-
Phosphagens, also
known as
macroergic compounds, are high
energy storage compounds, also
known as high-energy
phosphate compounds,
chiefly found in muscular...
- by the other.: 8–9
Three processes can
synthesize ATP: ATP–CP
system (
phosphagen system) – At
maximum intensity, this
system is used for up to 10–15 seconds...
-
anaerobic pathways, such as the use of the
creatine phosphate and the
phosphagen system or
anaerobic glycolysis.
Aerobic ATP
production is biochemically...
- most of the
energy required for
contraction is
derived from
phosphagens. One such
phosphagen,
creatine phosphate, is used to
provide ADP with a phosphate...
-
requires protein catabolism to
sustain the free
amino acids. When the
phosphagen system (ATP-PCr) has been
depleted of
phosphocreatine (creatine phosphate)...
- innervation, and anabolism. Post-exercise
oxygen consumption replenishes the
phosphagen system. New ATP is
synthesized and some of this ATP
donates phosphate...
- adverti****ts in MM2K, and, led by
products like
Myoplex Protein Supplement,
Phosphagen and HMB, this
eventually made EAS a
leading player in the nutritional...
- that last up to
about thirty seconds rely
primarily on the
former ATP-CP
phosphagen system.
Beyond this time, both
aerobic and
anaerobic glycolysis-based...
-
anaerobic activity, such as
weightlifting and
isometric exercise, the
phosphagen system (ATP-PCr) and
muscle glycogen are the only
substrates used as they...
- phosphate-phosphate (phosphoanhydride/phosphoric anhydride/macroergic/
phosphagen)
bonds formed when
compounds such as
adenosine diphosphate (ADP) and adenosine...
