Electrical burns

Electric burns occurs if an individual is directly in contact with an electric current. Even though some electrical burns appear minor on the skin, they can cause extensive damage internally, especially to the muscles, heart or the brain. Always remember that this is potentially serious and requires immediate emergency care.

Electrical burn

Electric burns occurs if an individual is directly in contact with an electric current.

Causes

In most cases, electrical burns can be due to accidental contact with parts of electrical appliances that are exposed, especially the wiring. The following are the common causes of electrical burns.

  • Young children biting on electrical cords
  • Plugged-in appliances dropped into water
  • Pushing metal objects into electrical sockets or appliances
  • Before attempting home repairs or installation of electrical appliances, turn the power supply off
  • Lightning strike
  • Occupational accidents in the workplace

Who are at risk?

Any exposure to an electrical current poses a risk for getting an electrical burn whether at home or in the workplace.

Symptoms

  • Muscle pain or contraction
  • Visible burns on the skin
  • Weakness
  • Bone fractures
  • Headache
  • Disoriented
  • Low blood pressure
  • Heart arrhythmias
  • Seizures

Do not always assume that it is due to electrical burn if the individual experiences any of these symptoms. These symptoms might be caused by other underlying health issues. If the individual experiences any one of these symptoms, it is best to consult a doctor. Take note that electricity can also cause cardiac arrest, unconsciousness and respiratory failure.

Diagnosis

The doctor will ask the individual about the symptoms and medical history as well as perform a physical examination. Just like other burns, electrical burns also have three degrees of severity that have their own distinctive symptoms.

For first degree burns, the injury only involves the exterior skin layer. The affected area is red and painful with some swelling. The skin turns white if touched.

Second degree burns are deeper and severe with blisters while the skin is very red in color or splotchy in appearance. The swelling can be more severe.

Third degree burns involves all the skin layers and tissues. The burned skin appears white or charred and there is little or no pain since the nerves in the skin are destroyed.

It can be difficult to diagnose damage beneath the skin caused by electricity but certain tests can be performed such as EKG to check any rhythm disturbances in the heart and the urine and blood tests to determine if there is severe damage to the muscles.

Treatment for electrical burns

Electrical burns need immediate care. If possible, you have to turn off the electrical current from the source. In most cases, simply turning off the appliance will not stop the flow of electricity.

Use a non-conducting object such as a chair, rug, wooden broom or rubber objects to push the individual away from the source of the current. Do not use metal or wet objects since you will also end up electrocuted. If possible, you have to stand on a dry and non-conducting surface such as folded newspapers or a mat.

Once the individual is out of contact from the source of electricity, immediately check the airway, breathing and circulation. If required, perform CPR. Cover the individual with a blanket to maintain body heat while keeping the feet elevated above the head.

FACT CHECK

https://en.wikipedia.org/wiki/Electrical_burn

https://www.mayoclinic.org/first-aid/first-aid-electrical-burns/basics/art-20056687

https://emedicine.medscape.com/article/1277496-overview

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