The axillary artery moves oxygenated blood to the the upper limbs, axilla and thorax. :)
Axillary arteries provide blood through the shoulder and the Brachial arteries send blood to the arms.
The radial and ulnar arteries branch off from the brachial (axillary) artery below the elbow.
The brachial artery is the continuation of the axillary artery. At the elbow it then divides into the radial and ulnar arteries.
The subclavian passes below the clavicle, becoming the axillary artery. The axillary artery gives rise to the brachial artery. The brachial is the largest artery in the arm, and spits into three major branches the profunda brachii in the arm , and the radial and ulna arteries in the forearms. Other arteries include the interosseous, circumflex, and humeral nutrient arteries.
arteries description and function
the function of the haemoglobin arteries is to pump di-oxygenated blood from the heat to the lungs so you can breathe
Valves function to help keep blood flowing toward the heart. Arteries function to carry blood away from the heart.
Axillo-axillary anastomoses refer to the connections between the axillary arteries or their branches on both sides of the body, typically occurring in the region of the axilla (armpit). These anastomoses facilitate collateral circulation, which can be crucial if one of the main blood supplies is compromised. They are formed by branches of the subclavian artery and are important for maintaining blood flow to the upper limb.
The arteries carry oxygenated blood from the heart to the body. The walls of arteries are muscular allowing the arteries to constrict or dilate. The more constricted the arteries are, the higher the blood pressure.
The function of arteries is to conduct blood away from the heart. This blood is usually oxygenated but there are two notable exceptions which are the pulmonary and umbilical arteries.
You may mean the renal arteries. They supply the kidneys with oxygenated blood.
The pulmonary arteries deliver blood to the lungs from the heart so it can be oxygenated.