Boards 1

Front 1

reduced coenzymes

Back 1

NADH
FADH2

Front 2

oxidative phosphorylation occurs

Back 2

inner membrane of mitochondria

Front 3

glycolysis

Back 3

cytoplasm

Front 4

kreb

Back 4

mitochondrial matrix

Front 5

flavoproteins
iron-sulfur proteins
coenzyme Q
cytochromes

Back 5

electron carriers

Front 6

doesnt contain mitochondrial ETC

Back 6

RBC

Front 7

in oxidative phosphorylation what produces ATP

Back 7

proton gradient

Front 8

aerobic generation of ATP

Back 8

transfer of electrons from NADH/FADH2

Front 9

enzymes involved in krebs are found

Back 9

in mitochondria

Front 10

what does kreb start with

Back 10

okaloacetate
acetyl co-a

Front 11

pyruvate that enters kreb is generated by

Back 11

glycolysis of glucose

Front 12

regulated enzymes of kreb=

Back 12

1-citrate synthase
2-isocitrate dehydrogenase
3-alpha-ketoglutarate dyhydrogenase

Front 13

cori cycle involves

Back 13

1-liver
2-muscle

Front 14

2 pyruvate > glucose

in liver needs

Back 14

6 ATP

Front 15

glucose > lactate > glucose

Back 15

cori cycle

Front 16

in muscle generate how many ATP

glucose > 2 pyruvate

Back 16

2 ATP

Front 17

pyruvate fates

Back 17

1-lactate
2-acetyl coA
3-oxaloacetate
4-ethanol

Front 18

pyruvate > lactate

Back 18

RBC
testes
kidney
???

Front 19

pyruvate > acetyl coA

Back 19

1-acetyl then enters Kreb
2-FA sythesis

Front 20

pyruvate > oxaloacetate

Back 20

replenish Kreb

substrate for gluconeogenesis

*liver/kidney*

Front 21

pyruvate > ethanol

Back 21

in yeast
not in humans

Front 22

glucose >
fructose 1,6-diP >
2 pyruvate

Back 22

glycolysis

*anaerobic bacteria*
*facultative anaerobic*

Front 23

is ATP used in pentose phosphate pathway

Back 23

no ATP

Front 24

pentose phosphate pathway produce

Back 24

CO2
NADPH
5-Carbon sugars for (DNA/RNA)

Front 25

pentose phosphate pathway
controlled by

Back 25

1-inhibition of
glucose 6-P dehydrogenase

2-NADPH

Front 26

major role of pentose phosphate pathway

Back 26

NADPH production 4
reductive biosynthetic reactions (FA synthesis)

2-pentose production
3-nucleic acid biosynthesis

Front 27

lacks pentose pathway

Back 27

skeletal muscle

Front 28

1-substrate level phosp
2-ET/oxidative phosph
3-photophosph

Back 28

all make ATP

Front 29

substrate level phos
1st phase

2nd phase

Back 29

1st= glycolysis

2nd =kreb

Front 30

substrate level phos make

Back 30

high energy phosphate intermediates

Front 31

photophosphorylation

Back 31

a/w ETC
make ATP in photosynthesis

Front 32

third and final phase of RESPIRATORY METABOLISM

Back 32

electron transport/
oxidative phosphorylation

Front 33

NADH/FADH2 produced in

Back 33

glycolysis
kreb

Front 34

terminal acceptor that is reduced in

ELECTRON-TRANSPORT/OXIDATIVE PHOSPHORYLATION

Back 34

oxygen

Front 35

substrate level phosph make

Back 35

4ATP

Front 36

major source of ATP in aerobic organisms

Back 36

oxidative phosporylation

Front 37

kreb makes

Back 37

2ATP

Front 38

oxidative phosphorylation makes

Back 38

32-34 ATP

Front 39

glycolysis makes

Back 39

2 ATP

Front 40

glycolysis =

Back 40

glucose > pyruvate

Front 41

pyruvate >

Back 41

1-fermantation

2-acetyl coA > kreb > respiration

Front 42

kreb > glucose

Back 42

gluconeogenesis

Front 43

cytosol of all cells

Back 43

glycolysis

Front 44

CHO metabolism

Back 44

glycolysis