Fluid Resuscitation in Electrical Shock

Initial Assessment and Management

The American Heart Association recommends establishing airway control early in patients with electric burns of the face, mouth, or anterior neck, as extensive soft-tissue swelling may develop rapidly, complicating later intubation attempts 1
Early intubation should be performed for patients with evidence of extensive burns, even if spontaneous breathing has resumed, to secure the airway 1
Cervical spine precautions should be maintained during resuscitation, as electrical shock victims may have associated blunt trauma 1

The American College of Cardiology recommends administering rapid IV fluid boluses using isotonic crystalloids, such as normal saline or lactated Ringer's solution, as first-line therapy for fluid resuscitation in electrical shock victims 1, 2
For adults, the recommended initial fluid bolus is 500-1000 mL over 15-30 minutes, targeting at least 30 mL/kg within the first 3 hours 2
For children, the recommended initial fluid bolus is 20 mL/kg rapidly over 5-10 minutes, with repeat dosing up to 60 mL/kg in the first hour if needed 2
Fluid administration should be adequate to maintain diuresis and facilitate excretion of myoglobin, potassium, and other byproducts of tissue destruction, with a target urine output of >1 mL/kg/hour to prevent acute kidney injury from myoglobinuria 1, 2, 3

Clinical parameters to track during fluid resuscitation include mental status, peripheral perfusion, and urine output, with continuous reassessment after each fluid bolus 2
Signs of fluid overload, such as hepatomegaly, new or worsening pulmonary rales/crackles, increased work of breathing, or decreased oxygen saturation, should be monitored and addressed promptly 2
Serum lactate should be measured when available as a marker of shock severity and resuscitation adequacy 4

Vasopressor therapy should be initiated if hypotension persists despite adequate fluid resuscitation, with norepinephrine as the first-line vasopressor for persistent hypotension after adequate volume resuscitation 2, 4
In children, peripheral inotrope infusion, such as low-dose dopamine or epinephrine, may be considered through a second peripheral IV/IO while establishing central access if shock persists after initial fluid 2

Blood pressure should not be relied upon solely to guide fluid therapy, as electrical shock victims may maintain blood pressure through compensatory mechanisms while having severe tissue hypoperfusion 2
Fluid resuscitation should not be delayed in electrical shock victims with significant tissue destruction, as third-spacing and ongoing fluid losses require aggressive volume replacement 1
Hypotonic fluids should not be used for shock resuscitation, as they are ineffective for intravascular volume expansion 2
Aggressive fluid resuscitation should not be continued without reassessing for fluid overload after each bolus 2