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Arteries of the Pelvis and Lower Limbs The right and left common iliac arteries are the terminal branches of the abdominal aorta. Each of these arteries branches into internal and external iliac arteries. The internal iliac arteries and their branches supply the pelvis, while the external iliac arteries and their branches perfuse the lower limbs. Major Arteries of the Pelvis and Lower Limbs Branch Area Supplied Description Common iliac arteries Pelvis, lower limbs, external genitalia Each common iliac artery gives rise to two branches: the internal iliac and external iliac arteries Internal iliac arteries Pelvic wall and organs, including the bladder and rectum, uterus and vagina in females, and prostate gland and ductus deferens in males Primary arteries supplying the pelvis; Branches: superior and inferiorgluteal arteries (supply the gluteal muscles), obturator artery(adductor muscles of inner thigh), internal pudendal artery(external genitalia and perineum) External iliac arteries Lower limbs The external iliac arteries become the femoral arteries; Branches supply the anterior abdominal wall muscles, round ligament of uterus in females, and cremaster muscles in males Femoral arteries Lower abdominal wall, thigh muscles, groin, external genitals A branch of the femoral arteries, the deep femoral artery (deep artery of the thigh) supplies most thigh muscles (including the quadriceps, femoris, adductors, and hamstrings); The pulse of the femoral artery can be felt just below the inguinal ligament; In a cardiac catheterization procedure, a Branch Area Supplied Description catheter is inserted into the femoral artery to reach the left side of the heart Popliteal arteries Adductor magnus and hamstring muscles, skin on the back of the legs; branches supply calf muscles, knee joint, femur, patella, fibula The popliteal arteries divide into the anterior and posterior tibial arteries; The pulse of the popliteal arteries can be felt behind the knee Anterior tibial arteries Knee joints, anterior compartment of the legs, skin on the front of the legs, ankle joints; branches supply feet and toes At the ankle, the anterior tibial arteries become the dorsalis pedis arteries (dorsal arteries of the foot) that supply the joints, muscles, and skin on the dorsal part of the foot; Each dorsal artery gives rise to arcuate arteries, which divide into the dorsal metatarsal arteries that supply the feet; Branches end by dividing into dorsal digital arteries that supply the toes; Pulse in the dorsalis pedis artery is used to assess the peripheral vascular system Posterior tibial arteries Bones, joints, muscles of the legs and feet The posterior tibial arteries are a continuation of the popliteal arteries; Divide into the medial and lateral plantar arteries Branch Area Supplied Description Medial plantar arteries Toes; abductor hallucis and flexor digitorum brevis muscles The medial plantar arteries run along the medial side of the foot Plantar metatarsal arteries Feet The lateral plantar arteries merge with a dorsal artery branch to create the plantar arch, which gives rise to the plantar metatarsal arteries; End by dividing into the plantar digital arteries, which perfuse the toes Fibular arteries Fibularis, tibialis, posterior, soleus, and flexor hallucis muscles; fibula, tarsus, and lateral part of heel The fibular arteries (peroneal arteries) are major branches of the posterior tibial arteries