What is a celiac artery?

Celiac artery is the blood vessel of the digestive system. It is the largest branch of the abdominal aorta, the main blood vessels of the abdomen that descends from the heart and ends in a pan where it is divided into the right and left iliac artery. This vessel is formed from the front of the abdominal aorta at approximately the height of the eighth rib, just above the T12, 12. The function of celiac artery is to supply blood rich in oxygen and nutrients to the digestive organs located in the upper abdomen, including the lower segment of the esophagus, stomach, abdominal, liver, spleen and duodenum and the highest part of the small intestine. Under the xiphoid process of the sternum or the lower tip of the breast bone, near the middle line of the body. With the abdominal aorta, it runs vertically behind it, it is set Jenind the liver, stomach and pancreas. Above this point of origin is the heart and below it is horizontally cut through the abdominal aorta, a renal vein that returns blood to the heart from the kidneys on both sides.

from thisThe point is running celiac artery forward and down and distributes almost immediately into three smaller arteries: left stomach artery, common hepatic artery and splenic artery. The left stomach artery travels back and slightly left, brings blood to the lower esophagus and to the top of the stomach, where it meets the right stomach artery along the upper curve of the stomach. The curvature from celiac disease to the right is a common liver artery that supplies blood to the liver, to the pancreas, to the duodenum and pylorus, which connects the stomach with the duodenum. On the left is a splen artery that transports blood to Tsleen.

While most of the arteries have a pair of vein that cycles deoxygenated blood from tissue nourished back to the heart and lungs, celiac artery is not. Instead, blood from the digestive organs travels to the liver through a liver portal vein or a group of smaller capillaries known as a portal venous system where the organ removes toxins such as alcohol. Up to 75 percent of liver blood flow comes from these blood vessels and only 25 percent of the liver artery, each contributing ZHRUBA 50 percent of the supply of liver oxygen. Deoxygenated blood from celiac disease and liver arteries then returns to the heart and lungs through the lower vena cava, a large vein of the abdomen that runs parallel to the abdominal aorta.