a In the context of protein digestion, indicate whether each of the following substances is associated with the stomach or the small intestine. Chymotrypsin O the stomach O the small intestine b Pepsin O the stomach O the small intestine C Aminopeptidase O the stomach O the small intestine d Secretin O the stomach O the small intestine

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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a In the context of protein digestion, indicate whether each of the following substances is associated with the stomach or the small intestine.
Chymotrypsin
O the stomach
O the small intestine
b Pepsin
O the stomach
O the small intestine
C Aminopeptidase
O the stomach
O the small intestine
d Secretin
O the stomach
O the small intestine
Transcribed Image Text:a In the context of protein digestion, indicate whether each of the following substances is associated with the stomach or the small intestine. Chymotrypsin O the stomach O the small intestine b Pepsin O the stomach O the small intestine C Aminopeptidase O the stomach O the small intestine d Secretin O the stomach O the small intestine
What are the structural differences between bilirubin and urobilin?
(Select all that apply.)
O Ring is opened in the first compound, but is not in the second compound.
Several methylene bridges are reduced in the second compound.
O Iron atom is absent in the second compound, but is present in the first compound.
The central methylene bridge is reduced in the second compound, but is not in the first compound.
O Ring is opened in the second compound, but is not in the first compound.
Some vinyl groups are reduced into ethyl groups in the second compound.
The central methylene bridge is oxidised in the second compound, but is not in the first compound.
O Some vinyl groups are reduced into ethyl groups in the first compound.
Transcribed Image Text:What are the structural differences between bilirubin and urobilin? (Select all that apply.) O Ring is opened in the first compound, but is not in the second compound. Several methylene bridges are reduced in the second compound. O Iron atom is absent in the second compound, but is present in the first compound. The central methylene bridge is reduced in the second compound, but is not in the first compound. O Ring is opened in the second compound, but is not in the first compound. Some vinyl groups are reduced into ethyl groups in the second compound. The central methylene bridge is oxidised in the second compound, but is not in the first compound. O Some vinyl groups are reduced into ethyl groups in the first compound.
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