Key result
Small-sided games linked to ~10% lower eccentric hamstring strength and increased asymmetry in young soccer players.
Why the study?
Small-sided games are popular high-intensity drills in soccer, but understanding their acute effects is relevant to reducing injury risk in youth soccer.
Does a small-sided games session reduce hamstring eccentric strength and increase lower limb strength asymmetry in young male soccer players?
Observational (n=24)
No
Does a small-sided games session reduce hamstring eccentric strength and increase lower limb strength asymmetry in young male soccer players?
Absolute Event Rate: 232.1% vs 259.1%
p-value: p=0.018
Small-sided games acutely reduce hamstring eccentric strength and increase lower limb strength asymmetry in young soccer players, highlighting the need to carefully consider exercise order to minimize injury risk.
Acute strength reductions may warrant monitoring in youth soccer; hypothesis-generating for injury risk.
The study purpose.The Small-side games (SSG) are high intensity drills very popular in soccer training. The knowledge of the acute effects of the exercises that make up the training session is very relevant especially to reduce youth soccer injury risk. This study aim to assessment the acute effects of SSG on hamstring eccentric strength and to know the lower limb strength asymmetries (LLSA) in young soccer players. Materials and methods. The sample is composed of male young soccer players Under 17 (n = 24, 16.6 ± 0.5 years, 168.8 ± 4.6 cm, 58.2 ± 3.5 kg). Before and after SSG (4vs4, 3×4 min, 3min recovery, no goalkeepers) the hamstring eccentric strength and the lower limb eccentric strength asymmetry were evaluated used a specific dynamometer (N3 Easytech, Italy) and relative software. Every young soccer player performed a single repetition of the Nordic hamstring exercise with dynamometer; after about 2 minutes, instead, they performed 5 repetitions of the same exercise, without interruption. For both assessments, were detected the eccentric strength and the LLSA. Results. The hamstring eccentric strength assessment show substantial and statistically significant differences in the assessment in comparison pre-post values. A significant reduction was observed for eccentric strength peak (p < 0.018 and p < 0.014 for right/left limb), for eccentric average strength (p < 0.017 and p < 0.006 for right/left limb). The eccentric peak strength asymmetry value and the average strength asymmetry value revealed a significant increase (p < 0.0001). Conclusions. The reduction of strength after SSG requires careful consideration of the exercises order in the training session. The practitioners can plan training sessions and apply SSGs more effectively, with more attention to the effects on hamstrings.
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Sannicandro et al. (2022) conducted an observational in Healthy young soccer players (n=24). Small-sided games (SSG) vs. Pre-exercise baseline was evaluated on Right limb eccentric peak strength (N) (p=0.018). Small-sided games significantly reduced right limb hamstring eccentric peak strength from 259.1 N to 232.1 N and increased strength asymmetry in young male soccer players.
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