Abstract
Maximal and submaximal oxygen uptake efficiency slope: influence of cardiorespiratory variables and maximal dynamic strength
Highlights
Aerobic fitness has been considered an important marker for both health and athletic performance in different populations [1]
(± SD), and 95% confidence intervals (CI) OUES100, OUES80, cardiorespiratory parameters, and muscle strength are presented in table 2 (Table 1 and Table 2)
The stepwise multiple regression with the OUES100 as the dependent variable resulted in a final model with
Summary
Aerobic fitness has been considered an important marker for both health and athletic performance in different populations [1]. The aerobic fitness has been determined by some cardiorespiratory variables such as the maximal oxygen uptake (VO2 max) [2]. The VO2 max represents the highest rate of uptake, transport, and consumption of the atmospheric oxygen during exercise [3]. VO2 max determination demands the attainment of maximal effort, what in turn is not always possible for all individuals [4]. The maximal effort could trigger uncomfortable effects in some special populations, such as chronic heart failure patients [5]. Several submaximal aerobic fitness markers have been proposed in the literature to overlap this limitation
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