Hand therapists may feel they are in a constant battle with scar tissue. It can limit ROM, cause pain, impede other structures, and leave a less than desirable appearance. Scar tissue starts forming as early as 2 weeks after an injury and can continue forming for up to 2 years. The earlier action is taken to minimize scar, the better the outcomes will be for your patient. Here are some of our evidence informed techniques used in scar management hand therapy to remodel scar, realign collagen, optimize appearance and increase tissue extensibility.
Our strategies fall under 3 categories:
- Neutral Warmth and Moisture:
- Silicone Gel Sheets
- Paper Tape
Silicone gel sheets are at the front lines of our battle with scar tissue. This tool helps keep the skin stay hydrated and can reduce capillary activity, collagen deposition and hyperemia. This discourages growth and can improve the overall appearance of scar tissue. Paper tape also has evidence that it has comparable outcomes to silicone gel sheets and is a less expensive alternative. These tools can be placed between the skin and an orthosis to keep it in place, aiding in patient compliance and applying constant pressure to the scar. We recommend applying these materials to scar 12 hours a day.
- Mechanical Break up
Scar massage should begin after sutures have been removed and there are no visible scabs at the site of injury. Mechanical methods should be delayed until the scar is stable and there is no risk for re-opening the wound or destabilizing the scar line. Massaging the scar in all directions is useful if the pressure applied is enough to cause blanching of the scar. A small piece of Dycem can be useful to grip the surface layer and separate it from underlying tissues (dycem for scar tissue). IASTM is a great way to break up fascial adhesions and saves wear and tear on the therapist’s joints. Vibration is a soothing way to move scar tissue and help reduce pain in a sensitive scar. Massage the scar 2-3 times a day for 10 minutes, for at least 6 months.
- Decrease blood flow
- Compression garments
Elastomer scar management: elastomer helps keep the skin hydrated and can reduce capillary activity, collagen deposition and hyperemia. This discourages growth and can improve the overall appearance of scar tissue. Compression garments discourage blood flow to the area, reducing the amount of oxygen available and limiting further collagen deposition.
Desensitization: For sensitive scars we use scar desensitization kits that consist of scrap pieces of material with different textures on them to rub on scar tissue. Putting lots of sensory input to a scar can help reduce its sensitivity.
Cupping: We use cupping sparingly as it can be rough or painful to some patients, and may cause excessive bruising if they are taking blood thinners.
AROM: Motion is essential to keeping skin pliable, especially across joints. Continued movement also prevents surface scar from adhering to deeper structures. Creams?: You may see a lot of creams for scar available but we actually don’t recommend creams as the evidence is still inconclusive. There is some evidence, however, that vitamin E and aloe vera may have a positive effect on scar tissue.
More To Read
Howell, J.W., Merritt, W. H., & Robinson, S. J. (2005). Immediate Controlled Active Motion Following Zone 4–7 Extensor Tendon Repair. Journal of hand therapy: 18, 182-90. The Skinny- For years immobilization was the standard procedure following extensor tendon injuries in zones 4-7. As expected immobilization caused lengthy rehabilitation times, stiff joints, and tendon adhesions often…Read More
By Brittany Day Role of nutrition in wound healing Nutrition plays an important function in the biological factors that contribute to normal wound healing (wound care nutrition). Patients without nutrient dense diets may experience diminished cell production, collagen synthesis, and wound contraction. There is sparse scientific evidence that explores the exact science behind nutrition and…Read More
Osumi, M., Sumitani, M., Abe, Hiroaki, A., Otake, Y., Kumagaya, S.-I., & Morioka, S. (2019). Kinematic evaluation for impairment of skilled hand function in chemotherapy induced peripheral neuropathy. Journal of Hand Therapy. (32)1, 41-47. https://doi.org/10.1016/j.jht.2017.06.003 By: Rita Steffes The Skinny: Chemotherapy has many lasting side effects (one of which is hand numbness after chemotherapy), with…Read More
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