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Homework answers / question archive / University Of Georgia BCMB 3100 Unit 3 Quiz 1 1)The key enzyme in glycogen degradation is:     How is phosphorylase b converted into phosphorylase a?   Why is the T state of glycogen phosphorylase less active?   The function of liver glycogen degradation is to:   Muscle phosphorylase is mostly inactive when:   The function of glycogen synthase is to:   Phosphorylated glycogen synthase   Phosphate 1 is an enzyme capable of reversing the effects of kinases involved in glycogen metabolism by                    

University Of Georgia BCMB 3100 Unit 3 Quiz 1 1)The key enzyme in glycogen degradation is:     How is phosphorylase b converted into phosphorylase a?   Why is the T state of glycogen phosphorylase less active?   The function of liver glycogen degradation is to:   Muscle phosphorylase is mostly inactive when:   The function of glycogen synthase is to:   Phosphorylated glycogen synthase   Phosphate 1 is an enzyme capable of reversing the effects of kinases involved in glycogen metabolism by                    

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University Of Georgia

BCMB 3100

Unit 3 Quiz 1

1)The key enzyme in glycogen degradation is:

 

 

  1. How is phosphorylase b converted into phosphorylase a?

 

  1. Why is the T state of glycogen phosphorylase less active?

 

  1. The function of liver glycogen degradation is to:

 

  1. Muscle phosphorylase is mostly inactive when:

 

  1. The function of glycogen synthase is to:

 

  1. Phosphorylated glycogen synthase

 

  1. Phosphate 1 is an enzyme capable of reversing the effects of kinases involved in glycogen metabolism by

 

 

 

 

 

 

 

 

 

 

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