Transjugular intrahepatic portosystemic shunt (TIPS) has revolutionized the management of portal hypertension, with recent guidelines supporting its use, particularly in recurrent ascites and as a preemptive therapy in acute variceal bleeding, due to significant survival benefits. [1] However, a nagging thorn has been the risk of post-TIPS HE, which can affect more than half of patients. [2] Risk factors include previous episodes of overt HE, age > 65, minimal HE, sarcopenia, and severity of liver disease (Figure 1). [1,3] Guidelines currently recommend screening carefully for overt and minimal HE prior to elective TIPS. [1,4] An important risk factor not always considered is the presence of spontaneous portosystemic shunt (SPSS). The belief that SPSS helps to decompress the portal venous system has not been confirmed, with studies showing that SPSS correlates with liver dysfunction and decompensating events such as HE, varices, and hepatorenal syndrome. [5] Hence, SPSS is an insufficient compensatory mechanism, not allowing for a sufficient reduction of portal pressure, and could result in a decrease of liver perfusion. It is believed that SPSS forms thorough VEGF-driven angiogenesis and neovascularization, [6] with the most common being splenorenal shunts, gastrorenal shunts, gastrocaval shunts, and recanalized paraumbilical vein. Gastrorenal shunts are evident in up to 85% of patients with cardiofundal gastric varices. SPSSs are best seen on crosssectional imaging, and a recent Baveno VI collaborative study showed SPSS in 60% of patients, with large ones (>8 mm) seen in half of the patients. [5] The same group found that even in compensated cirrhosis, SPSSs were seen in up to 55% of patients and that a total surface area >83 mm 2 predicted overt HE and mortality.Therefore, selective embolization of large SPSSs would seem an attractive option. Indeed, studies confirm this, with nearly two thirds of patients remaining free of HE over a 2-year follow-up after embolization. [7] While the prevalence of SPSS can reach 60%