Objectives This study assessed the functional threshold power and the time to exhaustion
estimated from the Allen & Coggan test and verify whether performance level has an …

More insight into in-field mechanical power in cyclical sports is useful for coaches, sport
scientists, and athletes for various reasons. To estimate in-field mechanical power, the use …

This study aimed to analyze the power profile (PP) during the cycling segment of
international-level triathletes in the World Triathlon Series (WTS) and Olympics and to …

Indoor cycling has been a trend during the COVID-19 pandemic due to the lockdowns and
social distancing measures imposed by most countries. Virtual cycling (eCycling) has grown …

在激烈而快速的公路自行车比赛中, 各种事故屡见不鲜, 给运动员生命安全带来极大威胁. 目前,
对于公路自行车运动员的头盔性能和头部损伤缺乏深入的研究. 所以在采集和归纳公路自行车 …

Abstract Sitko, S, Cirer-Sastre, R, Corbi, F, and López-Laval, I. Functional threshold power
as an alternative to lactate thresholds in road cycling. J Strength Cond Res 36 (11): 3179 …

Purpose: To examine the ability of a multivariate model to predict maximal oxygen
consumption (VO 2 max) using performance data from a 5-minute maximal test (5MT) …

Road cycling is an endurance sport characterized by several anthropometric performance
factors, such as reduced body mass and body fat percentage. As the power to weight ratio is …

The Allen & Coggan protocol suggests that 95% of the power output during a 20-min time
trial is a valid surrogate for 60-min maximal power. The validity of this concept has not been …

Background Upper (UL) and lower limb (LL) cycling is extensively used for several
applications, especially for rehabilitation for which neuromuscular interactions between UL …