Respiration Flashcards

1
Q

What is glucose needed for

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2
Q

Draw the reactions that occur in the preparatory phase of glycolysis

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3
Q

Draw the reactions that occur in the payoff phase of glycolysis

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4
Q

What is the overall equation for glycolysis

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5
Q

Explain the first step of the preparatory phase of glycolysis

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6
Q

Explain the second step of the preparatory phase of glycolysis

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7
Q

Explain the third step of the preparatory phase of glycolysis

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8
Q

Explain the first step of the payoff phase of glycolysis (fourth step of glycolysis)

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9
Q

Explain the second step of the payoff phase of glycolysis (fifth step of glycolysis)

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10
Q

Explain the third step of the payoff phase of glycolysis (sixth step of glycolysis)

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11
Q

Explain the fourth step of the payoff phase of glycolysis (seventh step of glycolysis)

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12
Q

Explain the fifth step of the payoff phase of glycolysis (eighth step of glycolysis)

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13
Q

Explain the sixth step of the payoff phase of glycolysis (ninth step of glycolysis)

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14
Q

Explain how substrate level phosphaylation works

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15
Q

Draw the 2 reactions/ steps that involve substrate level phosphorylation in glycolysis

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16
Q

Explain the possible fates of pyruvate after glycolysis

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17
Q

What is an isozyme

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18
Q

Where are the 3 regulatory points of glycolysis and how is glycolysis regulated

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19
Q

How can pyruvate kinase be regulated by hormones

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20
Q

How is PFK - 1 regulated in liver and muscle

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21
Q

Where does the TCA cycle take place

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22
Q

Give an overview of cellular respiration

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23
Q

Explain the link reaction

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24
Q

Explain how CoA works

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25
Draw the structure of CoA
26
Draw the structure of pantothenic acid
27
What are the 2 ways to generate ATP from aerobic respiration
28
Ex plain each step of the TCA cycle
29
What is the net reaction of the TCA cycle
30
Why are a cofactors (NAD+ and FADH) used in theTCA cycle
31
Draw the structure of NAD+
32
Draw the structure of FADH
33
Draw the reduction reaction of NAD+
NAD+ can carry 2 e-
34
Draw the reduction reaction of FAD
FADH can carry 2 e-
35
What intermediates of the TCA cycle can be used in anabolism
36
Draw and explain the reaction to produce oxaloacetate to replenish the TCA cycle when intermediates are used for biosynthesis
37
What parts of the TCA cycle are allosterically regulated
38
How can pyruvate dehydrogenase be regulated by phosphaylation
This allows regulation of TCA cycle in response to whole organism
39
How can PDH kinase be regulated
40
How does the ETC work (Oxidative phosphorylation- op)
41
How are electrons passed along the ETC in op
42
What is complex I and what is it made up of
43
Why are there 2 electron carriers in complex 1
44
what coenzyme Qs structures as it is reduced
45
What is the equation for the overall reaction that occurs at complex I
46
Give an overview of the Q cycle redox loop mechanism
47
What happens in the first half of the Q cycle
48
What happens in the second half of the Q cycle
49
What is the net reaction for the Q cycle
50
Give an overview of cytochrome c
51
What happens in complex IV
52
Describe the characteristics of complex II
53
How many protons are transferred to the IMS in oxidative phosphorylation for NADH and FADH2
54
What is an uncoupler
55
Give an overview of op
56
Give an overview of complex III
57
What is the overall reaction that occurs in complex III
58
How does ATP synthase work
59
What is the structure of F1
60
What is the structure of F0
61
What is the binding change mechanism for ATP synthase
62
How is the rotation of the c ring of F0 powered
63
What is the structure of a C subunit in a C ring
64
How many ATP molecules are produced per 360 degrees rotation
65
How is ADP and inorganic phosphate transported into the matrix ( through the inner mitochondrial membrane)