The Lund and Browder method uses narrower age ranges and divides the body into smaller anatomical regions to account for changes in surface area with age.3-5,7-9
The location of the burn wound may cause additional complications initially or during the healing process, such as edema, causing pharyngeal obstruction necessitating endotracheal intubation. Facial edema may prevent eyes from opening, impeding vision and circumferential limb burns, and subsequent edema may lead to vascular compromise necessitating an escharotomy. Burns to the perineum may cause urethral obstruction necessitating an indwelling urinary catheter, whereas burns over joints immediately affect the range of motion, which may be exacerbated later by hypertrophic scarring.3,5,8 Consider a consultation with or referral to a Burn Center based on the ABA Burn Center Referral Criteria (Table 1).
BURN WOUND CARE
The acute phase of burn care lasts from the time of injury until the burn wounds are closed. Most burn wounds are painful. The most painful are superficial partial-thickness burns because the sensory nerve endings are intact and working but exposed because of the loss of the epidermis. Burn pain is intense initially, during debridement and dressing changes, but usually moderates once dressings are applied, protecting the nerve endings. Pain increases again with activity, especially physical therapy. Most patients require analgesics and will need opioid-based analgesics for wound care, physical therapy, and sleep. If possible, make sure the patient has been premedicated for pain before manipulating the wounds, but be aware that anything less than anesthesia will not eliminate burn pain.3-7,10,11
The patient's tetanus vaccination status should be assessed and updated if needed.3,7,8 Superficial burns are not open wounds and do not require dressings. They may be treated symptomatically with moisturizers, cool compresses, and analgesics. Large superficial burns may require short-term hospitalization for pain control. Wound care should begin with gentle cleansing of the burn wounds with a bland soap and water or wound cleanser. Remember that the burn wound is initially sterile, and the goal is to remove devitalized skin, dirt, and debris while minimizing pain and additional trauma to the burn wound.3-5
Two frequently asked questions are whether to debride intact blisters and whether burn wounds should be shaved, clipped, or left alone. The literature regarding both issues is mixed. With regard to blisters, recommendations range from leaving blisters intact until the underlying skin heals, needle aspirating them leaving the dead skin in place, to debriding them immediately. The case for debriding blisters is supported by studies that demonstrate that blister fluid depresses immune function by impairing neutrophil and lymphocyte function and increases inflammation. The devitalized tissue and fluid are also mediums for bacterial growth and possible infection.10
Researchers in support of leaving blisters intact state that an intact blister usually indicates a superficial burn that will heal spontaneously within a few weeks.10 The intact blister creates its own dressing, thereby keeping the wound clean, moist, and protected. The wound is protected from the air, manipulation, and contamination because of dressing changes; thus, there is less pain and less need for analgesics. With fewer dressings, the cost of supplies is decreased. Some practitioners prefer to debride blisters that are already broken, fragile, and imminently going to break or are crossing joints, thus interfering with function. These practitioners leave other blisters intact unless pain caused by pressure from the blister is intolerable or preventing active range of motion.3,4,7,9-11
Those in support of shaving or clipping hair from the burn wound say that the risk of infection is decreased by making it easier to debride dead tissue and keep the wound clean. Shaving the hair exposes the burn, making it easier to evaluate the depth and extent of the burn. The pain of subsequent wound care is decreased because devitalized tissue and exudates wash off easier as they are not anchored in place by intact hair.3,11 Other practitioners believe that shaving the hair from minor burn wounds can cause additional trauma.3 Some prefer to shave most burn wounds to expose their depth and extent especially on scalps, and most importantly on infants and toddlers whose hair may hide a moderate or major burn that should not be treated in a primary care setting.3,8,11
Immediately following the burn and for up to 24 hours after injury, the burn wound is essentially sterile. Systemic antibiotics are no longer prescribed to prevent burn wound infections, and burn wounds should not be routinely cultured in the primary care setting.10 Burned limbs should be elevated above the level of the patient's heart when not being actively exercised to decrease edema and pain.10 Burned skin contracts and so range of motion of all affected areas should begin with the first visit. This may necessitate referral to a physical therapist.3,4
BURN WOUND DRESSINGS
The burn wound dressing should keep the wound moist and clean, promote optimal function of affected joints, protect the wound from additional trauma, and provide for patient comfort. There are quite a variety of dressing types available to treat burn wounds on an outpatient basis, and there are several ways to accomplish the goals above. They vary widely in complexity and cost. In the primary care environment, simple and inexpensive will work best for the patient and the provider.3,5,9
Superficial burns do not require topical antimicrobials. Moisturizers should be used for dry skin and comfort, as well as sunblock as a moisturizer when the hypopigmented skin is exposed to the sun until it is back to its baseline color. Superficial partial-thickness burns without adherent exudates or eschar can be treated with a topical antimicrobial ointment, such as bacitracin, other over-the-counter antimicrobials, or vitamins A and D ointment. They are inexpensive and easy to use. Bacitracin has activity against Gram-positive bacteria. On occasion, it may cause contact dermatitis causing additional skin breakdown, especially after long-term use.10 The ointment should be covered with a nonadhering layer then dry gauze and may be secured with flexible elastic netting and changed 1 to 2 times per day, depending on the amount of drainage. Avoid the use of occlusive dressings as they do not allow absorption or drainage of exudates and lead to skin maceration and an anaerobic environment.
Deep partial-thickness burns with adherent exudates, full-thickness burns, or cellulitic wounds can be treated with silver sulfadiazine 1%. It has a broader spectrum of antimicrobial activity and better penetration of necrotic tissue than bacitracin.10,12 Silver sulfadiazine 1% inhibits wound epithelialization and should be discontinued once exudates and eschar have separated from the wound, leaving a clean wound bed, which is then treated as a superficial partial-thickness burn.10 Silver sulfadiazine 1% is a sulfa drug and should not be used on patients with sulfonamide allergies.10 It should also not be used on pregnant or nursing women or on infants younger than 2 months.10
The open-dressing method for face, head, and neck burns is effective because contamination is unlikely. A thin film of bacitracin ointment applied to these wounds works well because it stays in place.10 Because most people do not like having their face covered, silver sulfadiazine 1% may be used without a dressing to cover the face; however, the drug runs off as it warms and mixes with serum and turns gray to black when exposed to light because of silver nitrate. Dressings applied over burned joints should facilitate range of motion, and fingers should be wrapped individually.3-5,7,9-11
For patients with limited financial resources, alternative dressings to keep ointments on wounds include light cotton gloves and snug-fitting T-shirts, undergarments, socks, or other items that can be purchased at discount stores in multipacks, washed, and reused until the burn wounds heal.
Diapers work well for buttock and perineal burns in infants, young children, and adults with incontinence.3
A variety of burn care products are available. Although many claim to provide the fastest healing time at the lowest cost, clinicians must evaluate the claims and the research to decide what will work best for individual patients.3,9
Alternative dressings for superficial partial-thickness burn wounds without adherent exudates or eschar include alginates, hydrofibers, or foam dressings that absorb exudates, maintain a moist environment, and require fewer dressing changes, thus decreasing pain and anxiety for patients. Many of these products have silver in them, which is used as an antimicrobial.3-5,7
An alternative treatment for deep partial-thickness burns is an enzymatic debrider that chemically debrides devitalized tissue without harming healthy tissue and may speed healing, decrease the likelihood of a surgical procedure, or may be used when surgery is not an option. Once the wound bed is clear of debris, another dressing may be used.
The patient and caregivers should be instructed in burn wound care and range-of-motion exercises and provided with oral and written instructions, with demonstrations if possible. Also, pain management, signs and symptoms of infection, and information about wound healing, scar formation and maturation, and expected outcomes should be discussed (Table 2).
REHABILITATION AND SCAR MANAGEMENT
The rehabilitation phase of burn care lasts from burn wound closure until scar maturation. The most frequent question patients and families ask is about scarring. Patients and their caregivers should be informed that scarring is a normal process, but the amount of scar formation is variable. The deeper the burn wound, the more scar tissue will form. Scar tissue replaces normal skin in deep partial- and full-thickness burn wounds. Scar tissue formation is also genetic and unique, so only time will tell how much scar tissue will develop. Frequently, patients and families consider any difference in skin color as scarring, although this may not truly be scar tissue. Healed burns that remain hyperemic or hypopigmented are sensitive to UV light, are more easily sunburned, and may become permanently hyperpigmented. This can usually be prevented by protecting this skin from UV radiation using sunblock and proper clothing until the skin returns to its baseline color. Patients with burns to the face or joints may need physical therapy to maintain their range of motion, regain their strength and endurance, control hypertrophic scarring, and prevent scar contractures.
Common complaints that must be addressed during the rehabilitation phase include itching; pain and discomfort associated with exercise, pressure, and positioning; and sleep disturbances. Itching can be especially troubling and difficult to treat. It is frequently treated with moisturizers and antihistamines with inconsistent results. Pain at this stage of healing is usually managed with a nonsteroidal anti-inflammatory drug. Some patients develop postinjury nerve pain, which is similar to diabetic neuropathy and may be treated in a similar fashion. Sleep disturbances may be due to poor sleep hygiene, pain, itching, anxiety, or other psychological problems (ie, depression or posttraumatic stress disorder), which may require additional medication or counseling.3,9,10
Follow-up visits range from daily to weekly during the acute phase, depending on the severity of the burn injury, medical history, and social factors including significant others who can assist the patient with burn care and activities of daily living. Other factors include financial resources and the patient's living arrangements, such as whether it is a clean environment with functioning utilities (electricity and running water), pain management, and the type of burn dressing used.
If burn wounds are not clearly healing in 2 weeks or are not fully healed by 4 weeks after the injury, the burn may be deeper than previously assessed and may require surgical intervention. These wounds are also more likely to develop hypertrophic scar tissue and require scar management, especially over joints that could hinder their function. These patients should be considered for referral to a burn clinic for further evaluation and treatment. Patients should be advised to contact their primary care provider with any concerns including inadequate pain management, signs or symptoms of infection, or any problems with their wound care. Although most burn wounds are "healed" within a month, burn patients in the rehabilitation phase should be monitored intermittently until their wounds are mature (approximately 1 year), as evidenced by skin that is soft, supple, and back to baseline color, to evaluate and manage any hypertrophic scarring or scar contractures that may develop. Families of patients burned as children should understand that even after burn wounds are fully mature, scar contractures can develop until the patient stops growing.3,5-7
The ability to treat burn patients and obtain successful outcomes is very important, but it is always better to prevent burn injuries than to treat them. Primary care providers are in a unique position to offer burn prevention education to their patients and families. In the same way that teaching is provided with routine visits regarding diet, exercise, smoking cessation, and other health promotion topics, burn prevention should be discussed with each encounter related to the age and developmental level of the patient.6 Burn prevention resources are available on the ABA Web site, http://www.ameriburn.org.
Managing burn injuries is one of the many challenges of wound care. After reading this article, clinicians should be better able to assess burn injuries, including the depth, severity, extent, and location of the burn, and select the appropriate burn wound care treatment, including pain management, dressings, rehabilitation, and scar management for patients of all ages.
3. Moss LS. Outpatient management of the burn patient. Crit Care Nurs Clin North Am 2004;16(1):109-17.
4. Grunwald TB, Garner WL. Acute burns. Plast Reconstr Surg 2008;121:311e-9e.
5. Sheridan RL. Outpatient burn care in the emergency department. Pediatr Emerg Care 2005;21:449-56.
6. Ewings EL, Pollack J. Pediatric upper extremity burns: outcomes of emergency department triage and outpatient management. J Burn Care Res 2008;29(1):77-81.
7. Gómez R, Cancio LC. Management of burn wounds in the emergency department. Emerg Med Clin North Am 2007;25(1):135-46.
8. ABLS Advisory Committee. Advanced Burn Life Support Providers Manual. Chicago, IL: American Burn Association; 2005:14-22, 42-5, 70-6.
9. Hermans MH. A general overview of burn care. Int Wound J 2005;2:206-20.
10. Hartford CE, Kealey GP. Care of outpatient burns. In: Herndon DN, Jones JH, eds. Total Burn Care. Philadelphia, PA: WB Saunders; 2007:67-80.
11. Nowlin A. The delicate business of burn care. RN 2006;69(1):52-4,56-7.
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