#lactate
#threshold Mader, A., & Heck, H. (1986). A theory of the metabolic origin of “anaerobic threshold”. International journal of sports medicine, 7(S 1), S45-S65.
Despite the fact that an increase of lactate at a certain submaximal level of power was known long before the idea of “anaerobic threshold” (AT) was introduced by Wasserman et al. as the point at which a change from exclusively aerobic to partially anaerobic energy supply by formation and accumulation of lactate occurs in graded exercise tests, the mechanism of this change in a metabolic pattern is not well understood and therefore the subject of various speculation.
Zignoli, A. A reasonable alternative to the Wbal models when maximal mean power profiling is used instead of critical power-based models.
As an alternative to the Wbal models, a methodology based on maximum mean power profiling (MMP) is presented here to predict intermittent exercise performance potential.
van der Zwaard, S., Otter, R. T., Kempe, M., Knobbe, A., & Stoter, I. K. (2023). Capturing the complex relationship between internal and external training load: a data-driven approach. International journal of sports physiology and performance, 18(6), 634-642.
Training load is typically described in terms of internal and external load. Investigating the coupling of internal and external training load is relevant to many sports. Here, continuous kernel-density estimation (KDE) may be a valuable tool to capture and visualize this coupling.
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