CONTEXT: Core training specifically for track and field athletes is vague, and it is not clear how it affects dynamic balance and core-endurance measures. OBJECTIVE: To determine the effects of a 6-week core-stabilization-training program for high school track and field athletes on dynamic balance and core endurance. DESIGN: Test-retest. SETTING: High school in north central West Virginia. PARTICIPANTS: Thirteen healthy high school student athletes from 1 track and field team volunteered for the study. INTERVENTIONS: Subjects completed pretesting 1 wk before data collection. They completed a 6-wk core-stabilization program designed specifically for track and field athletes. The program consisted of 3 levels with 6 exercises per level and lasted for 30 min each session 3 times per week. Subjects progressed to the next level at 2-wk intervals. After 6 wk, posttesting was conducted MAIN OUTCOME MEASURES: The subjects were evaluated using the Star Excursion Balance Test (SEBT) for posteromedial (PM), medial (M), and anteromedial (AM) directions; abdominal-fatigue test (AFT); back-extensor test (BET); and side-bridge test (SBT) for the right and left sides. RESULTS: Posttest results significantly improved for all 3 directions of the SEBT (PM, M, and AM), AFT, BET, right SBT, and left SBT. Effect size was large for all variables except for PM and AM, where a moderate effect was noted. Minimal-detectable-change scores exceeded the error of the measurements for all dependent variables. CONCLUSION: After the 6-wk core-stabilization-training program, measures of the SEBT, AFT, BET, and SBT improved, thus advocating the use of this core-stabilization-training program for track and field athletes.
CONTEXT: Core training specifically for track and field athletes is vague, and it is not clear how it affects dynamic balance and core-endurance measures. OBJECTIVE: To determine the effects of a 6-week core-stabilization-training program for high school track and field athletes on dynamic balance and core endurance. DESIGN: Test-retest. SETTING: High school in north central West Virginia. PARTICIPANTS: Thirteen healthy high school student athletes from 1 track and field team volunteered for the study. INTERVENTIONS: Subjects completed pretesting 1 wk before data collection. They completed a 6-wk core-stabilization program designed specifically for track and field athletes. The program consisted of 3 levels with 6 exercises per level and lasted for 30 min each session 3 times per week. Subjects progressed to the next level at 2-wk intervals. After 6 wk, posttesting was conducted MAIN OUTCOME MEASURES: The subjects were evaluated using the Star Excursion Balance Test (SEBT) for posteromedial (PM), medial (M), and anteromedial (AM) directions; abdominal-fatigue test (AFT); back-extensor test (BET); and side-bridge test (SBT) for the right and left sides. RESULTS: Posttest results significantly improved for all 3 directions of the SEBT (PM, M, and AM), AFT, BET, right SBT, and left SBT. Effect size was large for all variables except for PM and AM, where a moderate effect was noted. Minimal-detectable-change scores exceeded the error of the measurements for all dependent variables. CONCLUSION: After the 6-wk core-stabilization-training program, measures of the SEBT, AFT, BET, and SBT improved, thus advocating the use of this core-stabilization-training program for track and field athletes.
Authors: Todd Watson; Jessica Graning; Sue McPherson; Elizabeth Carter; Joshuah Edwards; Isaac Melcher; Taylor Burgess Journal: Int J Sports Phys Ther Date: 2017-02
Authors: María Teresa Martínez-Romero; Francisco Ayala; Mark De Ste Croix; Francisco J Vera-Garcia; Pilar Sainz de Baranda; Fernando Santonja-Medina; Julio Sánchez-Meca Journal: Int J Environ Res Public Health Date: 2020-04-29 Impact factor: 3.390
Authors: Cristina Cabrejas; Mónica Solana-Tramunt; Jose Morales; Josep Campos-Rius; Alberto Ortegón; Ainhoa Nieto-Guisado; Eduardo Carballeira Journal: Int J Environ Res Public Health Date: 2022-03-16 Impact factor: 3.390