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Burn injuries can lead to significant physical and psychological challenges, particularly when they result in scarring. Burn scars can lead to a variety of complications that significantly impact a patient's quality of life1.
Physical complications often include restricted range of motion and contractures, which can hinder mobility and daily activities, especially if the scars are located near joints2. Additionally, psychosocial effects such as anxiety, depression, and social withdrawal may arise due to the visible nature of scars and the stigma associated with them3.
Functional complications can also manifest, affecting the skin's ability to regulate temperature and moisture, increasing susceptibility to infections, and causing discomfort or pain 4. In some cases, burn scars may develop into hypertrophic scars or keloids, leading to further aesthetic concerns and potential need for medical interventions5.
Among the various types of burns, partial thickness burns are particularly concerning due to their potential for hypertrophic scarring and functional limitations6. Effective treatment strategies are essential to manage these scars, promote healing, and improve the quality of life for affected individuals7.
Ultrasonography has emerged as a valuable tool in the assessment and monitoring of scar tissue characteristics, allowing for non-invasive evaluation of tissue composition, vascularity, and changes over time. This imaging modality provides critical insights into the healing process, facilitating more informed therapeutic decisions8.
Shock wave therapy has gained attention in recent years as a novel treatment option for scar management. It utilizes acoustic waves to stimulate tissue regeneration, enhance blood flow, and promote collagen remodeling, potentially leading to improved scar quality9.
In contrast, traditional physical therapy remains a cornerstone of rehabilitation post-burn, focusing on restoring function, reducing pain, and improving mobility through various modalities, including stretching, strengthening, and manual therapy techniques 10.
This research addresses the limited exploration of the comparative effectiveness of shock wave therapy versus traditional physical therapy in treating partial thickness burn scars on the forearm. By utilizing a prospective randomized clinical trial design, the study aims to provide substantial evidence regarding the efficacy of these two treatment modalities. The primary focus is to evaluate the impact of both therapies on scar characteristics, specifically examining changes in echogenicity, vascularity, and overall morphology through ultrasonography before and after treatment. Additionally, the study seeks to compare patient-reported outcomes related to scar appearance, pain, and functional abilities between the two groups, ultimately contributing to the development of improved treatment protocols for burn scars.
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| Label | Type | Description | Intervention Names |
|---|---|---|---|
| Shock wave | Experimental | The treatment regimen included 2000 shocks directed to the 10 cm2 scar tissue itself, 1000 shocks to the surrounding soft tissue to promote healing. Pneumatic extracorporeal shock wave therapy (ESWT) will administered using the EME Srl device (Via Degli Abeti, Pesaro- Italy) over a series of sessions |
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| Traditional Physical Therapy | Experimental | This included five minutes of passive stretching for the wrist flexors, with therapist assistance, followed by five minutes of active stretching, encouraging patients to engage in movements independently to enhance flexibility and alleviate stiffness. To rebuild strength and functionality in the forearm and hand, the regimen incorporated progressive resistance exercises such as wrist flexion and extension, performed for 20 repetitions per set, two sets per session, three times weekly, using light weights (Vinyl Dumbbell Set, Soft Grips - 2kg, progressing to 3kg, made in China). Grip strengthening exercises were also included, utilizing a guitar finger exercise grip (made in China), with 30 repetitions per set, two sets per day, three times a week. |
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| Name | Type | Description | Arm Group Labels | Other Names |
|---|---|---|---|---|
| Shock wave | Other | The treatment regimen will include2000 shocks directed to the 10 cm2 scar tissue itself, 1000 shocks to the surrounding soft tissue to promote healing. Pneumatic extracorporeal shock wave therapy (ESWT) will administered using the EME Srl device (Via Degli Abeti, Pesaro- Italy) over a series of sessions. Patients received two sessions each week for 8 successive weeks |
| Measure | Description | Time Frame |
|---|---|---|
| Ultrasonography Assessment | High-resolution ultrasound was performed using the GE Logiq P6 Pro (GE Healthcare, Solingen, Germany) machine, to measure scars during the pre-treatment, post-treatment, and follow-up periods. Scar thickness is determined at the thickest point of irregular scars | at baseline , at 8 weeks and 8 weeks follow up |
| The Vancouver Scar Scale | The total score can range from 0 to 13, where a score of zero indicates normal skin and a score of 13 reflects the most worse scar tissue. In this study, the VSS was utilized to assess forearm scars in participants at baseline before any interventions, again after 8 weeks of treatment, and finally 8 weeks post-intervention to monitor changes over time12. | at baseline, at 8 weeks and 8 weeks follow up |
| Measure | Description | Time Frame |
|---|---|---|
| The Burn Specific Health Scale-Brief (BSHS-B) | The questionnaire is divided into nine sub-domains, which cover areas such as emotional well-being, basic abilities, employment, social interactions, heat sensitivity, sexual health, treatment processes, self-image, and upper limb functionality. Respondents use a 5-point Likert scale to indicate the level of difficulty or impact related to their burn experiences. The BSHS-B effectively captures the complexities of recovery and distress following burns. BSHS-B was utilized to assess forearm scars in participants at baseline before any interventions, again after 8 weeks of treatment, and finally 8 weeks' post-intervention to monitor changes over time13. |
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Inclusion Criteria:
Exclusion Criteria:
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| Facility | Status | City | State | ZIP | Country | Contacts |
|---|---|---|---|---|---|---|
| faculty of physical therapy ,Cairo University | Cairo | 11311 | Egypt |
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| ID | Term |
|---|---|
| D002056 | Burns |
| ID | Term |
|---|---|
| D014947 | Wounds and Injuries |
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Randomized controlled trial
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single blinded
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| Traditional Physical Therapy | Other | This included five minutes of passive stretching for the wrist flexors, with therapist assistance, followed by five minutes of active stretching, encouraging patients to engage in movements independently to enhance flexibility and alleviate stiffness. To rebuild strength and functionality in the forearm and hand, the regimen incorporated progressive resistance exercises such as wrist flexion and extension, performed for 20 repetitions per set, two sets per session, three times weekly, using light weights (Vinyl Dumbbell Set, Soft Grips - 2kg, progressing to 3kg, made in China). Grip strengthening exercises were also included, utilizing a guitar finger exercise grip (made in China), with 30 repetitions per set, two sets per day, three times a week. |
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| at baseline , at 8 weeks and 8 weeks follow up |