Reconstruction After Trauma Maintenance and Results

Plastic surgery restores form and function through reconstructive procedures, cosmetic enhancements, and body contouring.

The First Six Weeks: Protection Phase

The first six weeks are critical. Bones are knitting, tendons are healing, and flaps are establishing their blood supply. The repair is fragile. Strict adherence to weight-bearing restrictions and splinting protocols is mandatory.

Swelling can slow healing, so patients need to keep the limb raised. Activity should be limited to protect the repair. This time is called ‘active rest’ move what you safely can, but protect the healing area.

• Strict adherence to weight-bearing status
• Use of protective splints or casts
• Continuous elevation to control edema
• Protection of flap and graft sites
• Vigilance for signs of infection

Wound Care and Hygiene

It’s very important to keep surgical sites clean. If there are pins from external fixators, they need to be cleaned every day to prevent infection. Stitches from flaps should also be kept clean and covered.

Once grafts have taken (usually after 1 week), they must be kept moisturized as they lack natural oils. Patients are taught to perform sterile dressing changes if needed.

• Pin site care for external fixators
• Gentle cleansing of suture lines
• Moisturizing of skin grafts
• Sterile dressing change techniques
• Monitoring for redness or drainage

Physical Therapy: Range of Motion

Therapy often begins within days. “Passive” motion (the therapist moves the joint) keeps joints loose without stressing muscle repairs. “Active” motion (patient moves the joint) starts later once tendons are stronger.

Scar massage is initiated to prevent the skin from sticking to tendons and bones (adhesions). This is crucial in the hand, where gliding is essential. Therapy is a daily commitment.

• Passive Range of Motion (PROM) exercises
• Progression to Active Range of Motion (AROM)
• Scar massage to prevent adhesions
• Edema control techniques
• Desensitization of hypersensitive areas

Strengthening and Conditioning

Around 6-12 weeks, as bones and tendons solidify, strengthening begins. Resistance exercises rebuild atrophied muscles. Proprioception training (balance) helps prevent reinjury, especially after lower-limb trauma.

Work hardening programs simulate job tasks to prepare the patient for returning to work. The focus shifts from protection to function and endurance.

• Progressive resistance training
• Proprioception and balance drills
• Work hardening and functional simulation
• Cardiovascular conditioning
• Rebuilding muscle mass and endurance

Scar Management

Traumatic scars can be hypertrophic (raised) or contractures (tight). Silicone sheets and compression garments are used to flatten scars. Laser treatments can reduce redness and improve texture.

If a scar crosses a joint and limits motion (contracture), surgical release (Z-plasty) may be needed later. Sun protection is mandatory to prevent permanent dark discoloration of the new scars.

• Application of silicone sheeting/gel
• Use of compression garments
• Laser resurfacing for texture/color
• Surgical release of contractures
• Strict sun protection (SPF 50+)

Sensory Recovery and Neuromas

• Nerves heal slowly, about one millimeter per day. As feeling comes back, patients may notice tingling, shocks, or itching. Desensitization therapy means gently rubbing the area with different textures to help the brain get used to new sensations.

  If a painful lump called a neuroma develops, it might need an injection or minor surgery. Patients who have numb areas need to be careful to protect them from burns or cuts, since they may not feel injuries there.

  • Management of paresthesias (tingling)
  • Desensitization protocols
  • Monitoring for painful neuromas
  • Protection of insensate areas
  • Sensory re-education exercises

Hardware Management

• Titanium plates and screws are generally left in forever unless they cause problems. In some cases, hardware becomes palpable or painful in cold weather. If so, it can be removed once the bone is fully healed (usually 12+ months).

  External fixators are taken off in the clinic once the bone is strong enough. The pin sites usually heal fast and leave only small scars.

  • Monitoring for hardware irritation/pain
  • Removal of symptomatic hardware (elective)
  • Removal of external fixators
  • Assessment of bone union before removal
  • Management of cold sensitivity

Long-Term Functional Adaptation

• Some injuries cause lasting changes. Patients may need to adjust to new limits, like using special tools for daily tasks, changing shoes, or wearing braces to help with walking.

  The main goal is to help patients be as independent as possible. They learn new ways to do everyday things. Regular check-ups make sure they are adjusting well and help catch any late problems, like arthritis.

  • Use of adaptive equipment/orthotics
  • Gait training and modification
  • Vocational rehabilitation
  • Monitoring for post-traumatic arthritis
  • Maximizing independence in ADLs

Psychological Recovery

• Recovery involves both the mind and body. PTSD or anxiety can last for some time. Support groups or counseling can help, and celebrating small steps forward keeps patients motivated.

  Acceptance of the “new normal” is a process. The reconstructive team supports the patient in integrating the injury into their life story without letting it define them.

  • Ongoing management of PTSD/anxiety
  • Support group participation
  • Acceptance of altered body image
  • Celebration of functional milestones
  • Holistic reintegration into society

Secondary Revisions

• Reconstruction often needs more than one surgery. Later procedures are common to improve the results. These can include thinning a thick flap, loosening a tight scar, or moving a tendon to help with movement.

  These follow-up surgeries are planned to get the best possible outcome. They are usually less involved than the first surgery and focus on improving how things work and look.

  • Flap thinning and contouring
  • Scar revision and Z-plasty
  • Tendon transfers for function
  • Tenolysis (freeing stuck tendons)
  • Aesthetic refinements