10 Questions
Match the following types of glycolysis with their respective ATP yield:
Aerobic glycolysis = 36-38 ATP Anaerobic glycolysis = 2 ATP Fermentation = 2 ATP Gluconeogenesis = 36-38 ATP
Match the following types of glycolysis with their respective oxygen requirements:
Aerobic glycolysis = Oxygen required Anaerobic glycolysis = Oxygen not required Gluconeogenesis = Oxygen required Fermentation = Oxygen not required
Match the following types of glycolysis with their respective forms of energy:
Aerobic glycolysis = Oxidative phosphorylation Anaerobic glycolysis = Substrate-level phosphorylation Gluconeogenesis = Oxidative phosphorylation Fermentation = Substrate-level phosphorylation
Match the following types of glycolysis with their respective locations in the cell:
Aerobic glycolysis = Mitochondria Anaerobic glycolysis = Cytosol Gluconeogenesis = Cytosol Fermentation = Mitochondria
Match the following types of glycolysis with their respective end-products:
Aerobic glycolysis = CO2 and H2O Anaerobic glycolysis = Lactic acid Gluconeogenesis = Glucose Fermentation = Ethanol
What is a key difference between aerobic and anaerobic glycolysis?
The presence of oxygen
In which type of glycolysis is lactic acid produced?
Anaerobic glycolysis
What is the primary purpose of glycolysis?
To produce energy for the cell
In which type of glycolysis is pyruvate produced?
Aerobic glycolysis
What is a key similarity between aerobic and anaerobic glycolysis?
Both use glucose as a reactant
Study Notes
(1) Write three differences between :- 1- Aerobic and anaerobic glycolysis
Compare and contrast the processes of aerobic and anaerobic glycolysis, highlighting their key differences. Learn about the importance of these metabolic pathways in cellular respiration. Identify the distinct characteristics of each process.
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