A) oxidation by FAD, dehydration, oxidation by NAD*, thiolysis B) oxidation by NAD*, dehydration, oxidation by FAD, thiolysis C) transfer from sulfur, reduction by NADPH, dehydration, reduction by NADPH D) oxidation by FAD, hydration, oxidation by NAD*, thiolysis E) transfer from sulfur, reduction by NADPH, reduction by FADH2, hydration
A) oxidation by FAD, dehydration, oxidation by NAD*, thiolysis B) oxidation by NAD*, dehydration, oxidation by FAD, thiolysis C) transfer from sulfur, reduction by NADPH, dehydration, reduction by NADPH D) oxidation by FAD, hydration, oxidation by NAD*, thiolysis E) transfer from sulfur, reduction by NADPH, reduction by FADH2, hydration
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter21: Biochemistry
Section: Chapter Questions
Problem 64AP
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Question #56 please
![51.) Which labeled monosaccharide could be acted upon by the branching enzyme at this point in time? (choose 1)
52.) Which labeled monosaccharide would be moved by the debranching enzyme during glycogen degradation? (choose 1)
53.) Which labeled monosaccharide was certainly added by glycogenin during glycogen synthesis? (choose 1)
-CORE
54.) In the electron transport chain in mitochondria, cytochrome c serves as the electron donor for which enzyme complex(es)?
C) Complex III D) Complex IV E) Complex V
A) Complex I
B) Complex II
F) Both A & B
55.) Choose the correct path taken by electrons as they travel down the mitochondrial electron transport chain.
A) NADH → Complex I→ Cytochrome c → Complex II → Q→ Complex IV → O2
B) FADH2 → Complex II → Q → Complex III → Cytochrome c → Complex IV → O2
C) FADH2 → Complex I→ Complex II → Complex III → Complex IV → Complex V→ 02
D) NADH > Complex I→ Complex II → Complex III → Complex IV → Complex V → 02
E) FADH2 → Complex II → Complex III → Q→ Cytochrome c → Complex IV → O2
56.) The repeating four steps of fatty acid degradation, in order, are
A) oxidation by FAD, dehydration, oxidation by NAD", thiolysis
B) oxidation by NAD*, dehydration, oxidation by FAD, thiolysis
C) transfer from sulfur, reduction by NADPH, dehydration, reduction by NADPH
D) oxidation by FAD, hydration, oxidation by NAD*, thiolysis
E) transfer from sulfur, reduction by NADPH, reduction by FADH2, hydration](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcfd27659-f1a4-4487-9468-dd1d8de32edd%2F55b4d7a5-aa00-4c6a-b056-745c24ad1d6a%2Ftkgwhxe_processed.png&w=3840&q=75)
Transcribed Image Text:51.) Which labeled monosaccharide could be acted upon by the branching enzyme at this point in time? (choose 1)
52.) Which labeled monosaccharide would be moved by the debranching enzyme during glycogen degradation? (choose 1)
53.) Which labeled monosaccharide was certainly added by glycogenin during glycogen synthesis? (choose 1)
-CORE
54.) In the electron transport chain in mitochondria, cytochrome c serves as the electron donor for which enzyme complex(es)?
C) Complex III D) Complex IV E) Complex V
A) Complex I
B) Complex II
F) Both A & B
55.) Choose the correct path taken by electrons as they travel down the mitochondrial electron transport chain.
A) NADH → Complex I→ Cytochrome c → Complex II → Q→ Complex IV → O2
B) FADH2 → Complex II → Q → Complex III → Cytochrome c → Complex IV → O2
C) FADH2 → Complex I→ Complex II → Complex III → Complex IV → Complex V→ 02
D) NADH > Complex I→ Complex II → Complex III → Complex IV → Complex V → 02
E) FADH2 → Complex II → Complex III → Q→ Cytochrome c → Complex IV → O2
56.) The repeating four steps of fatty acid degradation, in order, are
A) oxidation by FAD, dehydration, oxidation by NAD", thiolysis
B) oxidation by NAD*, dehydration, oxidation by FAD, thiolysis
C) transfer from sulfur, reduction by NADPH, dehydration, reduction by NADPH
D) oxidation by FAD, hydration, oxidation by NAD*, thiolysis
E) transfer from sulfur, reduction by NADPH, reduction by FADH2, hydration
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