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Muscle Energy Technique and Hamstring Nordic Lower for Hamstring Tightness in Young Athletes

H

Health Education Research Foundation (HERF)

Status

Completed

Conditions

Athletic Injuries
Hamstring Tightness
Athletic Performance

Treatments

Other: post facilitation stretch
Other: hamstring nordic lower
Other: post isometric relaxation

Study type

Interventional

Funder types

Other

Identifiers

NCT06012344
Bhutta001

Details and patient eligibility

About

the study aims to assess the efficacy of two interventions, namely the muscle energy technique and the hamstring Nordic lower exercise, in addressing hamstring tightness among young athletes in Pakistan.

Full description

Title: The Effectiveness of Muscle Energy Technique and Hamstring Nordic Lower Exercise in Managing Hamstring Tightness Among Young Athletes of Pakistan

Objective:

The primary objective of this study is to investigate the effectiveness of two interventions, the muscle energy technique and the hamstring Nordic lower exercise, in managing hamstring tightness among young athletes from Pakistan.

Background:

Hamstring tightness is a prevalent issue among athletes, which can lead to reduced flexibility, increased risk of injury, and impaired athletic performance. The muscle energy technique is a manual therapy approach that involves active muscle contractions and stretches to improve muscle flexibility and restore normal range of motion. Conversely, the hamstring Nordic lower exercise is a specific eccentric strengthening exercise that targets the hamstring muscles and aims to improve their lengthening capacity.

Study Design:

A randomized controlled trial will be conducted to evaluate the efficacy of the two interventions. Young athletes from Pakistan with hamstring tightness will be recruited as participants. They will be randomly assigned to one of two intervention groups: the muscle energy technique group or the hamstring Nordic lower exercise group. The interventions will be administered by trained healthcare professionals under supervision, following a specific duration and frequency.

Outcome Measures:

The primary outcome measure of interest in this study is the change in hamstring tightness. The measurement tools used to assess this outcome will be reliable and validated. Baseline assessments will be conducted before the intervention period, and post-intervention assessments will take place immediately after the intervention period.

Secondary outcome measures may include improvements in hamstring flexibility, functional performance, and self-reported symptoms related to hamstring tightness. These secondary measures will provide a comprehensive evaluation of the effectiveness of each intervention.

Data Analysis:

Data will be analyzed using appropriate statistical methods. The outcomes between the two intervention groups will be compared to determine the relative effectiveness of the muscle energy technique and the hamstring Nordic lower exercise in managing hamstring tightness.

Implications:

The findings of this research will offer valuable insights into the most suitable intervention for managing hamstring tightness among young athletes in Pakistan. This information can contribute to the development of targeted rehabilitation protocols and injury prevention strategies in this specific population. Furthermore, the results may also have broader implications for similar populations of athletes globally who face similar issues with hamstring tightness.

Conclusion:

By evaluating the effectiveness of the muscle energy technique and the hamstring Nordic lower exercise, this study aims to contribute to the advancement of evidence-based interventions for managing hamstring tightness. The results will be disseminated through scientific publications and presented at relevant conferences to ensure that the knowledge reaches the appropriate healthcare professionals, coaches, and athletes.

Enrollment

60 patients

Sex

Male

Ages

18 to 25 years old

Volunteers

Accepts Healthy Volunteers

Inclusion criteria

  • Athletes with Hamstring tightness
  • Both male and female will be included.
  • Athletes ages form 18 to 25 years
  • athletes having SLR <110˚

Exclusion criteria

  • Athletes having hamstring injuries
  • Patients having painful SLR
  • Other orthopedic conditions like LBP,
  • Athletes with any deformity
  • Recent surgery

Trial design

Primary purpose

Treatment

Allocation

Randomized

Interventional model

Crossover Assignment

Masking

Quadruple Blind

60 participants in 3 patient groups

Group A
Experimental group
Description:
20 participant randomly allocated they were administered in first phase with post facilitation stretch , 3rd phase with post isometric relaxation and then in 5th phase hamstring Nordic lower
Treatment:
Other: post isometric relaxation
Other: hamstring nordic lower
Other: post facilitation stretch
Group B
Experimental group
Description:
20 participant randomly allocated they were administered in first phase with post isometric relaxation 3rd phase with hamstring Nordic lower and then in 5th phase post facilitation stretch
Treatment:
Other: post isometric relaxation
Other: hamstring nordic lower
Other: post facilitation stretch
Group C
Experimental group
Description:
20 participant randomly allocated they were administered in first phase hamstring Nordic lower 3rd phase with post facilitation stretch and then in 5th phase post isometric relaxation
Treatment:
Other: post isometric relaxation
Other: hamstring nordic lower
Other: post facilitation stretch

Trial contacts and locations

1

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Data sourced from clinicaltrials.gov

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