2 NAD NADII and FAD/TADHa s bo (a) function as coenaymes b) ageats to anfer eles

Question

2 NAD NADII and FAD/TADHa s bo (a) function as coenaymes b) ageats to anfer elesrons in beokugical oxidalion reduction reactions a source of energy in the comunon casabolic pathway (d) function as an agent to transfer 26 The final product of the common catabolic pathway ts aHO (b) ATP () NAD () co, (e all of these (a. b, c and d) 27. The molecule used by the body to transfer and store energy is (a) NAD (b) ATP (O) FADH, (d) DNP 2s what compound transports carbon as two carbon fragnents into the common catabolic pathway (a) FADH (b) pyruvate (c) acetyl CoA (d) cyclie AMP CoA and enters the common catabolic pathway? 29. What is the final product of glycolysis under aerobic conditions just before it reacts with (a) pyruvate (b) lactate (c) NADIH (d) none of these 30. What molecule is produce during glycolysis if oxygen is not present. (a) pyruvate (b) lactate (c) NADH (d) none of these 31. What molecule must be present for glycolysis to o (a) pyruvate (b) acetyl CoA (c) NAD (d) lactate 32. What reaction must occur before a fatty acid can be converted to acety)l-Co-A (a) dehydration (b) beta oxidation (c) carboxylation (d) none of these 33. The product of the amino groups on amino acids that are converted to energy is (a) urea (b) ammonia (c) uric acid (d) nitrogen 34. The heme group in hemoglobin is catabolized to (a) ammonia (b) bilirubin (c) urea (d) ornithine

Explanation / Answer

Ans 25 a) function as coenzymes

These coenzymes get directly involved in the functioning of the biochemical reactions of our body and get chemically altered in them. They also play an important role in the metabolism of carbohydrates , proteins and fats and help to release the energy from them.

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