A. The falciform ligament represents the division into right and left sides of the liver.
C. There are six segments on the right side and two on the left side.
E. The right side of the liver is fed by the portal vein and the left side by the hepatic artery.
D. The quadrate lobe is identical with segment 1.
B. The division between the right and left sides of the liver is through the gallbladder bed.
A. the head of the pancreas
E. the pelvis of the right ureter
D. the left supra renal gland
C. the inferior vena cava
B. the right sympathetic chain
A. superior mesenteric artery.
E. short gastric arteries.
D. superior pancreatic-duodenal artery.
B. left gastric artery.
C. splenic artery.
E. the short gastric arteries
B. the left gastric artery
D. the superior pancreatic-duodenal artery
C. the splenic artery
A. the superior mesenteric artery
D. has a valve at its commencement
C. lies anterior to the bile duct
E. receives the left gastric vein
B. is formed by the union of the splenic and inferior mesenteric veins
A. commences at the level of the third lumbar vertebra
C. lies to the left of the hepatic artery
A. lies over the inferior vena cava in the middle 1/3 of its course
E. receives the right and left hepatic ducts
D. opens into the duodenum at the vertebral level of L3
B. is about 12 cm long in the adult
D. lies to the left of the hepatic artery
B. is formed by the right and left hepatic ducts
A. is lined by tall columnar, non-mucus secreting epithelium
E. is about 14 cm in length
C. passes anterior to the right renal vein
C. is directed downwards, backwards, and laterally from the fundus to duct
E. has a submucosa with mucous glands
D. has considerable smooth muscle in its wall
B. is in contact extraperitoneally with the duodenum
A. is lined by simple columnar epithelium
B. bed lies entirely within the functional right lobe of the liver
E. has a submucosa in its wall
D. neck is an anterior relation of the right kidney
C. contains mucus-secreting glands in the mucosa of its body
A. bed forms one border of the caudate lobe of the liver
D. the right branch of the hepatic artery
B. the hepatic artery directly before its bifurcation
C. the right gastric artery
E. the gastroduodenal artery
D. is in the supra colic compartment
E. develops from the ventral mesogastrium
C. projects into the lesser sac
B. has a long axis which lies along the line of the seventh rib
A. has a convex surface related to the diaphragm and quadratus lumborum muscles
E. develops in the dorsal mesogastrium
D. lies within the lesser sac
B. receives its main blood supply via the gastrolienal ligament
C. develops in the ventral mesogastrium
A. extends forward to the left costal margin
C. joins the superior mesenteric vein behind the body of pancreas
A. is valveless
E. has none of the above properties
B. empties into the inferior vena cava
D. receives the left testicular vein
A. commences about 25 cm from the incisor teeth in the average adult
C. is anterior to the thoracic aorta above the diaphragm
E. has a thickening of circular muscle at its lower end just below the diaphragm
D. usually passes between the two crura of the diaphragm
B. is constricted to some extent by the right main bronchus
E. The splenic artery.
B. The gastro-omental arcade.
D. The posterior gastric artery.
C. The short gastric vessels.
A. The left gastric artery.
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