When you warm up, each of the body's energy systems is allowed to act as a «starter motor» for the next energy system down the line: ATP - PC acts as a starter motor
for anaerobic glycolysis (sugar breakdown), which does the same for aerobic glycolysis, which does the same for the Krebs cycle fed first by glycolysis and afterwards by lipolysis (fat breakdown), which eventually does the same for ketosis.
Not exact matches
Weights use creatine phosphate and glucose sequentially
for fuel while in high - intensity
anaerobic exercise, the body initially uses up all of the glycogen in the skeletal muscle and the liver through the
glycolysis pathway.
... The significant levels of carbohydrate, probably mostly in the form of glycogen, in both blubber and muscle, may represent an instant form of energy
for diving via
anaerobic glycolysis.
The enhancing effect of BioSteel HPSD may be attributed to a more efficient use of lactic
anaerobic energy system (
anaerobic glycolysis) allowing continuation of muscular power production
for a maximum of 2 min.
In acute stress and high - intensity exercise our demand
for energy temporarily exceeds the oxygen supply, and the deficit is made up with
anaerobic glycolysis.
The brain uses oxygen to produce about 90 percent of its ATP and uses
anaerobic glycolysis for the other 10 percent.2 Cells known as astrocytes perform most of the
anaerobic glycolysis.
ANTIOXIDANT DEFENSE AND NUTRIENT RECYCLING In addition to
anaerobic glycolysis, there is a second pathway that has an absolute demand
for glucose known as the pentose phosphate pathway.
ATHLETIC PERFORMANCE
For athletes, 4 the potential downside of chronic excessive carbohydrate restriction is impaired performance or impaired performance gains for activities that require anaerobic glycolys
For athletes, 4 the potential downside of chronic excessive carbohydrate restriction is impaired performance or impaired performance gains
for activities that require anaerobic glycolys
for activities that require
anaerobic glycolysis.