Abstract Cooper, CN, Dabbs, NC, Davis, J, and Sauls, NM. Effects of lower-body muscular
fatigue on vertical jump and balance performance. J Strength Cond Res 34 (10): 2903 …

This study sought to identify kinetic and electromyographic subphase characteristics
distinguishing good from poor jumpers during countermovement vertical jumps (CMVJs), as …

To better understand and define energy algorithms during physical activity as it relates to
strength and movement strategy of the hip, knee and ankle, a model of increasing eccentric …

Abstract Wannop, JW, Worobets, JT, Madden, R, and Stefanyshyn, DJ. Influence of
compression and stiffness apparel on vertical jump performance. J Strength Cond Res 30 …

In this study, a passive-elastic ankle exoskeleton (PEAX) with a one-way clutch mechanism
was developed and then pilot-tested with vertical jumping to determine whether the PEAX is …

Background: Vertical jump performance depends on the take-off velocity of the body's center
of mass. This velocity results from vertical acceleration provided by applied force to the …

The countermovement jump is a popular measurement modality to evaluate muscle power
in sports and exercise. Muscle power is essential to achieve a high jump, yet the well …

This study focused on the effect of acute Judo training on countermovement jump (CMJ)
performance and perceived fatigue among a group of highly trained collegiate judo athletes …

Problem statement: Two motor learning approaches are used, in various ways, in the field of
physical activity and sports training both for the promotion of psychophysical health and for …

In this study, we examined how jumping strategy changes with increasing vertical jump
height from the viewpoint of mechanical work performed on center of mass (CoM) by …