The main storage form of high energy phosphate bond in muscle cell is
A: ATP
B: GTP
C: UTP
D: CTP
E: Creatine phosphate
A: ATP
B: GTP
C: UTP
D: CTP
E: Creatine phosphate
E
举一反三
- The main storage form of high-energy phosphate in muscle A: ATP B: GTP C: UTP D: Creatine phosphate
- The energy storing form in skeleton muscle is ( ). A: ATP B: GTP C: UTP D: creatine phosphate E: phosphoenolpyruvate
- Compounds containing high energy bonds are A: UTP B: Creatine phosphate C: Glucose-6-phosphate D: Acetyl CoA E: 1, 3-bisphosphoglycerate
- The direct supplier of energy in the human body is： A: GTP B: Creatine phosphate C: fatty acid D: ATP E: glucose
- The centre molecule of energy generation and usage in human body is A: Glucose B: ATP C: GTP D: Creatine phosphate
内容
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Which of the following is the direct energy material for movement? () A: glucose B: fatty acid C: ATP D: GTP E: creatine phosphate
- 1
Which<br/>of the following is the direct energy material for movement?() A: glucose B: fatty acid C: ATP D: GTP E: creatine phosphate
- 2
The<br/>major storage of energy in muscle is ( ) A: ATP B: Phosphocreatine C: CTP D: UTP
- 3
The energy needed in the process of prokayotic protein biosynthsis<br/>enlongation comes form: ( ) A: ATP B: GTP C: GDP D: UTP E: CTP
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Which<br/>of the following molecules is the immediate energy source for active<br/>muscle?( ) A: Glucose B: Fat C: Creatine<br/>phosphate D: Adenosine<br/>triphosphate