WorksheetsGlycogen, Glycolysis, and Gluconeogenesis - Corso - Endo exam 2
Total questions: 27
Worksheet time: 17mins
Match the following Glucose transporters with where they are found in cells
Most tissues and RBCs
Glut1
Found in neurons of the brain
Glut3
Found in muscle and adipose
Glut4
Found on lumen side of intestine
Glut5
Found in liver, intestine, and pancreases
Glut2
Which of the following is insulin sensitive?
Glut1
Glut2
Glut3
Glut4
Glut5
Which of the following is the main transporter moving high glucose levels to the liver
Glut1
Glut2
Glut3
Glut4
Glut5
Which of the following is the enzyme used for glucose phosphorylation in the liver, kidney, and pancreases
Glucokinase
Hexokinase
Phosofructokinase
Enolase
Which of the following is the enzyme used for glucose phosphorylation in majority of our cells
Glucokinase
Hexokinase
Phosofructokinase
Enolase
Which of the following enzymes can be used for this reaction (SATA)
Glucokinase
Hexokinase
Phosofructokinase
Enolase
MODY can best be described as a
Glucokinase deficiency
Hexokinase deficiency
What would be the product of the reaction shown?
Fructose
Glucose-1-phosphate
Glucose-6-phosphate
Galactose
To convert glucose-6-phosphate to glucose-1-phosphate which reversibly enzyme is used
Glucokinase
Hexokinase
Phosphoglucomutase
Enolase
What enzyme is used in this reversible reaction
Glycogen synthase
glucokinase
Phosphoglucomutase
UDP-glucose pyro phosphorylase
When glycogen synthase is present what will happen when UDP-glucose and the glycogen chain are present
Glycogen (n+1) and UDP formed
Glycogen (n-1) and UDP form
UDP cleaves a sugar of the glycogen chain
No reaction
Which of the following reactions is reversible and promoted by insulin signaling in the liver? (Select all that apply)
Glucokinase
Phosphoglucomutase
UDP-glucose Pyrophosphorylase
Glycogen synthase
All of the following are seen in Anderson's disease EXCEPT
Fasting hypoglycemia
Enlarged liver
Enlarged spleen
Can affect muscle, heart and brain in some cases
Match the following
Type 0 disorder
Glycogen synthase deficiency
Anderson's disease
Branching enzyme deficiency
MODY
Glucokinase deficiency
Hemolytic anemia of RBC
Hexokinase deficiency
Cori disease
Debranching enzyme deficiency
Match the following diseases with their enzyme impacted
Glycogen phosphorylase issue leading to hypoglycemia and liver enlargment
Hers Disease
Glycogen phosphorylase with muscle weakness
McArdle's Disease
Glucose-6-phosphatease
Von Gierke disease
Debranching enzyme
Cori Disease
Phosphofructokinase-1
Tarui syndrome
Insulin
Promotes glycogen breakdown
Promotes glycogen synthesis
Glucagon
Promotes glycogen breakdown
Promotes glycogen synthesis
Which of the following diseases leads to an enlarged liver, fasting hypoglycemia, and excessive glycogen storage in the liver
Her's Disease
McArdle's Disease
Pompe's Disease
Anderson's disease
Which of the following diseases leads to muscle fatigue and excessive glycogen stored in the muscle
Her's Disease
McArdle's Disease
Pompe's Disease
Anderson's disease
Which of the following diseases leads to lysosomal storage disorder
Her's Disease
McArdle's Disease
Pompe's Disease
Anderson's disease
Which of the following diseases leads an enlarged liver due to reduced glycogen branching
Her's Disease
McArdle's Disease
Pompe's Disease
Anderson's disease
Which of the following diseases leads to enlarged liver, fasting hypoglycemia, excess normal glycogen in the liver all due to high glucose-6-phosphate levels
Von Gierkes Disease
McArdle's Disease
Pompe's Disease
Anderson's disease
Cori's Disease
Which of the following diseases leads to enlarged liver, fasting hypoglycemia, muscle fatigue, and short branched glycogen in the liver and muscles
Von Gierkes Disease
McArdle's Disease
Pompe's Disease
Anderson's disease
Cori's Disease
Which of the following leads to decreased movement of glucose into and out of the liver
Type zero glycogen storage disorder
Glut1 transporter deficiency
Glut4 transporter deficiency
Glut2 Transporter deficiency
Which of the following leads to decreased movement of glucose into and out of muscles and fat cells
Type zero glycogen storage disorder
Glut1 transporter deficiency
Glut4 transporter deficiency
Glut2 Transporter deficiency
Which of the following leads to decreased movement of glucose entry into the brain
Type zero glycogen storage disorder
Glut3 transporter deficiency
Glut4 transporter deficiency
Glut2 Transporter deficiency
Which of the following leads to decreased glycogen synthesis and fasting hypoglycemia
Type zero glycogen storage disorder
Glut1 transporter deficiency
Glut4 transporter deficiency
Glut2 Transporter deficiency
