Poor outcome with seizures
D. Required second surgery
E. Died from shunt-related causes
Answer: Excellent outcome with no medication
Explanation: 29/39 dogs had excellent long-term outcome, requiring no medications or diet changes.
In García 2025 et al., on TIAS shunt confirmation, what was the outcome in dogs with microbubbles still visible after initial occlusion?
A. Confirmed complete attenuation
B. Required ligation of second vessel
C. Required coil embolization
D. Underwent thoracotomy
E. Exhibited portal hypertension
Answer: Required ligation of second vessel
Explanation: Two dogs had microbubbles after occlusion due to secondary vessels and required additional ligation.
In García 2025 et al., on TIAS shunt confirmation, what confirmed complete shunt occlusion?
A. Microbubble entry into left atrium
B. Elevated portal pressure
C. No microbubbles seen in right atrium
D. Delayed saline transit through liver
E. Absence of contrast on CTA
Answer: No microbubbles seen in right atrium
Explanation: Microbubbles appear in the right atrium when EHPSS is patent. Their absence after temporary occlusion confirms full attenuation.