Abstract

The dorsalis pedis artery poses a wide range of anatomical variations. Their embryological dimensions along with clinical importance cater the interest of anatomists on the artery. The available literature lacks in giving a proper insight into their development. The present study aimed at studying the variations in the origin of dorsalis pedis artery by cadaveric dissection and to provide an embryological basis for them. Dissection was conducted on fifty free lower limbs of formalin fixed cadavers. Variations in the origin of the artery were noted. The variations were embryologically correlated and their clinical relevance were reviewed. Of the 50 limbs dissected, normal origin of dorsalis pedis artery was found in 46 limbs (ie:92%). In three cases (6%) the artery originated from one among the other leg arteries. In one specimen the dorsalis pedis artery (DPA)was absent. The variations were correlated with the embryological development of axis and femoral artery branches. The variations were also classified under the standardized popliteal artery variants. The arterial variations are embryological imprints. Knowing them provides great help for vascular surgeries, flap procedures, managing ischemic or diabetic foot, club foot correction etc. Imaging the vessels before surgery is always advocated.

Highlights

  • The lower limb in man is specially designed for locomotion and weight bearing

  • The dorsum of foot is mainly supplied by dorsalis pedis artery

  • Dorsum of foot of these limbs were carefully dissected for the dorsalis pedis artery and its branches

Read more

Summary

Introduction

The lower limb in man is specially designed for locomotion and weight bearing. The foot being the extreme end of lower limb is vulnerable to injuries especially in diabetic patients. The dorsum of foot is mainly supplied by dorsalis pedis artery. It is the continuation of anterior tibial artery distal to the ankle. It courses straight on the medial side of the dorsum giving branches and dips into the sole to complete the plantar arterial arch. The dorsalis pedis artery poses a wide range of anatomical variations. Their embryological dimensions along with clinical importance cater the interest of anatomists on the artery. Aims: The present study aimed at studying the variations in the origin of dorsalis pedis artery by cadaveric dissection and to provide an embryological basis for them.

Objectives
Methods
Findings
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call