internal thoracic R/L, subclavian R/L, brachiocephalic R/L, external jugular R/L, internal jugular R/L, axilary R/L
The left and right common iliac veins join to form the vena cava.
Brachiocephalic
Brachiocephalic
illiac veins
The common iliac veins
brachiocephalic veins
Right and left brachiocephalic veins
The distal end of the inferior vena cava is formed by the junction of the paired common iliac veins (Marieb, Elaine- A&P)
The inferior vena cave is the largest vein in the body. The vein is formed by two iliac veins and returns blood to the heart.
The heart. Specifically through the Vena Cava.
The renal vein (renal = Kidney in Latin).
vena cava
To transport de-oxygenated blood to the lungs.
is a collection of veins joined together to form a large vessel that collects blood from the myocardium of the heart. It is present in humans and other animals. It receives blood mainly from the small, middle, great and oblique cardiac veins. It also receives blood from the left marginal vein and the left posterior ventricular vein. The anterior cardiac veins drain directly into the right atrium. (Some small veins drain into any of the four chambers of the heart.) It drains into the right atrium on the posterior, inferior surface, medial to the inferior vena cava opening.
the deoxygenated blood from the kidneys is carried by venules which combine to form veins. These veins then bring the deoxygenated blood to the heart via. the anterior and superior vena cava. This blood is then poured to right atrium of heart and it is then passed to right ventricle via. tricuspid valve.
The Superior Vena Cava, which delivers blood from your shoulders up to your head. The Inferior Vena Cava, which delivers blood from your shoulders to your feet. The Coronary Artery, which delivers blood to the heart muscle