Upper Extremity Injury
Conditions
Keywords
swimming, performance, strength, plyometric
Brief summary
The aim of this study was to measure the changes in the upper extremity force-velocity profile of young swimmers at different training periods during a training season
Detailed description
Tested at each experimental test time point (Baseline: E1, post-general preparation: E2, post-specific E3 and post-competition season: E4). To measure the upper extremity force-velocity parameters, the countermovement push-up test was performed using the force plate
Interventions
Observational during 16 weeks
Sponsors
Study design
Eligibility
Inclusion criteria
* 15-18 age * go to training regularly
Exclusion criteria
* upper extremity surgery in the last 1 year * pain during the tests
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| The change in the parameters of the force (Newton) obtained from the force platform with countermovement push up from the baseline to the end of the season. | Baseline: E1, (week 0) post-general preparation: E2 (week 6), post-specific E3 ( week12) and post-competition season: E4 (week 16). | Tested at each experimental test time point (Baseline: E1, post-general preparation: E2, post-specific E3 and post-competition season: E4). To measure the upper extremity force-velocity parameters, the countermovement push-up test was performed using the force plate. |
| velocity (m/s) | Baseline: E1, (week 0) post-general preparation: E2 (week 6), post-specific E3 ( week12) and post-competition season: E4 (week 16). | Tested at each experimental test time point (Baseline: E1, post-general preparation: E2, post-specific E3 and post-competition season: E4). To measure the upper extremity force-velocity parameters, the countermovement push-up test was performed using the force plate. |
Countries
Turkey (Türkiye)