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Check all statements that are functions of the liver. Check All That Apply

A. Production of bile.

Production of bile: the liver synthesizes and secretes bile (stored in the gallbladder).

B. Detoxification of toxins

Detoxification of toxins: the liver metabolizes and detoxifies many endogenous and exogenous compounds.

C. Production of glycogen

Production of glycogen: the liver synthesizes and stores glycogen (glycogenesis) to regulate blood glucose.

D. Digestion of nucleic acids

Digestion of nucleic acids: nucleic acid digestion is performed by pancreatic and intestinal enzymes in the small intestine, not by the liver.

This question is an excerpt from Nurse Dive's nursing test bank - Anatomy and physiology proctored exam (Ivy college). Take the full exam now


Full Explanation

A. Production of bile: the liver synthesizes and secretes bile (stored in the gallbladder).
B. Detoxification of toxins: the liver metabolizes and detoxifies many endogenous and exogenous compounds.
C. Production of glycogen: the liver synthesizes and stores glycogen (glycogenesis) to regulate blood glucose.
D. Digestion of nucleic acids:  nucleic acid digestion is performed by pancreatic and intestinal enzymes in the small intestine, not by the liver.


Similar Questions

QUESTION

Which of the following is an accessory organ of the digestive system?

A. stomach

stomach: the stomach is an organ of the alimentary canal (not an accessory organ).

B. pharynx

pharynx: the pharynx is part of the alimentary canal (passageway), not an accessory organ.

C. esophagus

esophagus: the esophagus is part of the alimentary canal (conduit), not accessory.

D. pancreas

pancreas: the pancreas is an accessory organ (secretes digestive enzymes and bicarbonate into the duodenum).

Full Explanation

A. stomach:  the stomach is an organ of the alimentary canal (not an accessory organ).
B. pharynx:  the pharynx is part of the alimentary canal (passageway), not an accessory organ.
C. esophagus:  the esophagus is part of the alimentary canal (conduit), not accessory.
D. pancreas: the pancreas is an accessory organ (secretes digestive enzymes and bicarbonate into the duodenum).

QUESTION

The greater omentum is composed of which membrane?

A. pleural

pleural: the pleura lines the thoracic cavity and lungs, not the greater omentum.

B. pericardial

pericardial: the pericardium surrounds the heart, not the abdominal organs.

C. hiatal

hiatal: “hiatal” refers to the esophageal hiatus (an opening) and is not the membrane composing the omentum.

D. peritoneal

peritoneal: the greater omentum is a large fold of peritoneum (a double-layered peritoneal membrane) that hangs from the stomach.

Full Explanation

A. pleural:  the pleura lines the thoracic cavity and lungs, not the greater omentum.
B. pericardial:  the pericardium surrounds the heart, not the abdominal organs.
C. hiatal:  “hiatal” refers to the esophageal hiatus (an opening) and is not the membrane composing the omentum.
D. peritoneal: the greater omentum is a large fold of peritoneum (a double-layered peritoneal membrane) that hangs from the stomach.

QUESTION

Which of the following is needed to digest fats?

A. Pepsin or trypsin and peptidases

Pepsin or trypsin and peptidases: these are protein digesting enzymes, not primary fat digesters.

B. Amylase and disaccharidases

Amylase and disaccharidases: these digest carbohydrates, not fats.

C. Lipase

Lipase: lipase (plus bile for emulsification) is required to chemically digest fats into fatty acids and glycerol.

D. Amylase and pepsin

Amylase and pepsin: amylase digests starch and pepsin digests proteins; neither is the principal fat-digesting enzyme.

Full Explanation

A. Pepsin or trypsin and peptidases:  these are protein digesting enzymes, not primary fat digesters.
B. Amylase and disaccharidases:  these digest carbohydrates, not fats.
C. Lipase: lipase (plus bile for emulsification) is required to chemically digest fats into fatty acids and glycerol.
D. Amylase and pepsin:  amylase digests starch and pepsin digests proteins; neither is the principal fat-digesting enzyme.