British Journal of Sports Medicine · 1979 · 34 citations · 8 references
EducationKinesiologyPhysiologyExercise PhysiologyExercise TestingMetabolic RegulationAerobic ExerciseCardiopulmonary Exercise TestingCycle Ergometer TestingLactate Threshold TestingBlood Lactate AssessmentBlood Lactate MeasurementBlood Lactate TestingCycle Ergometer Lactate TestingLactate ElevationLactate KineticsWork RateWork Rate Response
Five male subjects performed three successive incremental work tests on an electronically braked cycle ergometer. The first and second tests were separated by thirty minutes of rest, the second and third by three minutes of maximum work. During the third test, venous blood lactate concentrations were still decreasing at work rates where they were increasing during the first two tests. The work rate at which rapid increases in lactate concentrations occurred during the final test coincided with the work rate where rapid increases occurred in the two initial tests. It was concluded that this point represented a threshold where a balance existed between removal and release of lactate from and into the plasma compartment, and did not coincide with the anaerobic threshold. It is postulated that steady state work at levels above this threshold would result in a continuous increase in venous lactate concentration.
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Anaerobic threshold and respiratory gas exchange during exercise.
Karlman Wasserman, Brian J. Whipp, S N Koyl et al. · Journal of Applied Physiology · 1973 · 2.1K citations
Maximal oxygen uptake in athletes.
Bengt Saltin, Per‐Olof Åstrand · Journal of Applied Physiology · 1967 · 792 citations
Anaerobic threshold and maximal aerobic power for three modes of exercise
J. A. Davis, Paul Vodak, Jack H. Wilmore et al. · Journal of Applied Physiology · 1976 · 469 citations