This randomized controlled trial investigated whether a 10-week heavy resistance training program reduced the incidence of medial tibial stress syndrome (MTSS) in collegiate indoor track and field athletes. Twenty-six athletes from Rowan University were randomly assigned to a treatment group (resistance training plus regular training) or a control group (regular training only). Muscle mechanical properties-including tone, stiffness, elasticity, stress relaxation time, and creep-were measured by MyotonPro device (non-invasive) at baseline, post-intervention, and at the end of the season. A 10-week observational follow-up during the indoor season included weekly MTSS symptom surveys. Differences in MTSS incidence and muscle properties were analyzed between groups.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
NONE
Enrollment
26
Participants performed a 10-week resistance training program, completing exercises twice daily for Weeks 1-2 and three times daily for Weeks 3-10, with 5 sessions per week for Weeks 1-7 and 6 sessions per week for Weeks 8-10. The program included exercises such as standing broad jumps, resisted ankle abduction, single-leg eccentric plantar flexion, and ankle rockers. Participants' muscle properties were assessed at the start and end of the intervention, with adherence monitored via remote video confirmation.
Rowan University
Glassboro, New Jersey, United States
Subjective Medial Tibial Stress Syndrome Symptoms
Medial Tibial Stress Syndrome (MTSS) Score Survey
Time frame: Through the running season -- approximately 11 weeks
Myotonometry Oscillation frequency
Represents the intrinsic tension of the muscle in its passive state, essentially the muscle's "tone".
Time frame: From enrollment through the end of data collection -- approximately 25 weeks
Myotonometry dynamic stiffness
Measures the resistance of the tissue to deformation when subjected to an external force.
Time frame: From enrollment through the end of data collection -- approximately 25 weeks
Myotonometry logarithmic decrement
Indicates the elasticity of the muscle
Time frame: From enrollment through the end of data collection -- approximately 25 weeks
Myotonometry mechanical stress relaxation time
Measures the time it takes for the muscle to return to its original shape after being deformed.
Time frame: From enrollment through the end of data collection -- approximately 25 weeks
Myotonometry creep
Describes the gradual elongation of the muscle under constant tensile stress over time.
Time frame: From enrollment through the end of data collection -- approximately 25 weeks
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