Not exact matches
Aerobic respiration produces creates around 17 times more energy as ATP through reactions within the mitochondria called the Krebs or citric acid cycle and the Electron Transport Chain than the aerobic glycolysis that takes place in the muscle tissues outside the mitochondria (F
Aerobic respiration produces creates around 17 times more energy
as ATP through reactions within the mitochondria called the Krebs or citric acid cycle and the Electron Transport Chain than the
aerobic glycolysis that takes place in the muscle tissues outside the mitochondria (F
aerobic glycolysis that takes place in the muscle tissues outside the mitochondria (Fig. 1).
By contrast, your long - range endurance system,
aerobic respiration, is there for you to keep going,
as long
as your overall fitness can manage.
Then in my afternoon run later today, I'll be shifting between slightly higher intensity
aerobic mitochondrial
respiration as I warm up, then into glycolysis and carbohydrate utilization
as I surge into some intervals, then back into an
aerobic state
as I cool down.
Aerobic respiration produces ATP at the slowest rate of the three systems, but it can continue to supply ATP for several hours or longer, so long
as the fuel supply lasts.
This includes a detailed, yet a fully understandable description of the biochemistry of
aerobic respiration versus anaerobic fermentation, glycolysis, the Krebs Cycle, the electron transport chain, lactic acid overproduction and how cancer cells develop
as a result of mitochondrial metabolic dysfunction leading to genetic errors, resulting in metastasis.