Law Offices of Carl D. Barnes
Free Consultations | Se Habla Español
(800-6-BARNES)
COVID-19 UPDATE: In order to best serve our clients, our office will be open for business in a limited capacity. To protect the safety of our clients and staff, we are offering our clients the ability to meet with us either via telephone or teleconference. We will continue to monitor the situation and are committed to maintaining the safest possible environment for everyone. Please call our office to discuss your options.

What electric shock can do to the body

| Aug 27, 2020 | Injuries |

Part of what makes an electric shock injury so dangerous is that the signs may not show up for days afterward. This can make it difficult to know the full extent of the injury.

An electric shock can disrupt the functioning in more than one system. Here are some examples of the effects it can have on the body.

Compartment syndrome

Compartment syndrome is a swelling of the limbs due to muscle damage. According to Healthline, it can take some time after the shock for symptoms of compartment syndrome to become noticeable. The swelling can lead to serious health problems due to compression of the arteries.

Electrical burns

According to the University of Michigan, an electric shock may cause burns at the current’s entry and exit sites. First aid for electrical burns should never involve adhesive bandages. These might pull the skin away with an attempt at removal. It is preferable to use sterile gauze to cover a burn.

Bone fractures

There are two mechanisms by which an electric shock may result in bone fractures. Electricity can cause the muscles to contract severely and involuntarily. It is possible, though uncommon, for the muscles to contract so strongly that the bones cannot take the pressure and fracture. The force of the current can also be enough to cause a person to fall, which is another mechanism by which bone fractures can occur.

Heartbeat irregularities

The heart receives electrical signals that keep it beating at a steady pace. An electric shock can interfere with these signals, causing the heartbeat to become irregular. If the disruption is severe enough, the heart could stop beating altogether.