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12 Cards in this Set

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3 processes that lactate clearance occurs by

Oxidation (75%), gluconeogenesis/glyconeogenesis (50-75%), transamination (5-10%)

Energy system capacity

The total amount of energy that can be produced by an energy system

Energy system power

The maximal amount of energy that can be produced per unit of time

Peak power (PP)

The maximum power (force times distance divided by time) exerted during very short duration (5 sec or less) of work

Mean power (MP)

The average power (force tuned distance divided by time) exerted during short duration (typically 30 sec) work

Fatigue index (FI)

Percentage of peak power drop off during high intensity, short duration work

Oxygen deficit

The difference between the oxygen required during exercise and the oxygen supplied and utilized. Occurs at the onset of all activity

Supramaximal exercise

An exercise bout on which the energy requirement is greater than what can be supplied aerobically at VO2 max

Excess postexercise oxygen consumption (EPOC)

Oxygen consumption during recovery that is above normal resting values

Maximal lactate steady state (MLSS)

The highest workload that can be maintained over time without a continual rise in blood lactate; it indicates an exercise intensity above which lactate production exceeds clearance

Lactate threshold(s)

Points on the linear-curvilinear continuum of lactate accumulation that appear to indicate shall rises, often labeled as the first (LT1) and second (LT2) lactate threshold

Effect on recovery type on the rate of lactate removal

Active recovery greatly increases the rate of lactate removal. Jogging is the most effective form of active recovery. However, active recovery can delay glycogen resynthesis by further depleting glycogen stores so it's not as good for hard interval training