Abstract

PurposeTo evaluate the use of inframalleolar access for endovenous ablation when treating advanced venous disease with nonthermal nontumescent (NTNT) techniques. MethodsThis single-center retrospective study included 109 patients with advanced venous disease, treated using inframalleolar access between May 2018 and March 2020. NTNT techniques included ClariVein (Merit Medical Systems, South Jordan, Utah) and ScleroSafe (VVT Medical, Kefar Sava, Israel). Outcomes measured were postprocedure pain, leg edema, ulcer healing and recurrence rates, and venous insufficiency recurrence. ResultsSeventy-seven patients (70%) were treated with ClariVein and 32 (30%) with ScleroSafe. Postprocedure pain score (range, 0-10) after 1 week decreased from a preprocedure median of 5 (interquartile range, 3-6) to 1 ((interqartiel range, 0-2) (P = .0001). Complete wound healing was achieved in 38 patients (43.7%) after 30 days and in 71 patients (81.6%) after 90 days. One patient developed an ulcer recurrence and six developed venous insufficiency recurrence. There was no reported nerve or skin injuries. ConclusionsNTNT ablation techniques using inframalleolar access are effective and safe without risk of nerve damage. Their use facilitates ulcer healing and limits pain in patients with advanced disease.

Highlights

  • To evaluate the use of inframalleolar access for endovenous ablation when treating advanced venous disease with nonthermal nontumescent (NTNT) techniques

  • We present our experience with inframalleolar access of the saphenous vein using two different nonthermal nontumescent (NTNT) endovenous ablation techniques: Journal of Vascular Surgery: Venous and Lymphatic Disorders

  • Seventy-seven patients were treated with ClariVein and 32 with ScleroSafe, 20 of them underwent ScleroSafe from the inframalleolar insertion site to the knee combined with proximal radiofrequency ablation (RF) ablation

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Summary

Introduction

To evaluate the use of inframalleolar access for endovenous ablation when treating advanced venous disease with nonthermal nontumescent (NTNT) techniques. Conclusions: NTNT ablation techniques using inframalleolar access are effective and safe without risk of nerve damage. Their use facilitates ulcer healing and limits pain in patients with advanced disease. Data on invasive treatment targeting venous insufficiency has shown great efficacy In arterial ulcers, it is well-established that the ischemia must be treated to achieve healing. We present our experience with inframalleolar access of the saphenous vein using two different nonthermal nontumescent (NTNT) endovenous ablation techniques: Journal of Vascular Surgery: Venous and Lymphatic Disorders

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