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Clinical Trials/NCT06198062
NCT06198062CompletedNot Applicable

Effects of Paraffin Wax Bath Therapy With and Without Muscle Energy Technique in Children With Post Burn Hand Contracture

Riphah International University1 site in 1 country30 target enrollmentStarted: December 1, 2023Last updated:
Conditions
Interventions

Trial Snapshot

Phase
Not Applicable
Status
Completed
Enrollment
30
Locations
1
Primary Endpoint
Goniometer

Study Overview

Brief Summary

The degree of the burn and the rate of scar development during healing are the main determinants of loss of hand function following thermal injury. Compared to adults, managing these injuries in children presents unique challenges due to three factors: (I) children's thin hand skin makes it difficult to protect deep hilar structures; (II) rapid growth of the hand and fingers in the second and third years of life can cause contusion scar deformity; and (III) treatment is frequently challenging due to the young child's lack of cooperation. The manual technique known as Muscle Energy Technique (MET) primarily targets the soft tissues, although it also has significant effects on the muscles. Osteopaths and is currently utilized by a variety of manual therapy professions as a contribution to joint mobilization. This method is also known as the active muscular relaxation technique or the muscle energy technique. Exercise is necessary to maintain mobility, which in turn depends on overcoming dryness and decreased suppleness of the scar tissue across the joint, which in turn depends on preventing joint stiffness. Heat therapy for the relief of joint pain and stiffness was established using paraffin and prolonged stretching. When used as a treatment method, paraffin wax is heated to a temperature between 115 and 118 degrees.

Detailed Description

The degree of the burn and the rate of scar development during healing are the main determinants of loss of hand function following thermal injury. Compared to adults, managing these injuries in children presents unique challenges due to three factors: (I) children's thin hand skin makes it difficult to protect deep hilar structures; (II) rapid growth of the hand and fingers in the second and third years of life can cause contusion scar deformity; and (III) treatment is frequently challenging due to the young child's lack of cooperation. The manual technique known as Muscle Energy Technique (MET) primarily targets the soft tissues, although it also has significant effects on the muscles. Osteopaths and is currently utilized by a variety of manual therapy professions as a contribution to joint mobilization. This method is also known as the active muscular relaxation technique or the muscle energy technique. Exercise is necessary to maintain mobility, which in turn depends on overcoming dryness and decreased suppleness of the scar tissue across the joint, which in turn depends on preventing joint stiffness. Heat therapy for the relief of joint pain and stiffness was established using paraffin and prolonged stretching. When used as a treatment method, paraffin wax is heated to a temperature between 115 and 118 degrees.

It will be randomized controlled trail. In which convenient sampling technique will be used. Two groups will be formed in which participants will be divided by lottery method. Group A will be treated by paraffin wax bath therapy and Group B treated by paraffin wax bath therapy with muscle energy technique. The result after statistical analysis will either show this intervention is effective or not. Result will be analyzed on SPSS

Study Design

Study Type
Interventional
Allocation
Randomized
Intervention Model
Parallel
Primary Purpose
Treatment
Masking
Single (Participant)

Masking Description

Participants will get a separate treatment protocol and possible efforts will be mask the both groups about their treatment

Eligibility Criteria

Ages
4 Years to 12 Years (Child)
Sex
All
Accepts Healthy Volunteers
Yes

Inclusion Criteria

  • •Child with age 4 to 12 yrs
  • •Mild and moderate type of contracture
  • •Loss up to one third and two third of ranges
  • •Recently healed wounds to be sure that no open area exist
  • •Post burn contracture
  • •Without fragile blistering

Exclusion Criteria

  • •Severe type of contractures
  • •Loss of more than two-third of ranges
  • •Any spinal cord injuries
  • •Children with rigid spastic contractures
  • •Contractures other than burn
  • •Wounds that have open area and risk of bleeding occurs

Arms & Interventions

Paraffin wax bath therapy

Experimental

Heat therapy for the relief of joint pain and stiffness was established using paraffin and prolonged stretching. When used as a treatment method, paraffin wax is heated to a temperature between 115 and 118 degrees. One step of the paraffin treatment is cleaning. (1) Drying the damaged area and making sure the skin is covered in plastic, (2) Wrapping any small open wounds in plastic, (3) Applying paraffin wax to the affected area, (4) Stretching the affected extremity for 20 minutes, (5)Covering the area with an ACE bandage or a towel to prevent the wax from cooling too quickly

Intervention: Paraffin wax bath therapy (Other)

Muscle energy technique

Experimental

Reciprocal inhibition, hypertonic antagonists can reflexively inhibiting their agonist muscle. Therefore, in the presence of short and tight antagonist muscles, restoring normal muscle tone and length should be first addressed. MET involves the subject to voluntarily contract the muscle in a precisely controlled direction against the therapist's counter force. Its therapeutic effects are to reduce pain, reduce muscle tone, stretch tightened muscles, strengthen the weak muscles, improve local circulation and mobilize joint restrictions. Anatomical structures that contribute to stiffness at the joint states that the joint capsule, surrounding inter-muscular fasciae and muscles, tendons and skin tissue account for restriction at the joint. Relaxation of the antagonist muscle occurs due to actively contracting the agonist muscle

Intervention: Paraffin Wax Bath Therapy and Muscle Energy Techniques (Other)

Outcomes

Primary Outcomes

Goniometer

Time Frame: 6 weeks

Measuring a joint angle with a universal goniometer has moderate to excellent reliability. It can therefore, be used as a repeatable device for measuring the range of motion of the joint. According to an article the inter-tester reliability of goniometer is 0.98 and ICC is 0.99 and validity 0.97-0.98. The results of this study indicates that goniometric measurement are both valid and reliable.

ABILHAND-kids Questionnaires

Time Frame: 6 weeks

ABILHAND-Kids is use to measure the manual ability of hand in children. The scale used for face to face interview of the parents of the child. The interview will be conduct twice. On the first visit and after an interval of 15 days. The scale consist of different activities parents are asked to fill the questionnaire by estimating their child difficulty on three levels. Impossible: the child is unable to perform the activity.

Secondary Outcomes

No secondary outcomes reported

Investigators

Sponsor Class
Other
Responsible Party
Sponsor

Study Sites (1)

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