Single-egg twins, 8 months old, showed an increase of the liver, a decrease in blood glucose, a decrease in the activity of phosphorylase (an enzyme that destroys glycogen). In hepatocytes the...


Single-egg twins, 8 months old, showed an increase of the liver, a decrease in blood glucose, a decrease in the activity of<br>phosphorylase (an enzyme that destroys glycogen). In hepatocytes the excessive glycogen was also detected.<br>Questions:<br>1. What is the typical form of cell damage described? Give its definition.<br>2. Specify the mechanisms for the formation of this form of damage.<br>3. Describe the classifications of cell damage by type of metabolism, origin, location, prevalence<br>4. Can this form of cell damage lead to its death? Justify the answer.<br>5. Indicate all types of cell death.<br>6. Give a comparative description of the different types of cell death.<br>7. Figure out the principles of correction of cell damage.<br>

Extracted text: Single-egg twins, 8 months old, showed an increase of the liver, a decrease in blood glucose, a decrease in the activity of phosphorylase (an enzyme that destroys glycogen). In hepatocytes the excessive glycogen was also detected. Questions: 1. What is the typical form of cell damage described? Give its definition. 2. Specify the mechanisms for the formation of this form of damage. 3. Describe the classifications of cell damage by type of metabolism, origin, location, prevalence 4. Can this form of cell damage lead to its death? Justify the answer. 5. Indicate all types of cell death. 6. Give a comparative description of the different types of cell death. 7. Figure out the principles of correction of cell damage.

Jun 11, 2022
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