,NSG3850/NSG 3850 Exam 4 | Advanced
1. A patient with cirrhosis develops ascites. Which mechanism is the primary contributor to this fluid
accumulation?
A) Decreased plasma oncotic pressure from hypoalbuminemia
B) Increased capillary hydrostatic pressure from portal hypertension
C) Increased lymphatic drainage from the thoracic duct
D) Decreased antidiuretic hormone secretion
Correct Answer: B) Increased capillary hydrostatic pressure from portal hypertension
Rationale: In cirrhosis, portal hypertension increases hydrostatic pressure in the splanchnic capillaries,
forcing fluid into the peritoneal cavity. Hypoalbuminemia (A) contributes but is secondary to portal
hypertension. Increased lymphatic drainage (C) would reduce, not cause, ascites. Decreased ADH (D)
would increase urine output, not cause ascites.
2. A patient with hepatic encephalopathy has a serum ammonia level of 145 mcg/dL. This elevation is
primarily due to which pathophysiologic mechanism?
A) Increased production of ammonia by intestinal bacteria
B) Impaired hepatic conversion of ammonia to urea
C) Decreased renal excretion of ammonia
D) Increased protein catabolism from muscle wasting
Correct Answer: B) Impaired hepatic conversion of ammonia to urea
Rationale: The liver converts ammonia to urea via the urea cycle. In liver failure, this conversion is
impaired, leading to elevated ammonia levels. Increased production (A) and decreased renal excretion
(C) are not the primary mechanisms. Protein catabolism (D) contributes but is not the primary cause.
3. A patient with cirrhosis presents with jaundice, dark urine, and pale stools. This presentation is most
consistent with which type of jaundice?
A) Hemolytic jaundice
,B) Hepatocellular jaundice
C) Obstructive jaundice
D) Neonatal jaundice
Correct Answer: C) Obstructive jaundice
Rationale: Obstructive jaundice prevents conjugated bilirubin from entering the intestine, resulting in
pale stools (lack of stercobilin) and dark urine (excreted conjugated bilirubin). Hemolytic jaundice (A)
causes unconjugated hyperbilirubinemia without dark urine. Hepatocellular jaundice (B) can cause both
but is not the classic presentation. Neonatal jaundice (D) is transient.
4. The definitive method for identifying the specific type of hepatitis virus in a patient with suspected
viral hepatitis is which of the following?
A) Liver biopsy
B) Serum alanine aminotransferase (ALT) level
C) Serologic testing for specific viral antigens and antibodies
D) Abdominal ultrasound
Correct Answer: C) Serologic testing for specific viral antigens and antibodies
Rationale: Serologic testing identifies antibodies and antigens specific to different hepatitis viruses (A, B,
C, etc.), allowing differentiation. Liver biopsy (A) assesses tissue damage. ALT (B) indicates hepatocellular
injury but not the specific virus. Ultrasound (D) evaluates structure, not viral type.
5. A patient with chronic hepatitis C is at greatest risk for which of the following long-term
complications?
A) Acute liver failure
B) Cirrhosis and hepatocellular carcinoma
C) Biliary cirrhosis
D) Hepatic encephalopathy only
, Correct Answer: B) Cirrhosis and hepatocellular carcinoma
Rationale: Hepatitis C commonly progresses to chronic hepatitis, cirrhosis, and hepatocellular carcinoma
over decades. Acute liver failure (A) is more common with hepatitis A. Biliary cirrhosis (C) is associated
with primary biliary cholangitis. Hepatic encephalopathy (D) can occur but is not the only complication.
6. Non-alcoholic steatohepatitis (NASH) is most strongly associated with which of the following
metabolic conditions?
A) Hyperthyroidism and malnutrition
B) Obesity, diabetes, and hyperlipidemia
C) Celiac disease and malabsorption
D) Chronic pancreatitis and exocrine insufficiency
Correct Answer: B) Obesity, diabetes, and hyperlipidemia
Rationale: NASH is strongly associated with obesity, diabetes, and hyperlipidemia (metabolic syndrome).
Hyperthyroidism (A) is not associated. Celiac disease (C) and chronic pancreatitis (D) are not typical risk
factors.
7. A patient with acute cholecystitis would most likely have which of the following as the primary
contributing factor?
A) Gallbladder wall ischemia from vascular insufficiency
B) Cystic duct obstruction leading to bile stasis and inflammation
C) Autoimmune destruction of the gallbladder mucosa
D) Bacterial translocation from the duodenum
Correct Answer: B) Cystic duct obstruction leading to bile stasis and inflammation
Rationale: Cystic duct obstruction is the primary contributing factor to acute cholecystitis, leading to bile
stasis, increased pressure, and inflammation of the gallbladder wall. Vascular insufficiency (A),
autoimmune destruction (C), and bacterial translocation (D) are not the primary mechanisms.
1. A patient with cirrhosis develops ascites. Which mechanism is the primary contributor to this fluid
accumulation?
A) Decreased plasma oncotic pressure from hypoalbuminemia
B) Increased capillary hydrostatic pressure from portal hypertension
C) Increased lymphatic drainage from the thoracic duct
D) Decreased antidiuretic hormone secretion
Correct Answer: B) Increased capillary hydrostatic pressure from portal hypertension
Rationale: In cirrhosis, portal hypertension increases hydrostatic pressure in the splanchnic capillaries,
forcing fluid into the peritoneal cavity. Hypoalbuminemia (A) contributes but is secondary to portal
hypertension. Increased lymphatic drainage (C) would reduce, not cause, ascites. Decreased ADH (D)
would increase urine output, not cause ascites.
2. A patient with hepatic encephalopathy has a serum ammonia level of 145 mcg/dL. This elevation is
primarily due to which pathophysiologic mechanism?
A) Increased production of ammonia by intestinal bacteria
B) Impaired hepatic conversion of ammonia to urea
C) Decreased renal excretion of ammonia
D) Increased protein catabolism from muscle wasting
Correct Answer: B) Impaired hepatic conversion of ammonia to urea
Rationale: The liver converts ammonia to urea via the urea cycle. In liver failure, this conversion is
impaired, leading to elevated ammonia levels. Increased production (A) and decreased renal excretion
(C) are not the primary mechanisms. Protein catabolism (D) contributes but is not the primary cause.
3. A patient with cirrhosis presents with jaundice, dark urine, and pale stools. This presentation is most
consistent with which type of jaundice?
A) Hemolytic jaundice
,B) Hepatocellular jaundice
C) Obstructive jaundice
D) Neonatal jaundice
Correct Answer: C) Obstructive jaundice
Rationale: Obstructive jaundice prevents conjugated bilirubin from entering the intestine, resulting in
pale stools (lack of stercobilin) and dark urine (excreted conjugated bilirubin). Hemolytic jaundice (A)
causes unconjugated hyperbilirubinemia without dark urine. Hepatocellular jaundice (B) can cause both
but is not the classic presentation. Neonatal jaundice (D) is transient.
4. The definitive method for identifying the specific type of hepatitis virus in a patient with suspected
viral hepatitis is which of the following?
A) Liver biopsy
B) Serum alanine aminotransferase (ALT) level
C) Serologic testing for specific viral antigens and antibodies
D) Abdominal ultrasound
Correct Answer: C) Serologic testing for specific viral antigens and antibodies
Rationale: Serologic testing identifies antibodies and antigens specific to different hepatitis viruses (A, B,
C, etc.), allowing differentiation. Liver biopsy (A) assesses tissue damage. ALT (B) indicates hepatocellular
injury but not the specific virus. Ultrasound (D) evaluates structure, not viral type.
5. A patient with chronic hepatitis C is at greatest risk for which of the following long-term
complications?
A) Acute liver failure
B) Cirrhosis and hepatocellular carcinoma
C) Biliary cirrhosis
D) Hepatic encephalopathy only
, Correct Answer: B) Cirrhosis and hepatocellular carcinoma
Rationale: Hepatitis C commonly progresses to chronic hepatitis, cirrhosis, and hepatocellular carcinoma
over decades. Acute liver failure (A) is more common with hepatitis A. Biliary cirrhosis (C) is associated
with primary biliary cholangitis. Hepatic encephalopathy (D) can occur but is not the only complication.
6. Non-alcoholic steatohepatitis (NASH) is most strongly associated with which of the following
metabolic conditions?
A) Hyperthyroidism and malnutrition
B) Obesity, diabetes, and hyperlipidemia
C) Celiac disease and malabsorption
D) Chronic pancreatitis and exocrine insufficiency
Correct Answer: B) Obesity, diabetes, and hyperlipidemia
Rationale: NASH is strongly associated with obesity, diabetes, and hyperlipidemia (metabolic syndrome).
Hyperthyroidism (A) is not associated. Celiac disease (C) and chronic pancreatitis (D) are not typical risk
factors.
7. A patient with acute cholecystitis would most likely have which of the following as the primary
contributing factor?
A) Gallbladder wall ischemia from vascular insufficiency
B) Cystic duct obstruction leading to bile stasis and inflammation
C) Autoimmune destruction of the gallbladder mucosa
D) Bacterial translocation from the duodenum
Correct Answer: B) Cystic duct obstruction leading to bile stasis and inflammation
Rationale: Cystic duct obstruction is the primary contributing factor to acute cholecystitis, leading to bile
stasis, increased pressure, and inflammation of the gallbladder wall. Vascular insufficiency (A),
autoimmune destruction (C), and bacterial translocation (D) are not the primary mechanisms.
