x
Search
Exact matches only
Search in title
Search in content
Search in excerpt
Search in comments
Filter by Custom Post Type
feedback

Celiac Trunk (Coeliac Artery/ Trunk, Celiac Artery)

It arises from the front of the abdominal aorta directly under the aortic opening of the diaphragm at the level of the intervertebral disc between T12 and LI vertebrae. It is a short, broad vessel (1.25 cm long).

 

Interactive Anatomical Interface

 

 

Please hover over the figure to get a brief info about the body parts.
To get the elaborated info click on the body part.

 

Please rotate the device for better visual interaction.

 

Celiac Trunk

Celiac Trunk

Origins

It travels forward and somewhat towards the right and directly divides into following three branches:

Celiac Trunk: Branches

Celiac Trunk: Branches

Left Gastric Artery (Smallest Branch)

It passes towards the left to connect with the cardiac end of the stomach and upward also where it turns forward in order to run downward along the lesser curvature of the stomach. It produces esophageal branches at the cardiac end of the stomach and various gastric branches around the lesser curvature of the stomach.

Common Hepatic Artery

It is bigger than the left gastric artery. In order to reach the upper surface of the first part of the duodenum, it runs downward, forward, and towards the right. Here it goes upward and also travels in the right free margin of the lesser omentum in front of the portal vein and towards the left of common bile duct. On connecting with the porta hepatis, it terminates by dividing into right and left hepatic arteries. The common hepatic artery produces the following branches:

  • Gastroduodenal artery emerges at the upper border of the first of the duodenum. It runs downward behind the duodenum and terminates at its lower boundary by separating into right gastroepiploic and superior pancreatic duodenal arteries.
  • Right gastric artery arises at just distal to the origin of gastroduodenal artery. It turns to the left and runs upward with the lesser curvature of the stomach.
  • Hepatic artery proper is the extension of the common hepatic artery. It gives rise to right and left hepatic arteries at the porta hepatis. The right hepatic artery gives origin to cystic artery to supply the gallbladder. The right and left hepatic arteries supply the right and left physiological lobes of the liver, specifically.

Splenic Artery

It is remarkably complex. It goes horizontally to the left, along the upper border of the body as well as tail of the pancreas, goes across in front of left suprarenal gland and anterior side of the upper part of kidney to enter the lienorenal ligament where it reaches the hilum of spleen. Here it splits within five or more segmental branches, which pass into the spleen to supply it. Along with terminal segmental sections to the spleen, the splenic artery produces the following branches:

  • Pancreatic branches: They are numerous and supply entire pancreas except the head. The named pancreatic branches are large and constant, viz., (i) dorsal pancreatic artery which generally arises from the splenic artery near its origin, (ii) great pancreatic artery (arteria pancreatica magna) which enters the body of pancreas and runs along the main pancreatic duct, and (iii) caudal pancreatic arteries that supply the tail. The pancreatic sections anastomose freely with each other and one of these is termed inferior pancreatic artery.
  • Short gastric arteries (3-7 in number): They arise via the terminal part of the splenic artery and supply the fundus of the stomach.
  • Left gastroepiploic artery: It arises from the terminal part of the splenic artery near the hilum of spleen and runs along the greater curvature of the stomach, and ends by anastomosing with the right gastroepiploic artery.

Supply

  • Gall bladder.
  • Spleen.
  • Pancreas.
  • Oesophagus.
  • Duodenum.

Rate this Article: 1 Star2 Stars3 Stars4 Stars5 Stars (49 votes, average: 4.54 out of 5)
Loading...

By | 2018-02-01T08:26:31+00:00 September 23rd, 2017|Abdomen, Anatomy, Arteries|0 Comments