Which of the following pathways are only active in the liver? This is a multi-select question. Select all statements that are correct. O Fatty acid oxidation Glycogenolysis Ketogenesis Urea cycle Ketone body oxidation

Biochemistry
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Chapter1: Biochemistry: An Evolving Science
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biochemistry
Which of the following pathways are only active in the liver? This is a multi-select
question. Select all statements that are correct.
O Fatty acid oxidation
Glycogenolysis
Ketogenesis
Urea cycle
Ketone body oxidation
Leucine and lysine are ketogenic amino acids. What does that mean for their
metabolism?
A) These amino acids cannot be degraded.
B) These amino acids can be used for an anaplerotic reaction, and to synthesize
acetyl-CoA, but cannot be a substrate for gluconeogenesis.
C) These amino acids cannot be a substrate for gluconeogenesis, and they are
degraded to uric acid instead of urea when they are degraded.
AO D) These amino acids can be precursors for ketone bodies, but not for acetyl-
COA and not for glucose.
E) These amino acids can be precursors for fatty acids and for ketone bodies,
but not for glucose.
Transcribed Image Text:please help biochemistry Which of the following pathways are only active in the liver? This is a multi-select question. Select all statements that are correct. O Fatty acid oxidation Glycogenolysis Ketogenesis Urea cycle Ketone body oxidation Leucine and lysine are ketogenic amino acids. What does that mean for their metabolism? A) These amino acids cannot be degraded. B) These amino acids can be used for an anaplerotic reaction, and to synthesize acetyl-CoA, but cannot be a substrate for gluconeogenesis. C) These amino acids cannot be a substrate for gluconeogenesis, and they are degraded to uric acid instead of urea when they are degraded. AO D) These amino acids can be precursors for ketone bodies, but not for acetyl- COA and not for glucose. E) These amino acids can be precursors for fatty acids and for ketone bodies, but not for glucose.
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