Table 1.

Summary of the Evidence that Support of Refute the Use of Common Conservative Treatment Interventions for Scar Management Following Burn Injury

Treatment interventionProposed mechanism supporting (√) or refuting (X) this interventionClinical considerations
 Edema managementCompression(√) Mechanical off-loading59-62
(√) Reduces inflammatory response, neurogenic inflammation79–83
• Compression for edema reduction should be initiated 48–72 hours postinjury.77
Positioning/Elevation(√) Gravity assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation84,85• Elevation should be used in combination with other edema management techniques.85,88
Pumping Exercises(√) Muscle contractions assist the drainage of edema, which could help reduce the inflammatory response and neurogenic inflammation85,89,90• Active pumping exercises or electrical stimulation should be used in combination with other edema management techniques.89,90
Retrograde massage/Manual edema mobilization (MEM)(√) Manually assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation87• Retrograde massage/MEM should be used in combination with other edema management techniques.87
Pressure therapy (Including: pressure garments, inserts, face masks, and low-load long duration orthoses)(√) Mechanical off-loading21,47,57–61,70,79,98–110,122–126
(√) Reduces neurogenic inflammation10,68–74
• Custom-fabricated garments should be applied once edema is stabilized and there is adequate healing.
• Optimal pressure is >15 mm Hg.21,47,108
• Use inserts when necessary.47
• Wearing time should be >16 hours/day.98,109,110
  Gels or Gel Sheets(√) Mechanical off-loading20,59–62,128–131
(√) Reduces Neurogenic inflammation10,68–74
(√) Occlusion19,20,72
(√) Hydration19,20,72
(√) Temperature increase19,20,72,128–131
• Gels should extend beyond the scar edge.128
   Serial casting(√) Mechanotransduction21,30,32,143,145,146,148–151• Serial casting should be applied when contractures interfere with function.30,32,143
   Scar massage(X) Mechanotransduction46,51–57,152,154–158
(X) Neurogenic inflammation10,70–74,152,154–158
• Scar massage, other than light effleurage for moisturizer application, should be avoided early in the wound healing process or when scars are inflamed or break down.26,152
  Passive stretching(X) Mechanotransduction10,46,51–57,63–74,168–171• Other treatment modalities such as AROM, strengthening exercises, or low-load long duration orthoses should be prioritized over passive stretching for scar management.145,169–172
Treatment interventionProposed mechanism supporting (√) or refuting (X) this interventionClinical considerations
 Edema managementCompression(√) Mechanical off-loading59-62
(√) Reduces inflammatory response, neurogenic inflammation79–83
• Compression for edema reduction should be initiated 48–72 hours postinjury.77
Positioning/Elevation(√) Gravity assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation84,85• Elevation should be used in combination with other edema management techniques.85,88
Pumping Exercises(√) Muscle contractions assist the drainage of edema, which could help reduce the inflammatory response and neurogenic inflammation85,89,90• Active pumping exercises or electrical stimulation should be used in combination with other edema management techniques.89,90
Retrograde massage/Manual edema mobilization (MEM)(√) Manually assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation87• Retrograde massage/MEM should be used in combination with other edema management techniques.87
Pressure therapy (Including: pressure garments, inserts, face masks, and low-load long duration orthoses)(√) Mechanical off-loading21,47,57–61,70,79,98–110,122–126
(√) Reduces neurogenic inflammation10,68–74
• Custom-fabricated garments should be applied once edema is stabilized and there is adequate healing.
• Optimal pressure is >15 mm Hg.21,47,108
• Use inserts when necessary.47
• Wearing time should be >16 hours/day.98,109,110
  Gels or Gel Sheets(√) Mechanical off-loading20,59–62,128–131
(√) Reduces Neurogenic inflammation10,68–74
(√) Occlusion19,20,72
(√) Hydration19,20,72
(√) Temperature increase19,20,72,128–131
• Gels should extend beyond the scar edge.128
   Serial casting(√) Mechanotransduction21,30,32,143,145,146,148–151• Serial casting should be applied when contractures interfere with function.30,32,143
   Scar massage(X) Mechanotransduction46,51–57,152,154–158
(X) Neurogenic inflammation10,70–74,152,154–158
• Scar massage, other than light effleurage for moisturizer application, should be avoided early in the wound healing process or when scars are inflamed or break down.26,152
  Passive stretching(X) Mechanotransduction10,46,51–57,63–74,168–171• Other treatment modalities such as AROM, strengthening exercises, or low-load long duration orthoses should be prioritized over passive stretching for scar management.145,169–172
Table 1.

Summary of the Evidence that Support of Refute the Use of Common Conservative Treatment Interventions for Scar Management Following Burn Injury

Treatment interventionProposed mechanism supporting (√) or refuting (X) this interventionClinical considerations
 Edema managementCompression(√) Mechanical off-loading59-62
(√) Reduces inflammatory response, neurogenic inflammation79–83
• Compression for edema reduction should be initiated 48–72 hours postinjury.77
Positioning/Elevation(√) Gravity assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation84,85• Elevation should be used in combination with other edema management techniques.85,88
Pumping Exercises(√) Muscle contractions assist the drainage of edema, which could help reduce the inflammatory response and neurogenic inflammation85,89,90• Active pumping exercises or electrical stimulation should be used in combination with other edema management techniques.89,90
Retrograde massage/Manual edema mobilization (MEM)(√) Manually assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation87• Retrograde massage/MEM should be used in combination with other edema management techniques.87
Pressure therapy (Including: pressure garments, inserts, face masks, and low-load long duration orthoses)(√) Mechanical off-loading21,47,57–61,70,79,98–110,122–126
(√) Reduces neurogenic inflammation10,68–74
• Custom-fabricated garments should be applied once edema is stabilized and there is adequate healing.
• Optimal pressure is >15 mm Hg.21,47,108
• Use inserts when necessary.47
• Wearing time should be >16 hours/day.98,109,110
  Gels or Gel Sheets(√) Mechanical off-loading20,59–62,128–131
(√) Reduces Neurogenic inflammation10,68–74
(√) Occlusion19,20,72
(√) Hydration19,20,72
(√) Temperature increase19,20,72,128–131
• Gels should extend beyond the scar edge.128
   Serial casting(√) Mechanotransduction21,30,32,143,145,146,148–151• Serial casting should be applied when contractures interfere with function.30,32,143
   Scar massage(X) Mechanotransduction46,51–57,152,154–158
(X) Neurogenic inflammation10,70–74,152,154–158
• Scar massage, other than light effleurage for moisturizer application, should be avoided early in the wound healing process or when scars are inflamed or break down.26,152
  Passive stretching(X) Mechanotransduction10,46,51–57,63–74,168–171• Other treatment modalities such as AROM, strengthening exercises, or low-load long duration orthoses should be prioritized over passive stretching for scar management.145,169–172
Treatment interventionProposed mechanism supporting (√) or refuting (X) this interventionClinical considerations
 Edema managementCompression(√) Mechanical off-loading59-62
(√) Reduces inflammatory response, neurogenic inflammation79–83
• Compression for edema reduction should be initiated 48–72 hours postinjury.77
Positioning/Elevation(√) Gravity assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation84,85• Elevation should be used in combination with other edema management techniques.85,88
Pumping Exercises(√) Muscle contractions assist the drainage of edema, which could help reduce the inflammatory response and neurogenic inflammation85,89,90• Active pumping exercises or electrical stimulation should be used in combination with other edema management techniques.89,90
Retrograde massage/Manual edema mobilization (MEM)(√) Manually assists the drainage of edema, which could help reduce the inflammatory response, neurogenic inflammation87• Retrograde massage/MEM should be used in combination with other edema management techniques.87
Pressure therapy (Including: pressure garments, inserts, face masks, and low-load long duration orthoses)(√) Mechanical off-loading21,47,57–61,70,79,98–110,122–126
(√) Reduces neurogenic inflammation10,68–74
• Custom-fabricated garments should be applied once edema is stabilized and there is adequate healing.
• Optimal pressure is >15 mm Hg.21,47,108
• Use inserts when necessary.47
• Wearing time should be >16 hours/day.98,109,110
  Gels or Gel Sheets(√) Mechanical off-loading20,59–62,128–131
(√) Reduces Neurogenic inflammation10,68–74
(√) Occlusion19,20,72
(√) Hydration19,20,72
(√) Temperature increase19,20,72,128–131
• Gels should extend beyond the scar edge.128
   Serial casting(√) Mechanotransduction21,30,32,143,145,146,148–151• Serial casting should be applied when contractures interfere with function.30,32,143
   Scar massage(X) Mechanotransduction46,51–57,152,154–158
(X) Neurogenic inflammation10,70–74,152,154–158
• Scar massage, other than light effleurage for moisturizer application, should be avoided early in the wound healing process or when scars are inflamed or break down.26,152
  Passive stretching(X) Mechanotransduction10,46,51–57,63–74,168–171• Other treatment modalities such as AROM, strengthening exercises, or low-load long duration orthoses should be prioritized over passive stretching for scar management.145,169–172
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