| % Correct | |||
|---|---|---|---|
| Start with | Glucose | 100%
| |
| and occurs in the | cytoplasm. | 19%
| |
| and | Pyruvate | is generated. | 16%
|
| 2ATP | goes in | 13%
| |
| This reaction is | Glycolysis | 13%
| |
| enters the | Krebs Cycle. | 13%
| |
| to reduce | NAD | 13%
| |
| Acetyl Co-enzyme A | joins with | 6%
| |
| and forms | Citrate. | 6%
| |
| The | Link Reaction | 6%
| |
| Above loses | 2ATP and 2H | 3%
| |
| Pyruvate loses | 2H | 3%
| |
| to form | Acetyl Co-enzyme A | 3%
| |
| The | Acetyl Coenzyme A | 3%
| |
| Pyruvate joins with | Co-enzyme A | 3%
| |
| which regenerates | Co-enzyme A | 3%
| |
| and is also | decarboxylated. | 3%
| |
| Above is | decarboxylated | twice. | 3%
|
| Oxaloacetate, | 3%
| ||
| 4carbon acid | 0%
| ||
| ATP | 0%
| ||
| then occurs in the | Mitochondrial matrix | 0%
| |
| Ultimately regenerating | Oxaloacetate. | 0%
| |
| and also | reduced FAD. | 0%
| |
| and | Reduced NAD | is generated | 0%
|
| generates more | reduced NAD | 0%
| |
| Triose diphosphate | is generated. | 0%
|