Abdomen Practice Questions

Q: To which lymph nodes, the lymph from the umbilicus drain?

Axillary and inguinal. ***Axillary and inguinal*** - Lymph above the **transumbilical plane** drains to the **axillary lymph nodes** [1]. - Lymph below the **transumbilical plane** drains to the **superficial inguinal lymph nodes** [1]. *External and internal iliac* - These nodes primarily drain structures within the **pelvis**, such as the bladder, rectum, and reproductive organs. - They are not the direct primary drainage site for the umbilical region. *Inter aortocaval* - **Inter aortocaval lymph nodes** are located between the abdominal aorta and inferior vena cava. - They primarily receive lymph from structures such as the **kidneys** and **testes/ovaries**, not the umbilicus. *Pre and para-aortic* - **Pre-aortic lymph nodes** drain organs supplied by unpaired visceral branches of the aorta, like the gastrointestinal tract. - **Para-aortic lymph nodes** drain organs like the kidneys, adrenal glands, and gonads, not directly the umbilical region.

Q: Which of the following ligaments contains splenic artery?

Spleno-renal ligament. ***Spleno-renal ligament*** - The **splenic artery**, a branch of the **celiac trunk**, runs along the **superior border of the pancreas** and then travels within the **spleno-renal (lienorenal) ligament** to reach the hilum of the spleen. - This ligament connects the **spleen to the left kidney** and also contains the **splenic vein** and the **tail of the pancreas** [1], . - The splenic artery is the primary vessel within this ligament. *Spleno-colic ligament* - This ligament connects the **spleen to the transverse colon** and does not contain the splenic artery [1], . - It primarily functions to stabilize the spleen's position relative to the colon. *Spleno-phrenic ligament* - This ligament connects the **spleen to the diaphragm** and is part of the suspensory ligaments of the spleen. - It does not contain major vessels like the splenic artery but may contain small accessory splenic vessels. *Gastro-splenic ligament* - This ligament connects the **spleen to the greater curvature of the stomach**. - It contains the **short gastric arteries** and the **left gastroepiploic vessels**, which are **branches of the splenic artery**, but not the main splenic artery itself [1], .

Q: The pancreas is supplied by all of the following arteries except

Left gastric. ***Left gastric*** - The **left gastric artery** primarily supplies the lesser curvature of the stomach and the abdominal esophagus. - It does not directly supply the pancreas; pancreatic blood supply originates from branches of the splenic, common hepatic, and superior mesenteric arteries. *Splenic* - The **splenic artery** gives rise to multiple branches that supply the pancreas, including the great pancreatic artery, dorsal pancreatic artery, and caudal pancreatic arteries. - These branches are crucial for the blood supply to the body and tail of the pancreas. *Common hepatic* - The **common hepatic artery** gives rise to the gastroduodenal artery, which further branches into the anterior and posterior superior pancreaticoduodenal arteries. - These arteries supply the head of the pancreas and the duodenum. *Superior mesenteric* - The **superior mesenteric artery** gives rise to the inferior pancreaticoduodenal arteries (anterior and posterior branches). - These arteries anastomose with the superior pancreaticoduodenal arteries to supply the head of the pancreas and the uncinate process.

Q: The transition between the stomach and duodenum is marked by

vein of Mayo. The transition between the stomach and duodenum is marked by ***vein of Mayo*** - The **vein of Mayo** (also known as the **prepyloric vein**) is a consistent landmark located on the anterior surface of the **pylorus**, making it a reliable surgical indicator for the gastroduodenal junction. - Its presence signifies the anatomical boundary between the **stomach** and the **duodenum** (specifically, the pylorus and duodenal bulb). *incisura* - The **incisura angularis** is a prominent anatomical landmark on the lesser curvature of the stomach, representing the junction between the body and the pyloric antrum of the stomach. It is shown as a major division in the anatomy of the stomach [1]. - It is located within the stomach itself and does not mark the transition to the duodenum. *hepatoduodenal ligament* - The **hepatoduodenal ligament** is part of the lesser omentum that connects the liver to the duodenum. - While it is anatomically close, it is a peritoneal fold containing structures like the portal triad, not a direct landmark for the gastroduodenal junction. *gastroduodenal artery* - The **gastroduodenal artery** is a major artery that branches from the common hepatic artery and supplies portions of the stomach and duodenum. - It is an important blood vessel in the region but does not serve as an anatomical surface landmark for the transition between the stomach and duodenum.

Q: Normal anatomical narrowings of the ureter are present in all EXCEPT:

Crossing the abdominal aorta. ***Crossing the abdominal aorta*** - The ureter passes anterior to the **abdominal aorta** but this location does not represent a physiological narrowing. - While it's an anatomical relationship, it does not impede urine flow in the same manner as the other listed narrowings. *Ureteropelvic junction* - This is a well-known site of **physiological narrowing** where the renal pelvis funnels into the ureter. - It is a common site for **calculi (kidney stones)** to lodge due to its constricted lumen. *Entering bladder wall* - The ureter traverses the **wall of the bladder** obliquely, creating another physiological narrowing. - This anatomical arrangement acts as a **ureterovesical valve**, preventing vesicoureteral reflux. *Ureteric orifice* - The ureteric orifice, where the ureter opens into the bladder, is the **narrowest point** in the ureter. - This final constriction can also be a site of **stone impaction**.

Q: Which one of the following statements regarding Cantlie's line is correct?

Runs between gall bladder fossa and middle hepatic vein. ***Runs between gall bladder fossa and middle hepatic vein*** - **Cantlie's line** is an imaginary plane that divides the **functional left and right lobes of the liver** [1]. - This line extends from the **gallbladder fossa anteriorly** to the groove for the **inferior vena cava posteriorly**, functionally aligned with the **middle hepatic vein** [1], [3]. *Runs between gall bladder fossa and right hepatic vein* - The **right hepatic vein** typically lies further to the right, dividing the **right anterior and right posterior segments** of the liver [3]. - Cantlie's line is specifically defined by the **major fissure** where the **middle hepatic vein** resides [1]. *Runs between gall bladder fossa and right branch of portal vein* - The **portal vein branches** are located deeper within the liver parenchyma and indicate segmental anatomy rather than the primary functional division [1], [2]. - Cantlie's line is defined by the **major fissure (middle hepatic vein)**, not a portal vein branch [1]. *Runs between gall bladder fossa and left branch of portal vein* - The **left portal vein branch** supplies the functional left lobe and is not involved in defining the primary plane between the functional right and left lobes [1]. - This anatomical landmark relates to the **middle hepatic vein** and the **gallbladder fossa** [1].

Q: Which of the statements regarding Calot's triangle are correct? 1. Common hepatic duct forms the medial boundary of the Calot's triangle 2. Inferior surface of the right lobe of the liver forms the superior boundary of Calot's triangle 3. Right hepatic artery is usually found as a content of the Calot's triangle 4. Cystic duct and medial border of gall bladder forms the lateral border of Calot's triangle Select the correct answer using the code given below:

1, 2 and 4. ***1, 2 and 4*** - The **common hepatic duct** indeed forms the medial boundary, the **inferior surface of the right lobe of the liver** forms the superior boundary, and the **cystic duct along with the medial border of the gallbladder** forms the lateral boundary of Calot's triangle. - The **cystic artery** is typically a content of Calot's triangle [1], not the right hepatic artery. *1, 2 and 3* - While statements 1 and 2 are correct regarding Calot's triangle boundaries, statement 3 is incorrect as the **cystic artery**, not the right hepatic artery, is the usual content [1]. - The **right hepatic artery** typically branches off the proper hepatic artery superior to Calot's triangle, or runs *posterior* to this triangle, not within it [1]. *1, 3 and 4* - Statements 1 and 4 are correct descriptions of the boundaries of Calot's triangle. However, statement 3 is incorrect because the **right hepatic artery** is generally not found within Calot's triangle [1]. - The typical content found within this triangle is the **cystic artery**, which supplies the gallbladder [1]. *2, 3 and 4* - Statements 2 and 4 correctly describe the superior and lateral boundaries of Calot's triangle. Nevertheless, statement 3 is incorrect because the **right hepatic artery** is not a characteristic content of Calot's triangle [1]. - The **common hepatic duct** forms the medial boundary, which is statement 1 and is correct, but not included in this option.

Q: In the intraoperative image of congenital hernia repair, the structure marked by the red arrow is identified as which of the following?

Testicular vein. ***Testicular vein*** - The **testicular vein** is clearly visible within the **spermatic cord** structures, which are typically identified and often dissected during congenital hernia repair. - Its position coursing with the testicular artery and vas deferens is consistent with its anatomical location within the inguinal canal. *Femoral vein* - The **femoral vein** lies more inferiorly and medially within the femoral canal, distinct from the inguinal canal contents visualized in this image. - Identification of the femoral vein would be in the context of a femoral hernia repair, not typically a congenital (indirect inguinal) hernia. *Obturator vein* - The **obturator vein** is located deep within the pelvis, accompanying the obturator nerve and artery through the obturator foramen. - It is not typically encountered or visible during a standard open or laparoscopic inguinal hernia repair. *Inferior epigastric vein* - The **inferior epigastric vein** runs superiorly and medially, forming the medial border of the **inguinal triangle (Hesselbach's triangle)**. - While it's an important landmark in hernia repair (differentiating direct vs. indirect hernias), its anatomical position and trajectory are distinct from the structure indicated by the arrow, which is part of the spermatic cord.

Q: Anterior relations of third part of duodenum are all except?

Fundus of gallbladder. ***Fundus of gallbladder*** - The **fundus of the gallbladder** is located more superiorly and anteriorly, typically lying near the ninth costal cartilage, and is not an anterior relation of the third part of the duodenum. - The third part of the duodenum lies mainly at the level of the **L3 vertebra**, far removed from the gallbladder fundus. *Jejunum* - The **jejunum**, being part of the mobile small intestine, can lie anterior to the third part of the duodenum. - These two structures are anatomically close and can overlap. *Root of mesentery* - The **root of the mesentery** crosses anterior to the third part of the duodenum, attaching to the posterior abdominal wall. - This is a key anatomical landmark that helps fix the position of the small intestine. *Superior mesenteric artery* - The **superior mesenteric artery** and vein both cross **anterior** to the third part of the duodenum as they emerge from beneath the pancreas. - This anatomical relationship is clinically relevant in conditions like superior mesenteric artery syndrome.

Q: Identify the position of the appendix marked in BLACK in the given image:

Retrocecal. ***Retrocecal*** - The **retrocecal** position (represented by the black color in the image) indicates the appendix is located behind the cecum, often a common variant. - This position can make diagnosis of appendicitis challenging as it may cause atypical pain patterns. *Pelvic* - The **pelvic** appendix descends into the true pelvis, which can mimic gynecological or urological conditions. - It usually causes pain that is more generalized in the lower abdomen or suprapubic region. *Subcecal* - The **subcecal** appendix is located directly below the cecum and is a relatively rare position. - While somewhat straightforward in presentation, it is less common than retrocecal or pelvic positions. *Preileal* - The **preileal** position indicates the appendix lies in front of the terminal ileum. - This is a less common anatomical variation, often associated with specific clinical presentations related to its anterior location.

Question 1

To which lymph nodes, the lymph from the umbilicus drain?

Accepted Answer

Axillary and inguinal

Answer

External and internal iliac

Answer

Inter aortocaval

Answer

Pre and para-aortic

Question 2

Which of the following ligaments contains splenic artery?

Accepted Answer

Spleno-renal ligament

Answer

Spleno-colic ligament

Answer

Spleno-phrenic ligament

Answer

Gastro-splenic ligament

Question 3

The pancreas is supplied by all of the following arteries except

Accepted Answer

Left gastric

Answer

Splenic

Answer

Common hepatic

Answer

Superior mesenteric

Question 4

The transition between the stomach and duodenum is marked by

Accepted Answer

vein of Mayo

Answer

incisura

Answer

hepatoduodenal ligament

Answer

gastroduodenal artery

Question 5

Normal anatomical narrowings of the ureter are present in all EXCEPT:

Accepted Answer

Crossing the abdominal aorta

Answer

Ureteropelvic junction

Answer

Entering bladder wall

Answer

Ureteric orifice

Question 6

Which one of the following statements regarding Cantlie's line is correct?

Accepted Answer

Runs between gall bladder fossa and middle hepatic vein

Answer

Runs between gall bladder fossa and right hepatic vein

Answer

Runs between gall bladder fossa and right branch of portal vein

Answer

Runs between gall bladder fossa and left branch of portal vein

Question 7

Which of the statements regarding Calot's triangle are correct?

1. Common hepatic duct forms the medial boundary of the Calot's triangle
2. Inferior surface of the right lobe of the liver forms the superior boundary of Calot's triangle
3. Right hepatic artery is usually found as a content of the Calot's triangle
4. Cystic duct and medial border of gall bladder forms the lateral border of Calot's triangle

Select the correct answer using the code given below:

Accepted Answer

1, 2 and 4

Answer

1, 2 and 3

Answer

1, 3 and 4

Answer

2, 3 and 4

Question 8

In the intraoperative image of congenital hernia repair, the structure marked by the red arrow is identified as which of the following?

Accepted Answer

Testicular vein

Answer

Femoral vein

Answer

Obturator vein

Answer

Inferior epigastric vein

Question 9

Anterior relations of third part of duodenum are all except?

Accepted Answer

Fundus of gallbladder

Answer

Jejunum

Answer

Root of mesentery

Answer

Superior mesenteric artery

Question 10

Identify the position of the appendix marked in BLACK in the given image:

Accepted Answer

Retrocecal

Answer

Pelvic

Answer

Subcecal

Answer

Preileal

Abdomen — MCQs

Abdomen — MCQs

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