The aims of this systematic review were to synthetize the current evidence about (i) the force-
velocity (FV) profile parameters (maximal values of force [F 0], velocity (V 0), and power …

Traditional neuromuscular tests (eg, jumping and sprinting tasks) are useful to assess
athletic performance, but the basic outcomes (eg, jump height, sprint time) offer only a …

The aim was to determine the respective influences of sprinting maximal power output () and
mechanical Force‐velocity (F‐v) profile (ie, ratio between horizontal force production …

Abstract Nishioka, T and Okada, J. Influence of strength level on performance enhancement
using resistance priming. J Strength Cond Res 36 (1): 37–46, 2022—The current study …

This randomised controlled study examined the force–velocity relationship changes (force
and velocity axis intercepts, slope and estimated maximum power) in response to 5-week …

Understanding the properties associated with the vertical force–velocity (F–v) profiles is
important for maximizing jump performance. The purpose of this study was to evaluate the …

When poor reliability of “output” variables is reported, it can be difficult to discern whether
blame lies with the measurement (ie, the inputs) or the overarching concept. This …

The force-velocity (Fv) relationship has been proposed as a biomechanical characteristic to
comprehensively evaluate neuromuscular capabilities within different tasks such as vertical …

Jumping ability is considered a determinant of performance success. It is identified as one of
the predictors and talent identification in many sports and dance. This study aimed to …

This study aims to comprehensively assess the accuracy and precision of five different
devices and by incorporating a variety of analytical approaches for measuring …