Abstract

Objective: To evaluate the safety and efficacy of the Phil liquid embolic agent in non-neurological embolization procedures. M&M: Thirty-five patients with a mean age of 62.5 years underwent percutaneous embolization using Phil for the treatment of visceral arterial bleedings in 20/35 patients (including three gluteal, one bladder, two superior mesenteric, three epigastric, one deep femoral, five internal iliac, four intercostal, and one lingual arteries), splanchnic pseudoaneurysms in 11/35 patients (including three hepatic, five splenic, and three renal arteries), pancreatic bleeding metastasis in 1/35 patient, and gastric bleeding varices in 3/35 patients. Phil is composed of a non-adhesive copolymer dissolved in DMSO (Anhydrous Dimethyl Sulfoxide) with different viscosity. Procedures were performed slowly under continuous fluoroscopic guidance to avoid embolization of non-target vessels. Results: Clinical success was obtained with a single intervention in 34 cases (97.15%), while a repeated procedure was required in one case (2.85%). No technical complications nor non-target embolization occurred. A case of post-embolic syndrome was noted (2.85%) in one patient. DMSO administration-related pain was successfully controlled by medical therapy. Conclusion: Phil can be considered a safe and effective embolic agent for the treatment of non-neurologic bleeding.

Highlights

  • Relevant abdominal bleeding is always an acute or subacute emergency requiring prompt treatment

  • Phil injection was correctly performed in all cases and no technical complications were recorded

  • Technical success was obtained with a single intervention in 97.15% of the cases, while a repeated procedure was required in 2.85% of the cases

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Summary

Introduction

Relevant abdominal bleeding is always an acute or subacute emergency requiring prompt treatment. Trans-catheter embolization has evolved into a mainstay in the management of acute bleeding, being introduced in several guidelines as a therapeutic tool to be employed in stable patients [1,2,3,4,5]. Transcatheter embolization is a minimally invasive procedure that combines excellent technical and clinical outcome with a low risk of complications [2,5]. Various agents, including polyvinyl alcohol particles (PVA), acrylic polymers, coils, microspheres, alcohol, and n-butylcyanoacrylate (NBCA) have been used for selective arterial embolization procedures in many vascular pathologies without reaching satisfactory clinical results [8]. The ideal embolic agent is still not available, especially in the emergency

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