GLOSSARY

Glycogen Synthesis forms glycogen for carbohydrate storage.

Glycogenesis builds glycogen and glycogenolysis releases its units within dynamic regulation. Phosphorylated products and their route to usable glucose matter. Stores depend on diet, exercise and tissue state, not one meal's volume alone. A high post-exercise synthesis rate does not imply unlimited storage or permanent overeating. Recovery should match the next planned task, with breakdown, synthesis and net storage distinguished rather than treating every glycogen-related term as a separate nutrient requirement.

Liver glycogen helps maintain blood glucose, while muscle glycogen mainly serves the muscle holding it. Muscle does not ordinarily export free glycogen-derived glucose like liver, though other exchanged metabolites contribute indirectly. Blood glucose alone therefore does not quantify a muscle's depletion. Intensity and recruited muscles determine local-store relevance for the next session. Whole-body carbohydrate intake and tissue-specific availability are connected but not interchangeable measures.

Glycogen depletion and restoration depend on exercise, carbohydrate and recovery time. Supercompensation can raise stores above baseline after appropriate preparation, within capacity and context. Associated water changes body mass without necessarily adding fat. Timing matters more when sessions are close. Rehearse event strategies with personal tolerance rather than first loading on race day or equating every rapid weight rise with excess body fat or every low value with identical whole-body depletion.