Mustafa Biomy and Eslam M. Ibrahim
Tamer Alsaied Alnaimy , Tamer Rushdy Elalfy and Mohammed A.Elkilany
Ahmed Mahmoud Hussein1 M.D.; Ahmed Abd Alaziz Mohammad1 M.D.; Ahmed Mohammed Ahmed Nasser2 M.Sc.
Sherif Essam Eldin Tawfik, MD; Abdelrahman Mohamed Salem, MD
Abdelrahman Mohammed, MD, Ahmed Kamal Gabr, MD, Sherif Essam Eldin Tawfik, MD
Ashraf Elsebaie MD, Ahmed Abdelsalam Hafiz MD, Ahmed Maher MD, Rasha Abdelkader MD
Ahmed M.S.M Marzouk, Haitham S. Omar
Hany F. Habashy
Maged Rihan, MD, MRCS
Karim Sabry (MD, MRCS) , Wael A Jumuah (MD) ,Yasser El Ghamrini (MD)
Ahmed Shoka, MD, MRCS, Fady Makram, MD, FACS, Mohamed Matar, MD, FACS.
Mohammed Matar,1 MD, FACS, Ahmed Shoka,1 MD, MRCS, Heba Nader,2 MD
Mokhtar Abd Elrahman Bahbah, MD; Ehab M Oraby, MD.
Youssif Khachaba, Waleed Reda, Ahmed Abd El Salam, Ahmed Samy Saad Hussein, Nadeen Mohamed El Essawy, Ashraf El Sebaie
Naguib Abdelkreem ElAskary MD, Ahmed Osmane MD
Mahmoud Hamda MS, Naguib Abdelkreem ElAskary MD, Ahmed Osmane MD
Ahmed M.S.M. Marzouk
1Waleed AlBadry, MSc, MRCS;1Raafat Gohar, MD; 1Ashraf El-Sebaie; 2Mohamed Salah, MD;1Mohamed Ashraf El Meleigy, MD
Peroneal Artery Angioplasty As a Single Runoff Vessel for Foot Revascularization in Patients with Critical Limb Ischemia
Introduction: Prevention of major amputation in critical limb ischemia is arguably the most important
goal and is based on the capability for restoring and maintaining straight-line tibial arterial blood flow to
the foot. The main objective of below-knee limb salvage angioplasty is to restore a direct straight-line flow
to the foot through a native tibial artery and is usually attempted by selecting, whenever possible, the
anterior tibial artery for ischemic forefoot lesions and the posterior tibial for calcaneal lesions. If neither
the anterior nor the posterior tibial artery can be treated, the alternative treatment may consist of
providing direct flow along the peroneal artery. The aim of this study is to assess the clinical and
haemodynamic outcomes of peroneal artery angioplasty as a single runoff vessel for foot revascularization
in patients with critical limb ischemia. Methods: Between September 2014 and January 2016, we enrolled
23 patients in our prospective clinical study with critical lower limb ischemia having the peroneal artery as
a single runoff vessel to the foot. Our patients were treated by endovascular balloon dilatation of the
peroneal artery. Our primary end points were primary, assisted primary, secondary patency, and limb
salvage rate at 12 months, while secondary end points were procedure related complications, and major
adverse cardiovascular events. Results: Data was obtained for 23 patients presenting with critical limb
ischemia with 46.8% of patients presenting with rest pain (Rutherford category 4), and 56.5% of patients
presenting with minor tissue loss (Rutherford category 5). Peroneal artery angioplasty as a single vessel
was attempted in all patients with a mean duration of follow up of 1 year post intervention. Using the
Kaplan-Meier survival curves, our primary patency rate was 63.2%, assisted primary patency rate was
81%, secondary patency rate 100%, Limb salvage rate was 91.3%. Conclusion: This study successfully
demonstrates a durable 1 year primary, assisted primary, and secondary patency rates as well as limb
salvage rate together with good clinical, and haemodynamic outcome. Therefore, in patients with critical
limb ischemia, peroneal artery angioplasty as a single vessel runoff to the foot is essential and sufficient to
improve their clinical outcomes and limb salvage rate.
Keywords: Angioplasty; critical limb ischemia; peroneal; single runoff.