can be formed from()
A: Pyruvate
B: Fatty
acids
C: Ketone
bodies
D: All
of these
举一反三
- The<br/>fate of acetyl-CoA are as followed except: ( ) A: To<br/>synthesize fatty acids B: Be<br/>oxidized to offer the energy C: To<br/>synthesize the ketone bodies D: To<br/>synthesize the glucose E: To<br/>synthesize the cholesterol
- Which of the following cannot be used as a material for<br/>gluconeogenesis() A: Acetyl CoA B: Pyruvate C: Glycerin D: All of the above E: None of the above
- The acetyl CoA required for the synthesis of fatty acids is derive from ( ). A: fat mobilization B: β-oxidation of fatty acids C: degradation of amino acids D: glycolysis E: degradation of glucoses
- Which of the following is not the outlet of Acetyl CoA? () A: go into the TCA cycle B: use to synthesize fatty acid C: transition to essential amino acid D: produce ketone bodies E: transition to cholesterol
- Synthesis of fatty acids from acetyl CoA A: need NADPH B: need NAD+ C: produce malonyl CoA in the first step D: occur in mitochondria E: It's the reverse reactions of fatty acid oxidation
内容
- 0
After they are produced from acetyl-CoA in the liver, ketone bodies are mainly used for which one of the following processes A: Excretion as waste products B: Energy generation in the live C: Conversion to fatty acids for storage of energy D: Generation of energy in the tissues E: Generation of energy in red blood cells
- 1
The synthesis of fatty acids USES carnitine to transport acetyl-CoA from the mitochondria to the cytoplasm.（）
- 2
After they are produced from acetyl-CoA in the liver, ketone bodies are mainly used for which one of the following processes?
- 3
From the passage, we learn that<br/>_______________. A: all plants can eat people B: all plants can eat<br/>animals C: some plants can eat people some plants can eat<br/>animals
- 4
The conversion of pyruvate to Acetyl CoA is the rate limiting step acetyl CoA synthesis.（）