The tibial artery is located in the lower leg and is divided into two main branches: the anterior tibial artery and the posterior tibial artery. The anterior tibial artery runs along the front of the leg and supplies blood to the anterior compartment, while the posterior tibial artery runs along the back, supplying blood to the posterior compartment. Both branches originate from the popliteal artery, which is located behind the knee.
Blood flow in the leg begins at the femoral artery. From there, it runs to the popliteal artery, anterior tibial artery, dorsalis pedis artery, and finally, the dorsal metatarsal arteries.
Blood goes into the Aorta from the heart. Then enters into Common iliac arteries, external iliac arteries, femoral artery, popliteal artery, and then it goes into the anterior tibial and posterior tibial arteries which supply the foot.
anterior tibial, femoral, posterior tibialfemoral, posterior tibial, anterior tibial
From the aortic arch, blood flows through the left subclavian artery, then into the axillary artery, followed by the brachial artery. From the brachial artery, blood then reaches the radial artery in the forearm, supplying the distal part of the arm and hand with oxygenated blood.
As oddly specific as this question is the flow would probably follow the path below: Aortic Arch==>Descending Aorta==>either the left or right Common Illiac Artery==>External Illiac Artery==>Femoral Artery==>from here there are two options to get to the Hallucis (big toe) The first is that the blood flows through the Anterior Tibial Artery then into the Medial Dorsal Artery or Lateral Dorsal Artery which merge to form the Arcuate Artery. From here will come smaller un-named arteries to supply the top of the big toe. The other option is that blood flows through the Posterios Tibial Artery then into the Medial Plantar Artery and Lateral Plantar Artery which merge to form the Plantar Arch. Again smller un-named arteries come from the arch to suplly the underside of the big toe this time.
Aortic arch ~>left subclavian artery ~> axillary artery ~> brachial artery ( and its profunda).
bicuspid valve-->left ventricle of heart-->aortic valve-->ascending aorta--> aortic arch-->thoracic aorta-->abdominal aorta-->right common iliac artery and /or left common iliac artery (abdominal aorta splits to form right and left common iliac arteries, adjust for which leg you follow) -->right external iliac artery -->right femoral artery -->right popliteal artery-->right anterior tibial artery-->right dorsal pedis artery-->right arcuate artery-->right dorsal metatarsal artery-->right dorsal digital artery-->arteriole-->capillary-->venule-->right dorsal digital vein-->right dorsal metatarsal vein-->right dorsal venous arch-->right great saphenous vein-->right femoral vein-->right external iliac vein-->right common iliac vein-->Inferior vena cava-->right atrium of the heart-->tricuspid valve system is highly interconnected and alternative routes can be followed within the arteries and veins of the lower limbs
The posterior tibial artery carries blood to the posterior of the leg. This artery also branches off into the fibular artery, which supplies blood to the lateral compartment of the leg.
The popliteal vein carries blood from the knee to the thigh and calf muscles and ultimately to the heart. The vein is formed from the merging of the two posterior tibial veins and ends as it merges in to the femoral vein.
AIA (anterior internal artery) identifies the anterior pituitary gland by supplying blood to it. This artery branches from the internal carotid artery and courses through the pituitary gland, providing oxygenated blood to its anterior portion.
The femoral artery