9. The barbituate drug amytal inhibits complex I from passing electrons to Coenzyme Q. Circle your choice for each pair of options, if amytal is present. NADH + H* NAD ? FADH, -or- FAD? -or- a. Do you expect the mitochondria to contain b. What is the expected redox state (oxidized "Ox" or reduced "Red") for complexes I-IV of ETC? iii. Complex Il Ox -or- Red i. Complex I Ox -or- Red iv. Complex IV Ox -or- Red ii. Complex II Ox -or- Red Will ATP be produced? Yes -or- No C. Yes -or- No d. Is ETC/OxPhos uncoupled? Yes -or- No Will a proton gradient be present? е. 10 The inbibitor shown below is described as interacting with an enzvme by at least one T-T interaction and the D Focus 目 States) OE (高)
9. The barbituate drug amytal inhibits complex I from passing electrons to Coenzyme Q. Circle your choice for each pair of options, if amytal is present. NADH + H* NAD ? FADH, -or- FAD? -or- a. Do you expect the mitochondria to contain b. What is the expected redox state (oxidized "Ox" or reduced "Red") for complexes I-IV of ETC? iii. Complex Il Ox -or- Red i. Complex I Ox -or- Red iv. Complex IV Ox -or- Red ii. Complex II Ox -or- Red Will ATP be produced? Yes -or- No C. Yes -or- No d. Is ETC/OxPhos uncoupled? Yes -or- No Will a proton gradient be present? е. 10 The inbibitor shown below is described as interacting with an enzvme by at least one T-T interaction and the D Focus 目 States) OE (高)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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![9. The barbituate drug amytal inhibits complex I from passing electrons to Coenzyme Q. Circle your choice for
each pair of options, if amytal is present.
a. Do you expect the mitochondria to contain
NADH + H* -or- NAD+ ? FADH, -or- FAD?
b. What is the expected redox state (oxidized "Ox" or reduced "Red") for complexes I-IV of ETC?
i. Complex I
Ox -or- Red
iii. Complex Il Ox -or- Red
ii. Complex II Ox -or- Red
iv. Complex IV Ox -or- Red
C.
Will ATP be produced? Yes -or-
No
d. Is ETC/QxPhos uncoupled?
Yes -or- No
Yes -or- No
Will a proton gradient be present?
e.
10 The inbibitor shown below is described as interacting with an enzvme by at least one T- 1 interaction and the
D. Focus
目
States)
w
OE
DELL
(8)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcd7a0374-f414-4e0c-9a39-f312d4f3b754%2F5eca17aa-658e-4cdf-b8fa-38a40a255929%2Fqdewy3m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9. The barbituate drug amytal inhibits complex I from passing electrons to Coenzyme Q. Circle your choice for
each pair of options, if amytal is present.
a. Do you expect the mitochondria to contain
NADH + H* -or- NAD+ ? FADH, -or- FAD?
b. What is the expected redox state (oxidized "Ox" or reduced "Red") for complexes I-IV of ETC?
i. Complex I
Ox -or- Red
iii. Complex Il Ox -or- Red
ii. Complex II Ox -or- Red
iv. Complex IV Ox -or- Red
C.
Will ATP be produced? Yes -or-
No
d. Is ETC/QxPhos uncoupled?
Yes -or- No
Yes -or- No
Will a proton gradient be present?
e.
10 The inbibitor shown below is described as interacting with an enzvme by at least one T- 1 interaction and the
D. Focus
目
States)
w
OE
DELL
(8)
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