In the absence of O2 pyruvate is fermented into this compound in animal cells a

Question

In the absence of O2 pyruvate is fermented into this compound in animal cells a molecule which binds to an enzyme outside of the active site and inactivates its function metabolic process whereby an organic compound is the ultimate acceptor of glycolytic electrons under anaerobic conditions An inorganic molecule that aids in the activation or function of an enzyme by binding to it an intermediate product of the fermenation of pyruvate in Yeast the flow of electrons from one molecule to the other as a source of cellular energy common catabolic pathway for oxidation of carboydrates and fats a molecule which interferes with the binding of a substrate at THE active site of an enzyme area of an enzyme where it binds to a specific substrate assists dehydrogenases in redox reactions process whereby ATP is produced using energy from a H+ gradient across the mitochondrial membrane electron transport chain protein that accepts electrons from NADH an enzyme that is activated by

Explanation / Answer

5. Lactic acid

12. allosteric inhibitor

1. fermentation

9. cofactor

16. acetyl aldehyde

11. redox reactions

4. citric acid cycle

18. non-competitive inhibitor

6. active site

15. NAD+/NADH

10. oxidative phosphorylation.

13. flavoprotein

8. ATP synthase

2. Glycolysis

20. competitive inhibitor

3. energy of activation

17. coenzyme

19. anabolic

14. catabolic

7. substrate level phosphorylation

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