The Effects of Hamstring Stretching With and Without Neural Load on Flexibility, Maximum Isometric Strength and Tibial Nerve Pressure Pain Threshold

NACompletedINTERVENTIONAL
Enrollment

80

Participants

Timeline

Start Date

April 22, 2022

Primary Completion Date

July 28, 2022

Study Completion Date

July 28, 2022

Conditions
Healthy
Interventions
OTHER

Hamstring stretching program with neural load

Participants will perform a hamstring stretch with neural load on their dominant leg. They will stretch five days a week, carrying out two repetitions of one minute each, taking a thirty second break in between. The stretch will be performed in a standing position with their dominant leg on a surface at a mid-thigh height approximately, where their knee is not fully stretched and remains unlocked and their back is in a neutral position. Participants will be encouraged to keep a maximum stretching sensation without feeling any pain. To perform the stretch, different tension parameters will be added in the following order (the next parameter shall not be introduced until the previous one has been exhausted): ankle dorsiflexion, cervical and craniocervical flexion, and hip flexion.

OTHER

Hamstring stretching program without neural load

Participants will perform a hamstring stretch without neural load on their dominant leg. They will stretch five days a week, carrying out two repetitions of one minute each, taking a thirty second break in between. The stretch will be performed in a standing position with their dominant leg on a surface at a mid-thigh height approximately, where their knee is not fully stretched and remains unlocked and their back is in a neutral position. Participants will be encouraged to keep a maximum stretching sensation without feeling any pain. To perform the stretch, tension will be added by flexing their hip, keeping their ankle relaxed and their spine neutral.

Trial Locations (1)

28805

Juan, Alcalá de Henares

All Listed Sponsors
lead

University of Jaén

OTHER