electric shock

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electric shock

 
shock caused by electric current passing through the body.
Common points of entry and exit for electrical burns. Severe internal damage can occur between these points. From Frazier et al., 2000.
The longer the contact with electricity, the smaller the chance of survival. The victim's breathing may stop, and the body may appear stiff. In giving first aid, first the electric contact is broken as quickly as possible; this must be done with care so that the rescuer does not have exposure to the current. The rescuer, keeping in mind that water and metals are conductors of electricity, stands on a dry surface and does not touch the victim or electric wire with the bare hands. If the victim has stopped breathing and has no pulse, cardiopulmonary resuscitation is begun immediately.

electric shock

the sum of immediate and delayed pathophysiologic responses of living tissue to a current of electricity of sufficient magnitude to induce abnormal sensations (for example, paresthesia, pain) or objective changes (for example, muscle spasm, cardiac arrhythmia, neurologic impairment including coma, tissue damage).

e·lec·tric shock

(ĕ-lek'trik shok)
A traumatic state following the passage of an electrical current through the body.

e·lec·tric shock

(ĕ-lek'trik shok)
Sum of immediate and delayed pathophysiologic responses of living tissue to electrical current of sufficient magnitude to induce abnormal sensations or objective changes.

Patient discussion about electric shock

Q. Is electric shock efficient for ocd? Is it dangerous? My husband has OCD for 15 years now. He was also diagnosed with mania-depressia. He takes so many medications and nothing really helps. We were offered to try electric shock and I'm scared. Is it dangerous? What are the chances of this method to work for him?

A. Electroconvulsive therapy (ECT) is indeed considered effective for OCD, although it's not the first line of treatment. It does have its risks, including memory loss, disorientation and sort of confusion. There is also a change in the activity of the heart but it's rarely significant.

Generally it can be said that it's not an absolutely safe treatment, but it may help, especially if other drugs don't help.

You may read more here:
http://www.nlm.nih.gov/medlineplus/ency/article/003324.htm

Q. I'M 56 YEARS OLD FEMALE, PRETTY GOOD HEALTH. BUT LATELY I BEEN HAVING LIKE ELECTRIC SHOCK ON MY BODY.

A. is this the only symptom? if there are more- i recommend (the second time today!) this site:
http://www.healthline.com/directory/symptoms

you can make a list of the symptoms you have and it'll give you the optional diseases/syndromes

More discussions about electric shock
References in periodicals archive ?
In most cases electrical injuries leads to devastating results.
Accidental electrical injuries have devastating complications in term of mortality and morbidity.
Electrical injuries. Biological values measurements as a prediction factor of local evolution in electrocutions lesions.
Besides physical exam and laboratory tests, US and CT are essential in early diagnosis of electrical injuries, allowing an early intervention, which results in reduction in mortality and morbidity.
A prospective study of myocardial damage in electrical injuries. J Trauma.
The hands and fingers (65%) of the upper extremities are the most common sites involved in electrical injuries, whereas soles and toes (17%) of lower extremities are the frequent sites for exit wounds [Table 2].
Vascular lesions in acute electrical injuries. J Trauma.
While some electrical injuries may appear to be outwardly minor, serious internal damage might be present, especially injury to the heart, muscles, and brain (5,6)
Regarding the causes of burns, the current study showed that males were more frequently affected by electrical injuries or scald/hot water (100% and 55.0%) than females.
With three serious electrical injuries in the building/construction sector in regional Queensland last year, the issue of workplace safety around electricity remains critical, General Manager Health, Safety and Environment John Cass said.
He explains airway evaluation and control; the cardiac continuum of care, including the progression of cardiac disease and assessment of the patient; heart rhythms; electrical interventions in cardiac care; the fundamentals of cardiac pharmacology and common drugs; challenging resuscitation situations, such as stroke, hypothermia, electrical injuries, lightning-related injuries, and drug-related emergencies; legal considerations; stress and self-care; and putting all the components together in the context of an emergency ACLS call.

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