Burns and Treatment in Children

Burns are one of the important health problems of our country. One of the most important causes of death due to accidents in the childhood age group is burns. In our country, 6500-7,000 children consult a doctor every year due to burns. Half of childhood burns occur on less than 10% of the body surface. 4-5% of children's burns must be treated by being admitted to a burn center. Mortality occurs in 3-4% of all burns. As the percentage of burns increases, the death rate also increases.

As awareness of burns in the family increases, the incidence of burns decreases. Burns can be significantly reduced with parental education and preventive health services.

Causes of burns in children?

The most common cause is burns due to spilled hot water. Following this, flame and electrical burns may also occur due to contact with the iron or stove. Burns due to spilled chemicals and lightning strikes are other causes of burns that can be seen in children.

Although burns in children generally occur due to accidents, child abuse should definitely be kept in mind. It has been reported that 15% of child burns involve parental neglect or abuse.

What are the conditions that determine the damage in burns?

The width and depth of the burned part of the burn are related to tissue damage. determines the damage. The degree of heat, contact time, thickness of the skin and the cause of the burn are very important. While hot liquid burns are more superficial, flame and electrical burns are deeper. To determine the amount of burn, the burn surface and depth must be known.

What is burn depth and how is it determined?

Burn depth shows how deep the burn reaches from the skin surface. Burns are divided into three groups according to their depth.

Determination of the burn surface:

Burn surface It is determined according to the rule of nines in adolescence and adults. Both arms and head are evaluated as 9%, legs and front and rear trunk are evaluated as 18%, and perineum and genital area are evaluated as 1%. The rule of 9s does not fully reflect burns in children; these rates vary depending on age.

What is a major burn?

Major burns must go to hospitals with burn centers or burn doctors and are usually treated by hospitalization. It is necessary.

What are the changes caused by a burn in the body?

Burn causes local and systemic changes in the body.

  • Local changes: The most burned tissue becomes completely necrotic. The cells and tissues here die. This region is called kcoagulation region ”. There is no going back here and unfortunately there is no recovery. There is a part called "stasis zone" around this area. Most of the cells in this region are alive. But blood circulation is impaired. With appropriate treatment, most cells can recover. At the outermost is the "hyperemia zone". Here there is dilation and edema in the vessels. This area will heal completely unless there is sepsis or impaired blood circulation.
  • Systemic effects: In addition to the local effects of the burn, it has systemic effects that concern the whole body, especially affecting the heart, lungs, kidneys, stomach and intestinal systems. These distant effects are worsened if infection develops after the burn. Therefore, infection in burn wounds should be prevented.
  • What are the first procedures to be performed in case of a burn?

    It varies depending on the type of burn and the agent. However, in general, the child is removed from the cause of the burn. It is then quickly investigated whether there is a life-threatening emergency. If there is a life-threatening situation regarding the airway and circulation, these should be corrected first. Burned clothing and metal jewelry are removed. The burn area is cooled immediately. Water at room temperature is poured onto the burn area. Heat loss should be prevented in case of major burns. If there are problems such as frequent breathing or noisy breathing, the patient should be given 100% oxygen. Intravenous access should be established and appropriate fluid therapy should be started. Painkillers should be given and the child should be taken to a burn center as soon as possible.

    In chemical burns, the chemical agent that causes the burn is removed from the child. The burn area is washed with plenty of water and the chemical substance is prevented from contaminating the surrounding tissues. No chemical agent is used to neutralize the chemical substance. Because heat is released during this reaction and increases the burn.

    Minor (small) cheeks:

    The burn is less than 10-20% of the body surface, flammable. If the contact with the substance is minimal and the flammable substance is not a chemical agent, these are called minor burns.

    Should blisters (bulla) in the burn area be burst?

    Minor burns If the bullae have not burst spontaneously, and especially if they are in the palm, they cannot be burst. The skin layer over the bulla creates a barrier against environmental conditions and infection. There is no need to dress unruptured bullae every day. The water in the bulla is absorbed spontaneously within about a week. Meanwhile, epithelialization (wound healing) begins at the burn site. It is necessary to open large blisters and clean the dead tissue on them.

    Burn treatment

    Types of Dressings Used in Burn Treatment:

    All burns should be washed with plenty of isotonic, large burns should be washed with plenty of isotonic. The roof of the bullae can be excised. Small bullae can be left untouched. Types of dressings used in burns;

  • Classical burn dressing: It should be changed every 12-24 hours.
  • Silver sulfodiazine: It is a 1% cream. Its application is painless, but it may cause temporary leukopenia. The ability to penetrate into eschar is low.
  • Povidone Iodine: 10% cream. It has broad antibacterial and antifungal effects. Its application is painful and may cause acidosis. It has a cytotoxic effect on fibroblasts.
  • Mafenide Acetate:
  • Gentamicin, nitrofurazone, bacitracin/polymyxin, mupirocin: In simple burns
  • Biological Dressings:
  • Amniotic membrane: It is abandoned due to the risk of infection, especially in second-degree superficial burns.
  • Grafts: They are used in 2nd deep and 3rd degree burns. They can be applied from the patient himself (autograft), from another human being (homograft), or from another living species (heterograft).
  • Synthetic dressings: They are mostly used in 2nd degree superficial burns.
  • Biobran: It is a semi-synthetic dressing made of silicone, nylon and pig collagen.
  • Polyurethane: It is a pure synthetic dressing.
  • Hydrophilic dressings: They have a high capacity to absorb exudation leaking from the wound.
  • Burn dressing has three purposes;

    • To protect the wound against microorganisms in the external environment

    • Preventing heat and fluid loss through evaporation
    • Ensuring patient comfort by reducing pain.

    Preventing the development of hypertrophic scar and contracture:

    There is a possibility of hypertrophic scar development, especially in the healing of 2nd degree deep and 3rd degree burns, whether by epithelialization or grafting. As scar maturation is completed, its color changes, it softens, and its swelling decreases to normal skin level. This process lasts between 6-24 months. If epithelialization (closure of the wound);

    • If it lasted longer than 21 days, the risk is 80%
    • If it took place between 14-21 days , there is a risk, it should be closely monitored
    • If it happened within 7-10 days, there is no risk
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