Glycolysis → takes place in
cytoplasm
→ No
oxygen required
→ in
cytoplasm Glucose 164
ZATP
↳ ADP
Products ( Per glucose GHnOo )
v
2 ATP
-
phosphorylated glucose ( 69 -2 NADH ,
2
pyruvate
-
L s
3C
Those
phosphate Triose phosphate
Csc)
NAD
dehydrogenate
/
NAD
)
pwate
-
NADH (
/ ( ¥!
""
,
ADP + Pi
Pil
GP bi
gyp
2ADPz
)
ADP xp ;
ZATP ) ( ( > ATP
↳ c)
pyruvate ( 3D
Link reaction → matrix in mitochondria
Products
pyruvate 134
pyruvate 134 -
2 NADH ,
decarboxylate
CO / enzyme ↳ CO2
,
NAD
-2 CO2
NADH ,<
NAD] ↳ NAD the
✓ u
-
2 CoA
acetyl acetyl NO ATP
CoA ( 2C) CoA 44
Koob 's cycle I
→ matrix in mito
→ oc Products
¢ 6C
qc GNADHZ
FADHf=A
> NADH
400
FADÉ¥^
,
002 2 ATP
SÑ¥pp-%
↳ Co
SLP
AtP
.
go , ZFADH ,
L , NADH
g, ,
µHY§ coz
"
,
2N ADHA
① NAD in tint proton
Electron
transport chain → inner membrane of mito ( cristae ) pump release Hydrogen
,
split into H+ and e-
⑥ series of redox reaction
② Pntm are
pumped
across the membrane
from de -6ms
using energy
☐ as electrons my pass the
y next pntm pump
-
③ Electrons pass to 2nd 3rd ,
proton pump proton gradient
① ,
④ oxygen final e- accepter
so "" " / oxidative
phosphorylation
e- +1-1++0 , -71-1,0 Cami Itunctimof→-
cytoplasm
→ No
oxygen required
→ in
cytoplasm Glucose 164
ZATP
↳ ADP
Products ( Per glucose GHnOo )
v
2 ATP
-
phosphorylated glucose ( 69 -2 NADH ,
2
pyruvate
-
L s
3C
Those
phosphate Triose phosphate
Csc)
NAD
dehydrogenate
/
NAD
)
pwate
-
NADH (
/ ( ¥!
""
,
ADP + Pi
Pil
GP bi
gyp
2ADPz
)
ADP xp ;
ZATP ) ( ( > ATP
↳ c)
pyruvate ( 3D
Link reaction → matrix in mitochondria
Products
pyruvate 134
pyruvate 134 -
2 NADH ,
decarboxylate
CO / enzyme ↳ CO2
,
NAD
-2 CO2
NADH ,<
NAD] ↳ NAD the
✓ u
-
2 CoA
acetyl acetyl NO ATP
CoA ( 2C) CoA 44
Koob 's cycle I
→ matrix in mito
→ oc Products
¢ 6C
qc GNADHZ
FADHf=A
> NADH
400
FADÉ¥^
,
002 2 ATP
SÑ¥pp-%
↳ Co
SLP
AtP
.
go , ZFADH ,
L , NADH
g, ,
µHY§ coz
"
,
2N ADHA
① NAD in tint proton
Electron
transport chain → inner membrane of mito ( cristae ) pump release Hydrogen
,
split into H+ and e-
⑥ series of redox reaction
② Pntm are
pumped
across the membrane
from de -6ms
using energy
☐ as electrons my pass the
y next pntm pump
-
③ Electrons pass to 2nd 3rd ,
proton pump proton gradient
① ,
④ oxygen final e- accepter
so "" " / oxidative
phosphorylation
e- +1-1++0 , -71-1,0 Cami Itunctimof→-
