1. Of aerobic and anaerobic metabolism during sports
Comparison
Of aerobic and anaerobic metabolism during sports

2. Glycolysis Cell Respiration Citrate Cycle 2 CO2 + 4 H H2O O2 ATP6 7 8 10 9 2 3 4 1 5
2 CO H O2
H2O
ADP + P
ATP
Cell Respiration

3. Citrate- Cycle B a l a n c e Oxalo-acetate Acetyl - CoA 3 x NADH
NADH+H+
NAD+
1 x FADH2
Malate
Citrate
1 x ATP
cis-
Aconitate
Fumarate
Citrate-
Cycle
FADH2
FAD
Iso-
Citrate
Succinate
NADH+H+
NAD+
- GTP
ATP
Succinyl-
CoA
Oxalo-
succinate
NADH+H+
NAD+
- CO2
- CO2
a-Keto glutarate

4. Anaerobic Aerobic Citrate Cycle 1 Glucose 2x Lactate In strongly
Glycolysis
2 x
Pyruvate
Anaerobic
Aerobic
2x ACETYL CoA
2x Lactate
Citrate
Cycle
In strongly
contracting muscles
4 CO H2O
S 2 ATP
S 38 ATP

5. Energy balance of Glycolysis : aerobic Conditions
Bilanz-O2
Energy balance of Glycolysis : aerobic Conditions H
Co-B1
Co-B2
Co-B2
Co-B12
1 Glucose
1 G-6-P
1 FDP
DGP
2 3-PG
2 Pyruvate
+ 2 NADH
+ 2 ATP
ATP
S 38 ATP
ATP
6 ATP
2 ATP
8 ATP
NADH
ATP
ATP
NADH
+ 2 NADH
6 ATP
6 ATP
2 AcCoA
CO2 + H2O
Citrate
Cycle
+ 6 NADH
+ 2 FADH2
+ 2 GTP
+ 6 NADH
18 ATP
24 ATP
+ 2 FADH2
4 ATP
+ 2 GTP
2 ATP

6. Energie balance of Glycolysis : anaerobic Conditions
Bilanz-Milch
Energie balance of Glycolysis : anaerobic Conditions
Co-B1
Co-B2 H
Co-B12
Co-B2
1 Glucose
1 G-6-P
1 FDP
DGP
2 3-PG
2 Pyruvate
Lactic Acid Fermentation
ATP
NADH
ATP
S 2 ATP
+ 2 NADH
+ 2 ATP
6 ATP
2 ATP
8 ATP
NADH
- 2 NADH
- 6 ATP
- 6 ATP 2
Lactic Acid