This is an inorganic phosphate molecule that binds withADP to form ATP. Supplementing with creatine monohydrate helps increase your muscles' CP reserves.
high-energy compound stored in muscles for instant energy.
high-energy molecule in skeletal muscle cells that is used to generate ATP rapidly; on decomposition, creatine phosphate breaks down into creatine, phosphate, and energy—the energy is used to generate ATP from ADP
A molecule stored within muscle cells that, when broken down, releases energy that is used to rapidly rebuild ATP molecules.
A compound that is stored in muscle cells in small amounts and provides a quick energy source for high-intensity muscle contractions.
A high-energy compound in muscle cells; during muscle activity, the phosphate group is donated to ADP, regenerating ATP; also called phosphorylcreatine.
A molecule in muscle fibers that breaks down to liberate energy for the construction of adenosine triphosphate (ATP).
Molecules with 'high'-energy bond used for energy storage and release in muscle.
an organic compound of creatine and phosphoric acid; found in the muscles of vertebrates where its hydrolysis releases energy for muscular contraction
KRE-ah-tin FOS-fate A molecule stored in muscle fibers that can donate its high-energy phosphate to ADP to regenerate ATP. 697
A compound produced in the body, stored in the muscle fibers, and broken down by enzymes to quickly replenish the adenosine-triphosphate stores.
An organic compound in muscle fibers that is fractured enzymatically for the production of ATP, which is the body's basic fuel that generates contractions.
An inorganic phosphate molecule which binds with ADP and form ADT. Produced naturally within the body, however creatine monohydrate supplements have helped a number of athletes boost their performances.
Creatine and phosphate combined in a chemical bond.
a high-energy compound found in muscle cells which is used to convert ADP into ATP by donating phosphate molecules to the ADP. ATP is the molecule which is converted into ADP with a release of energy that the body then uses.
