Exam 4 Final NSG 3800 Med Surg II
Comprehensive Hepatobiliary and Endocrine
Disorders Examination 2026
1. The nurse is caring for a client with chronic alcoholism who has jaundice. The nurse determines the
etiological process of this condition is:
A. Increased bile salt excretion
B. An alteration of protein metabolism
C. Hepatic dysfunction in bilirubin metabolism
D. Prehepatic alterations in erythropoiesis
ANSWER: C
Rationale:
Option A: Increased bile salt excretion is incorrect because jaundice in chronic alcoholism is not caused
by increased bile salt excretion. Bile salt excretion may actually be decreased in liver disease, leading to
pruritus, but this is not the primary mechanism of jaundice.
Option B: An alteration of protein metabolism is incorrect because while chronic alcoholism does affect
protein metabolism (decreased albumin synthesis, decreased clotting factors), this is not the direct
cause of jaundice. Protein metabolism alterations cause other complications like edema and bleeding
tendencies.
Option C: Hepatic dysfunction in bilirubin metabolism is correct because chronic alcoholism causes liver
damage that impairs the liver's ability to conjugate and excrete bilirubin. The damaged hepatocytes
cannot effectively process bilirubin, leading to its accumulation in the blood and subsequent jaundice.
Option D: Prehepatic alterations in erythropoiesis is incorrect because prehepatic jaundice is caused by
excessive red blood cell breakdown (hemolysis), not liver disease. In chronic alcoholism, the jaundice is
hepatic (hepatocellular) in origin, not prehepatic.
2. The nurse is caring for a client who has cholelithiasis. Which of the following should the nurse identify
as a risk factor for this condition?
A. Excessive alcohol abuse
B. Rapid weight loss in an obese individual
,C. A nasogastric (NG) tube to low wall suction
D. Hepatitis virus B (HVB)
ANSWER: B
Rationale:
Option A: Excessive alcohol abuse is incorrect because while alcohol causes liver disease (cirrhosis,
hepatitis), it is not a direct risk factor for gallstone formation. Alcohol-related liver disease is a separate
pathophysiological process.
Option B: Rapid weight loss in an obese individual is correct because rapid weight loss causes increased
cholesterol mobilization from adipose tissue, leading to supersaturated bile with cholesterol. This
promotes cholesterol crystal formation and gallstone development. Obesity itself is a risk factor, and
rapid weight loss exacerbates this risk.
Option C: A nasogastric (NG) tube to low wall suction is incorrect because NG suctioning does not cause
gallstone formation. While prolonged NG suctioning can cause electrolyte imbalances and metabolic
alkalosis, it does not directly contribute to cholelithiasis development.
Option D: Hepatitis virus B (HVB) is incorrect because hepatitis B causes liver inflammation and damage
but does not directly cause gallstone formation. Hepatitis and cholelithiasis are separate disease
processes affecting different aspects of the hepatobiliary system.
3. The nurse is caring for a client who has chronic cholecystitis. Which of the following would the nurse
expect the client to report?
A. Abdominal pain upon waking up
B. Left upper quadrant abdominal pain
C. Persistent epigastric pain
D. Diarrhea
ANSWER: C
Rationale:
Option A: Abdominal pain upon waking up is incorrect because cholecystitis pain is typically related to
meals, especially fatty foods, not specifically to waking up. The pain pattern is more related to
gallbladder contraction after eating rather than circadian rhythms.
Option B: Left upper quadrant abdominal pain is incorrect because the gallbladder is located in the right
upper quadrant (RUQ) of the abdomen. Pain from cholecystitis would be felt in the RUQ or epigastric
region, possibly radiating to the right shoulder or scapula, not the left upper quadrant.
Option C: Persistent epigastric pain is correct because chronic cholecystitis causes recurrent episodes of
epigastric or right upper quadrant pain, often after meals. The pain may be dull and persistent, differing
from the severe colicky pain of acute cholecystitis. Epigastric pain is a classic presentation.
,Option D: Diarrhea is incorrect because cholecystitis typically does not cause diarrhea. In fact, patients
may experience constipation or decreased bowel sounds due to the inflammatory process. Diarrhea
would be more associated with other GI conditions like IBD or infections.
4. The nurse is caring for a client who has acute cholecystitis. Which of the following would the nurse
recognize as contributing to the pathological process of this condition?
A. Increased lecithin production by the gallbladder
B. Enzymatic activation causing autodigestion of the gallbladder
C. Vascular insufficiency to the gallbladder resulting in ischemic injury
D. Obstruction of the common cystic duct within the gallbladder
ANSWER: D
Rationale:
Option A: Increased lecithin production by the gallbladder is incorrect because lecithin is a bile
component that actually helps solubilize cholesterol. Increased lecithin would theoretically help prevent
stone formation, not cause cholecystitis. The problem in cholelithiasis is often decreased lecithin relative
to cholesterol.
Option B: Enzymatic activation causing autodigestion of the gallbladder is incorrect because this
describes the pathophysiology of acute pancreatitis, not cholecystitis. In pancreatitis, premature
activation of pancreatic enzymes causes autodigestion of pancreatic tissue.
Option C: Vascular insufficiency to the gallbladder resulting in ischemic injury is incorrect because while
vascular compromise can occur as a complication of severe acute cholecystitis (leading to gangrenous
cholecystitis), it is not the primary pathological process. Ischemia is a secondary complication, not the
initial cause.
Option D: Obstruction of the common cystic duct within the gallbladder is correct because acute
cholecystitis is primarily caused by obstruction of the cystic duct by a gallstone (in 90-95% of cases). This
obstruction causes bile stasis, increased pressure, inflammation, and potential bacterial infection of the
gallbladder.
5. The nurse has attended a continuing education conference about hepatitis. Which of the following
statements by the nurse indicates a need for further teaching?
A. Depending on the virus, both DNA and RNA strands can be affected
B. Hepatitis virus B (HVB) is most similar to hepatitis virus D (HVD)
C. Serologic testing is necessary to differentiate the various types of hepatitis
D. Hepatitis virus C has an incubation period of 2 to 5 weeks
ANSWER: D
Rationale:
, Option A: Depending on the virus, both DNA and RNA strands can be affected is correct and does NOT
indicate a need for further teaching. Hepatitis B is a DNA virus, while hepatitis A, C, D, and E are RNA
viruses. This statement shows accurate knowledge.
Option B: Hepatitis virus B (HVB) is most similar to hepatitis virus D (HVD) is correct and does NOT
indicate a need for further teaching. Hepatitis D is a defective virus that requires hepatitis B surface
antigen (HBsAg) to replicate, so HDV can only infect someone who also has HBV. They are closely related
in this way.
Option C: Serologic testing is necessary to differentiate the various types of hepatitis is correct and does
NOT indicate a need for further teaching. Different hepatitis viruses produce specific antibodies and
antigens that can be detected through serologic testing to determine which type of hepatitis is present.
Option D: Hepatitis virus C has an incubation period of 2 to 5 weeks indicates a need for further teaching
because this is incorrect. Hepatitis C has an incubation period of 2 weeks to 6 months (average 6-9
weeks), not 2-5 weeks. The 2-5 week incubation period is more characteristic of hepatitis A. This
statement shows a knowledge gap.
6. The nurse is caring for a client who has an acute infection of hepatitis virus A. The nurse expects the
presence of:
A. HVE antibody IgG and IgM
B. HVB DNA polymerase activity
C. Anti-HVA IgG marker
D. Anti-HVA IgM marker
ANSWER: D
Rationale:
Option A: HVE antibody IgG and IgM is incorrect because HVE refers to hepatitis E virus, not hepatitis A
virus. These antibodies would indicate hepatitis E infection, not hepatitis A. This shows confusion
between different hepatitis viruses.
Option B: HVB DNA polymerase activity is incorrect because this marker relates to hepatitis B virus
replication, not hepatitis A. DNA polymerase is an enzyme associated with HBV replication and would be
present in active hepatitis B infection, not hepatitis A.
Option C: Anti-HVA IgG marker is incorrect for acute infection because IgG antibodies indicate past
infection or immunity, not acute infection. Anti-HAV IgG appears after the acute phase and provides
long-term immunity. It would be present in someone who has recovered from hepatitis A or been
vaccinated.
Option D: Anti-HVA IgM marker is correct because IgM antibodies are the first antibodies produced in
response to an acute infection. Anti-HAV IgM appears early in the course of hepatitis A infection (at the
time of symptom onset) and typically persists for up to 6 months, making it the diagnostic marker for
acute hepatitis A infection.
Comprehensive Hepatobiliary and Endocrine
Disorders Examination 2026
1. The nurse is caring for a client with chronic alcoholism who has jaundice. The nurse determines the
etiological process of this condition is:
A. Increased bile salt excretion
B. An alteration of protein metabolism
C. Hepatic dysfunction in bilirubin metabolism
D. Prehepatic alterations in erythropoiesis
ANSWER: C
Rationale:
Option A: Increased bile salt excretion is incorrect because jaundice in chronic alcoholism is not caused
by increased bile salt excretion. Bile salt excretion may actually be decreased in liver disease, leading to
pruritus, but this is not the primary mechanism of jaundice.
Option B: An alteration of protein metabolism is incorrect because while chronic alcoholism does affect
protein metabolism (decreased albumin synthesis, decreased clotting factors), this is not the direct
cause of jaundice. Protein metabolism alterations cause other complications like edema and bleeding
tendencies.
Option C: Hepatic dysfunction in bilirubin metabolism is correct because chronic alcoholism causes liver
damage that impairs the liver's ability to conjugate and excrete bilirubin. The damaged hepatocytes
cannot effectively process bilirubin, leading to its accumulation in the blood and subsequent jaundice.
Option D: Prehepatic alterations in erythropoiesis is incorrect because prehepatic jaundice is caused by
excessive red blood cell breakdown (hemolysis), not liver disease. In chronic alcoholism, the jaundice is
hepatic (hepatocellular) in origin, not prehepatic.
2. The nurse is caring for a client who has cholelithiasis. Which of the following should the nurse identify
as a risk factor for this condition?
A. Excessive alcohol abuse
B. Rapid weight loss in an obese individual
,C. A nasogastric (NG) tube to low wall suction
D. Hepatitis virus B (HVB)
ANSWER: B
Rationale:
Option A: Excessive alcohol abuse is incorrect because while alcohol causes liver disease (cirrhosis,
hepatitis), it is not a direct risk factor for gallstone formation. Alcohol-related liver disease is a separate
pathophysiological process.
Option B: Rapid weight loss in an obese individual is correct because rapid weight loss causes increased
cholesterol mobilization from adipose tissue, leading to supersaturated bile with cholesterol. This
promotes cholesterol crystal formation and gallstone development. Obesity itself is a risk factor, and
rapid weight loss exacerbates this risk.
Option C: A nasogastric (NG) tube to low wall suction is incorrect because NG suctioning does not cause
gallstone formation. While prolonged NG suctioning can cause electrolyte imbalances and metabolic
alkalosis, it does not directly contribute to cholelithiasis development.
Option D: Hepatitis virus B (HVB) is incorrect because hepatitis B causes liver inflammation and damage
but does not directly cause gallstone formation. Hepatitis and cholelithiasis are separate disease
processes affecting different aspects of the hepatobiliary system.
3. The nurse is caring for a client who has chronic cholecystitis. Which of the following would the nurse
expect the client to report?
A. Abdominal pain upon waking up
B. Left upper quadrant abdominal pain
C. Persistent epigastric pain
D. Diarrhea
ANSWER: C
Rationale:
Option A: Abdominal pain upon waking up is incorrect because cholecystitis pain is typically related to
meals, especially fatty foods, not specifically to waking up. The pain pattern is more related to
gallbladder contraction after eating rather than circadian rhythms.
Option B: Left upper quadrant abdominal pain is incorrect because the gallbladder is located in the right
upper quadrant (RUQ) of the abdomen. Pain from cholecystitis would be felt in the RUQ or epigastric
region, possibly radiating to the right shoulder or scapula, not the left upper quadrant.
Option C: Persistent epigastric pain is correct because chronic cholecystitis causes recurrent episodes of
epigastric or right upper quadrant pain, often after meals. The pain may be dull and persistent, differing
from the severe colicky pain of acute cholecystitis. Epigastric pain is a classic presentation.
,Option D: Diarrhea is incorrect because cholecystitis typically does not cause diarrhea. In fact, patients
may experience constipation or decreased bowel sounds due to the inflammatory process. Diarrhea
would be more associated with other GI conditions like IBD or infections.
4. The nurse is caring for a client who has acute cholecystitis. Which of the following would the nurse
recognize as contributing to the pathological process of this condition?
A. Increased lecithin production by the gallbladder
B. Enzymatic activation causing autodigestion of the gallbladder
C. Vascular insufficiency to the gallbladder resulting in ischemic injury
D. Obstruction of the common cystic duct within the gallbladder
ANSWER: D
Rationale:
Option A: Increased lecithin production by the gallbladder is incorrect because lecithin is a bile
component that actually helps solubilize cholesterol. Increased lecithin would theoretically help prevent
stone formation, not cause cholecystitis. The problem in cholelithiasis is often decreased lecithin relative
to cholesterol.
Option B: Enzymatic activation causing autodigestion of the gallbladder is incorrect because this
describes the pathophysiology of acute pancreatitis, not cholecystitis. In pancreatitis, premature
activation of pancreatic enzymes causes autodigestion of pancreatic tissue.
Option C: Vascular insufficiency to the gallbladder resulting in ischemic injury is incorrect because while
vascular compromise can occur as a complication of severe acute cholecystitis (leading to gangrenous
cholecystitis), it is not the primary pathological process. Ischemia is a secondary complication, not the
initial cause.
Option D: Obstruction of the common cystic duct within the gallbladder is correct because acute
cholecystitis is primarily caused by obstruction of the cystic duct by a gallstone (in 90-95% of cases). This
obstruction causes bile stasis, increased pressure, inflammation, and potential bacterial infection of the
gallbladder.
5. The nurse has attended a continuing education conference about hepatitis. Which of the following
statements by the nurse indicates a need for further teaching?
A. Depending on the virus, both DNA and RNA strands can be affected
B. Hepatitis virus B (HVB) is most similar to hepatitis virus D (HVD)
C. Serologic testing is necessary to differentiate the various types of hepatitis
D. Hepatitis virus C has an incubation period of 2 to 5 weeks
ANSWER: D
Rationale:
, Option A: Depending on the virus, both DNA and RNA strands can be affected is correct and does NOT
indicate a need for further teaching. Hepatitis B is a DNA virus, while hepatitis A, C, D, and E are RNA
viruses. This statement shows accurate knowledge.
Option B: Hepatitis virus B (HVB) is most similar to hepatitis virus D (HVD) is correct and does NOT
indicate a need for further teaching. Hepatitis D is a defective virus that requires hepatitis B surface
antigen (HBsAg) to replicate, so HDV can only infect someone who also has HBV. They are closely related
in this way.
Option C: Serologic testing is necessary to differentiate the various types of hepatitis is correct and does
NOT indicate a need for further teaching. Different hepatitis viruses produce specific antibodies and
antigens that can be detected through serologic testing to determine which type of hepatitis is present.
Option D: Hepatitis virus C has an incubation period of 2 to 5 weeks indicates a need for further teaching
because this is incorrect. Hepatitis C has an incubation period of 2 weeks to 6 months (average 6-9
weeks), not 2-5 weeks. The 2-5 week incubation period is more characteristic of hepatitis A. This
statement shows a knowledge gap.
6. The nurse is caring for a client who has an acute infection of hepatitis virus A. The nurse expects the
presence of:
A. HVE antibody IgG and IgM
B. HVB DNA polymerase activity
C. Anti-HVA IgG marker
D. Anti-HVA IgM marker
ANSWER: D
Rationale:
Option A: HVE antibody IgG and IgM is incorrect because HVE refers to hepatitis E virus, not hepatitis A
virus. These antibodies would indicate hepatitis E infection, not hepatitis A. This shows confusion
between different hepatitis viruses.
Option B: HVB DNA polymerase activity is incorrect because this marker relates to hepatitis B virus
replication, not hepatitis A. DNA polymerase is an enzyme associated with HBV replication and would be
present in active hepatitis B infection, not hepatitis A.
Option C: Anti-HVA IgG marker is incorrect for acute infection because IgG antibodies indicate past
infection or immunity, not acute infection. Anti-HAV IgG appears after the acute phase and provides
long-term immunity. It would be present in someone who has recovered from hepatitis A or been
vaccinated.
Option D: Anti-HVA IgM marker is correct because IgM antibodies are the first antibodies produced in
response to an acute infection. Anti-HAV IgM appears early in the course of hepatitis A infection (at the
time of symptom onset) and typically persists for up to 6 months, making it the diagnostic marker for
acute hepatitis A infection.
