Surgical Anatomy Of The Pancreas.ppt Apr 2026

Dr. Elara Voss clicked open the file on the worn operating room terminal. The title glowed on the screen: .

The splenic artery ran along the superior border like a taught bowstring. The splenic vein clung to the posterior surface, inseparable, fragile. “Here,” the slide read, “the pancreas touches the left kidney, the adrenal gland, and the splenic hilum. To mobilize the tail, you must befriend the spleen’s ligaments.”

Not a hero. A ghost. The pancreas, the text whispered, lies retroperitoneally—behind the stomach, draped over the spine, clinging to the duodenum like a secret. “You will not see it until you know where to feel,” the notes read in the margins. Elara remembered her first Whipple procedure. The pancreas had felt like a firm, pale tongue of resistance in a dark cavity. SURGICAL ANATOMY OF THE PANCREAS.ppt

A tiny, pale white line—the main pancreatic duct. It can be 1mm or 3mm. It can be absent, split, or looping. Never assume. Always probe. Elara smiled grimly. She had once spent forty minutes searching for a duct in a fatty pancreas, only to find it running dorsally, laughing at her.

The Map Behind the Curtain

The map had been drawn. Now came the walking.

She wasn’t expecting a story. She was expecting a review—slides of diagrams, venous confluence zones, and arterial arcades. But as she began to click through, the presentation unfolded like a surgeon’s confession. The splenic artery ran along the superior border

The image showed the C-loop of the duodenum cupping the pancreatic head. The common bile duct pierced through it like a needle through felt. Here lies the danger, the slide warned. Dissect too medially, and you breach the bile duct. Dissect too laterally, and you strip the mesopancreas—the uncinate process—where the SMV hides like a vein in a trap.