Burns Flashcards

1
Q

Divides the body into 9s or multiples of 9s to calculate total body surface area of burns (TBSA)

A

ADULTS: The Rule of Nines

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2
Q

A more accurate method of calculating TBSA, used especially for children, based on age

A

CHILDREN and INFANTS: Lund-Browder chart

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3
Q
  • Involves the superficial epidermis
  • Pain is minimal to moderate
  • Dry, superficial redness, blister free
  • No risk of scar formation or contracture
  • Healing time is 3-7 days
  • Associated with: Mild sunburn or short exposure to heat source, chemical, or hot liquid
A

Superficial (first-degree) burn

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4
Q
  • Involves the epidermis and upper dermis layers
  • Pain is significant; wet blistering and erythema are present
  • Low risk of hypertrophic scar formation
  • Healing time is 1-3 weeks
  • Associated with: Severe sunburn, lengthy exposure to a heat source
A

Superficial Partial-Thickness (Superficial second-degree) burn

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5
Q
  • Involves the epidermis and the deep dermis layers, hair follicles, and sweat glands
  • Pain is severe, even to light touch
  • Erythema is present, with or without blisters
  • Burn has a high risk of turning into a full-thickness burn because of infection; grafting may be considered to prevent wound infection
  • Client may have impairment of sensation
  • Potential for hypertrophic scar or contracture is high
  • Healing time varies from 3-5 weeks
  • Associated with: Direct contact or lengthy exposure to a heat source
A

Deep Partial-Thickness (Deep second-degree) burn

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6
Q
  • Involves the epidermis and dermis, hair follicles, sweat glands, and nerve endings
  • Burn is pain free, no sensation to light touch
  • Burn is pale and non-blanching
  • Requires skin graft
  • Potential for hypertrophic scar and contracture is extremely high
A

Full-Thickness (Third-degree) burn

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7
Q
  • Full-thickness burn with damage to underlying tissue such as fat, muscles, and bones
  • Charring is present; may have exposed fat, tendons, or muscles
  • If the burn is electrical, destruction of nerve along the pathway is present
  • Peripheral nerve damage is significant
  • Requires surgical intervention for wound closure or amputation
  • Potential for hypertrophic scar is extremely high
A

Subdermal burn

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8
Q
  • Risk of dehydration as one of the functions of skin is it serves as a moisture barrier - risk for dehydration through evaporation
  • Hypo- or hyperthermia
  • Fluid resuscitation: rapid league of protein-rich intravascular fluid into surrounding extravascular tissues can result in decreased plasma and blood volume and reduce cardiac output
  • Cardiopulmonary stability: important if the respiratory tract has sustained a smoke inhalation injury
  • Escharotomy and fasciotomy
A

Medical Management
Emergent phase: 0-72 hours after injury
Sustaining Life

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9
Q

-Wound-dressing products protects the wound against infection, superficially debride the wound, and provide comfort
-Type of wound dressing:
=Topical antibiotics
=Biologic dressing
-> Xenografts - bovine skin, processed pig skin
-> Allograft - human cadaver skin
=Nonbiological skin-substitute dressings - biosynthetic products such as Biobran

A

Medical Management
Emergent phase: 0-72 hours after injury
Controlling Infection

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10
Q
  • Pharmacological; likely use of narcotic analgesics

- Include pain management of any associated injuries (organ injuries or fractures)

A

Medical Management
Emergent phase: 0-72 hours after injury
Managing Pain

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11
Q
  • Infection control
  • Pain management
  • Proper nutrition and hydration
  • Cardiopulmonary stability is maintained
A

Medical Management

Acute phase: 72 hours after injury or until wound is closed (may be days or months)

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12
Q

-Autograft: transplantation of the person’s own skin from an unburned donor site to the burned receiving site
-Split-thickness skin graft
=Full epidermal and particle dermal layer are taken from donor site
=Chance of graft survival is high
-Full-thickness skin graft
=Full thickness of the epidermal and dermal layers plus a percentage of fat layers are taken from donor site
=Chance of graft survival is less
=The outcome is functionally and cosmetically better if graft adherence occurs

A

Types of Skin Grafts

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13
Q

Medical treatment continues with skin grafts and reconstruction surgery as needed for movement and function

A

Medical Management

Rehabilitation Phase

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14
Q

-OT Evaluation: Clinical observations of body parts affected by burns, information gathering on prior functional status
-OT Intervention: Splinting in antideformity positions
=Intrinsics plus for hands
=Opposite client’s posture
=Generally in extension for the neck, elbows, and knees
=Shoulder in abduction and hip in extension
=Anti-frog leg and anti-foot drop for lower extremity

A

OCCUPATIONAL THERAPY EVALUATION AND INTERVENTION

Emergent Phase: 0-72 hours

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15
Q

Emergent phase OT Intervention: Splinting in anti deformity positions

A
  • Intrinsics plus for hands
  • Opposite client’s posture
  • Generally in extension for the neck, elbows, and knees
  • Shoulder in abduction and hip in extension
  • Anti-frog leg and anti-foot drop for lower extremity
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16
Q
  • OT Evaluation: ADLs, psychosocial aspects, communication, cognition, ROM, muscle strength, and pain
  • OT Intervention: Splinting and positioning in antideformity position, edema management, early participation in ADLs, and client and caregiver education
  • Anti-Contracture positioning: Positioning is critical because the position of greatest comfort is usually the position of contracture
  • Edema Management
  • Early participation in ADLs
  • Client and caregiver education
A

OCCUPATIONAL THERAPY EVALUATION AND INTERVENTION

Acute Phase 72 hours after injury or until wound is closed (may be days or months)

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17
Q

What is Anti-Contracture positioning for Neck

A

Neck: neutral to slight extension

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18
Q

What is Anti-Contracture positioning for Chest

A

-Chest and abdomen: trunk extension, shoulder retraction

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19
Q

What is Anti-Contracture positioning for Axilla

A

-Axilla: shoulder abduction 100° to 120°, slight external rotation

20
Q

What is Anti-Contracture positioning for Elbow

A

-Elbow: extension

21
Q

What is Anti-Contracture positioning for Forearm

A

-Forearm: neutral to supination

22
Q

What is Anti-Contracture positioning for Wrist

A

Wrist
=Dorsal wrist: wrist in neutral to 30° extension
=Volar wrist: wrist on 30° - 45° extension

23
Q

What is Anti-Contracture positioning for Hand

A

-Hand: metacarpal, 70° flexion; interphalangeal 0° extension, thumb abducted and extended

24
Q

What is Anti-Contracture positioning for Hip

A

-Hip: 10° - 15° abduction, neutral extension

25
Q

What is Anti-Contracture positioning for Knee

A

-Knee: extension; with anterior burn, slight flexion

26
Q

What is Anti-Contracture positioning for Ankle

A

-Ankle: Neutral to 5° dorsiflexion

27
Q

Surgical and postoperative phase

A
  • Post operation immobilization period
  • Positioning
  • Exercise and activity
28
Q

Immobilization period is generally between how many days?

A

3 and 10 days or until graft adherence is confirmed

29
Q

Immobilization period of donor site is how many days?

A

2-3 days if no active bleeding occurs

30
Q

Walking is usually not resumes until how many days?

A

5-7 days after grafting in lower extremities

31
Q
  • Exercise and movement of the uninvolved extremities should be continued
  • Movement of the other joints involved should be continued if able to avoid tension on grafts
  • After immobilization period, start with gentle AROM to avoid shearing of the new grafts
A

Surgical and postoperative phase

Exercise and activity

32
Q
Rehabilitation Phase: Wound is healing, and wound closure is stable 
-Skin conditioning 
        =Skin lubrication is for?
        =Use skin massage to?
        =Avoid what?
A

Skin lubrication should be performed several times a day to prevent dry skin from splitting because of shearing forces or overstretching during movement and exercises

Use skin massage to desensitize the hypersensitive grafted sites or burn scars. Massaging a tight scar band can reduce shearing forces and prevent splitting of immature or problematic scar tissue

Use sunblock or sun protective clothing; avoid unprotected sun exposure

33
Q

What is compression therapy for?

A

Initiate compression therapy for both edema control and scar compression

Use of compression garments is indicated for all donor sites grafted sites, and burn wounds that take more than 2 weeks to heal spontaneously

34
Q

Types of temporary interim pressure bandages or garments?

A
  • Elastic bandages
  • 3M Coban wrapping of the fingers
  • Elasticated tubular support bandages
  • Thigh-high or knee-high thromboembolism-deterrent hose (TED Hose)
  • Spandex bicycle pants
  • Isotonic gloves with impression silicone, elastomer, closed-cell foam, or silicone pad inserts
35
Q

When should client be taught perform skin lubrication and massage?

A

as pretreatment skin care before exercise and activity program

36
Q

Rehabilitation Phase: Wound is healing, and wound closure is stable
Therapeutic exercise and activity

A
  • Exercise and activity should be progressively graded to regain strength and activity tolerance
  • Client needs to be taught to perform skin lubrication and massage as pretreatment skin care before exercise and activity program
  • Includes daily stretching, resistive exercise, activity to tolerance, and coordination activities
37
Q

Rehabilitation Phase: Wound is healing, and wound closure is stable
Splinting

A
  • Continue anti-contracture positioning to prevent contracture formation
  • Use dynamic splint or serial casting to reverse disabling or disfiguring contracture formation. For the hands, attend to extensor tendon injury and web space contracture management
  • Splint of volar surface of hand for dorsal or volar hand burns for better positioning and comfort
38
Q

Outpatient and community reintegration phase
Scar management
How long does maturation of scar takes?

A

1 to 2 years

39
Q

Outpatient and community reintegration phase

Psychosocial Adjustment

A
  • Client may experience symptoms of post-traumatic stress disorder
  • An adjustment period may be needed, especially if disfigurement or contracture has occurred
  • Client may require counseling, support group, training in pain management, relaxation, and stress management
40
Q

Contracture

A
  • Results from tight scar band, hypertrophic scar, or prolonged immobilization
  • Addressed with early implementation of anti-contracture positioning, continuous exercise and activity programs, and serial splinting programs to prevent or reverse deformity
41
Q

Hypertrophic Scar

A
  • Scar is most apparent 6-8 weeks after wound closure
  • It is most active in the initial 4-6 months
  • Because of increased vascularity, the scare becomes firmer and thicker and rises above the original surface level of the skin
  • It can happen at the donor site, at the original burn area, or with a mound that does not close spontaneously after 2 weeks
  • Apply compression therapy early, and continue it until the scar matures in 1-2 years
  • Use scar gel peds and/or inserts to provide compression to scar
42
Q

Heterotopic Ossification

A
  • Is the formation of bones in abnormal areas. Typically occurs in soft tissue around the joint or joint capsule
  • Common areas in which it occurs are the elbow, knee, hip, and shoulder
  • Loss of ROM is rapid, and pain is localized and severe
  • Hard end feeling during PROM activity
  • Once diagnosis is confirmed, discontinue passive stretching (including use of dynamic splint) and begin AROM exercise within the pain-free range to preserve as much joint movement as possible
  • Heterotopic ossification usually requires surgical intervention if functional activity is limited
43
Q

Pain

A
  • Interferes most with the rehabilitation process
  • Respect pain
  • Coordination with nursing on scheduled pain management; breakthrough pain relief can improve compliance with therapy program
  • Educate the client and family on the importance of frequent ROM exercise and activity in spite of pain to prevent deformity formation
  • Teach the client proper skin care and lubrication to avoid maceration of skin because of friction and shear during exercise and activity
  • Reinforce pain management and stress reduction management techniques throughout the whole continuum
44
Q

Heat Tolerance

A
  • Loss of the ability to sweat may occur as a result of loss of sweat glands with split-thickness skin graft
  • Client may sweat excessively in the unburned areas
  • Special accommodations and modifications (air conditioning) may be required at home or in the work or school area
45
Q

Pruritus (persistent itching)

A
  • May lead to skin maceration and reopening of the wound as a result of scratching
  • Use of a compression garment, maintenance of skin lubrication, and use of cold packs and antihistamine medications may alleviate itching