PubMed · 1992 · 74 citations · 46 references
Life SciencesKinesiologyPhysiologyAthletic TrainingExercise PhysiologyStress PhysiologyLoad ManagementPerformance PhysiologyRecovery StrategiesTraining AdaptationAdaptive ProcessesExercise-induced AdaptationPeriodizationStressStress Physiology In TrainingTraining
Athletic performance improves as the athlete adapts to progressively increasing training loads. Empirical observations and studies investigating fluctuations in performance indicate that this adaptation occurs during periods of reduced training, termed regeneration periods. Thus it is essential that adequate regeneration time be included in training programmes so that adaptation can be achieved. In order to induce adaptation, heavy periods of training are used to provide a stimulus for adaptive processes to become functional. The literature and anecdotal accounts suggest that the cycling of light, medium, and heavy periods of training is an optimal method for combining the heavy periods of training with the periods of light training needed to allow adaptation and supercompensation.
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Environmentally persistent alkylphenolic compounds are estrogenic
R White · Endocrinology · 1994 · 538 citations