Micro1009- Ch.5 Charts

Front 1

Back 1

Glycolysis

Front 2

Back 2

Glucose

Front 3

Back 3

ATP

Front 4

Back 4

ATP

Front 5

Back 5

GP

Front 6

Back 6

2 NAD+

Front 7

Back 7

2NADH

Front 8

Back 8

ATP

Front 9

Back 9

ATP

Front 10

Back 10

Pyruvic acid

Front 11

Back 11

Transition Reaction

Oxidation of Pyruvic Acid

Front 12

Back 12

Acetyl CoA

Front 13

Back 13

CO2

Front 14

Back 14

NADH

Front 15

Back 15

NAD+

Front 16

Back 16

Pyruvic Acid

Front 17

Back 17

Krebs Cycle

Front 18

Back 18

Acetyl CoA

Front 19

Back 19

Oxaloacetic Acid

Front 20

Back 20

NADH

Front 21

Back 21

NAD+

Front 22

Back 22

Citric Acid

Front 23

Back 23

NAD+

Front 24

Back 24

NADH

Front 25

Back 25

CO2

Front 26

Back 26

NAD+

Front 27

Back 27

NADH

Front 28

Back 28

CO2

Front 29

Back 29

FADH2

Front 30

Back 30

FAD

Front 31

Back 31

ATP

Front 32

Back 32

Electron Transport System ETS

Front 33

Back 33

NADH

Front 34

Back 34

NAD+

Front 35

Back 35

NADH Dehydrogenase Complex

Front 36

Back 36

FADH2

Front 37

Back 37

FAD

Front 38

Back 38

O2

Front 39

Back 39

H20

Front 40

Back 40

Cytochrome Oxidase

Front 41

Back 41

ATP Synthase

Front 42

What is the final electron acceptor in aerobic ETS?

Back 42

O2

Front 43

What is the end product in the aerobic ETS

Back 43

H2O

Front 44

Back 44

Fermentation

Front 45

Back 45

NADH

Front 46

Back 46

NAD+

Front 47

Back 47

NAD+

Front 48

Back 48

CO2

Front 49

Back 49

NADH

Front 50

Back 50

NAD+

Front 51

Back 51

Lactic Acid

Front 52

Back 52

Lactic Acid

Front 53

Back 53

Ethanol

Front 54

Back 54

Alcohol

Front 55

In which sub pathways does NADH convert to NAD+?

Back 55

Fermentation and ETS

Front 56

Which sub pathways occur twice per glucose molecule?

Back 56

Transition Reaction

Krebs Cycle