Thereafter, their maximal dynamical strength, jump performance, and 300 m running time were determined.
No positive association between muscular fitness-related variables (maximal isometric force, vertical jump performance, 30 m and 300 m running speed) and PA was observed, even after adjusting for body fat (Table 2).
Before Ex1 (8:40), immediately after Ex1 (10 00), immediately before Ex2 (14 00, 4 h after Ex1), 4 h after Ex2 (19 00), and 24 h after the onset of Ex1 (9:00), maximal power for bench press, jump performance, blood variables, scores of fatigue, and muscle soreness were evaluated.
Subjects were instructed to perform a maximal jump while placing hands on the lumbar division to eliminate upper limb effects.
However, on the individual level the decreases in maximal torque of were accompanied by decreases in jump performance.
We hypothesized that maximal unilateral isometric knee extensor torque, the rate of torque development during maximally fast isometric contractions and unilateral squat jump performance would be better with the dominant than non-dominant leg.
Moreover, the exercise tolerance test (including total exercise time and maximal heart rate), dynamic balance, sit-up, and vertical jump performance of the participants improved significantly.
Researchers have hypothesized that jump performance would be positively related to either maximal knee-extension torque and/or measure of contractile speed.
Furthermore, the present findings indicate that when comparing subjects, the different effects of ULLS on the decrease of maximal muscle force determine to an important extent the decline in jump performance.
