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Maintaining blood glucose levels above 40 mg/dL is important so that all cells are able to take in glucose to meet their energy needs. This is especially important for red blood cells and brain cells that rely very heavily on generating energy from glucose. The liver plays an important role in maintaining blood glucose, but not the muscles. Unlike liver cells, muscle cells do not make glucose from glycogen breakdown because they do not have the enzyme OA. Glycogen phosphorylase O B. Debranching enzyme OC.Glycogen synthase OD.Branching enzyme O E. Glucose 6-phosphatase

Maintaining blood glucose levels above 40 mg/dL is important so that all cells are able to take in glucose to meet their energy needs. This is especially important for red blood cells and brain cells that rely very heavily on generating energy from glucose. The liver plays an important role in maintaining blood glucose, but not the muscles. Unlike liver cells, muscle cells do not make glucose from glycogen breakdown because they do not have the enzyme OA. Glycogen phosphorylase O B. Debranching enzyme OC.Glycogen synthase OD.Branching enzyme O E. Glucose 6-phosphatase

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Maintaining blood glucose levels above 40 mg/dL is important so that all cells are able to take in glucose to meet their energy needs. This is especially important for red blood cells and brain cells that rely very heavily on generating energy from glucose. The liver plays an important role in maintaining blood glucose, but not the muscles. Unlike liver cells, muscle cells do not make glucose from glycogen breakdown because they do not have the enzyme OA. Glycogen phosphorylase OB. Debranching enzyme OC. Glycogen synthase OD.Branching enzyme O E. Glucose 6-phosphatase
Transcribed Image Text:Maintaining blood glucose levels above 40 mg/dL is important so that all cells are able to take in glucose to meet their energy needs. This is especially important for red blood cells and brain cells that rely very heavily on generating energy from glucose. The liver plays an important role in maintaining blood glucose, but not the muscles. Unlike liver cells, muscle cells do not make glucose from glycogen breakdown because they do not have the enzyme OA. Glycogen phosphorylase OB. Debranching enzyme OC. Glycogen synthase OD.Branching enzyme O E. Glucose 6-phosphatase
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