Burn 101
Primary
Assessment
Fluid
Resuscitation
Chemical &
Electrical Injury
ABLS
100

This type of burn is painful when exposed to air as nerve endings are now exposed

Partial thickness or second degree burn

100

This is the recommended treatment for an elevated carboxyhemoglobin

100% oxygen

100

Fluid resuscitation is initiated on burn patients with an injury size greater than this

20% TBSA

100

This part of the body is most resistant to electricity

Bone

100

This is the initial fluid rate for an 80 kg male with a 25% burn

500 ml/hr

200

This type of burn is not included in % TBSA calculations for fluid resuscitation

Superficial or first degree burn

200

Obstruction is the biggest threat in this type of inhalation injury

Supraglottic

200

This is the recommended type of fluid to use for burn rescuscitation

Lactated Ringers

200

Cement is classified as this type of chemical

Alkali

200

This is used to treat hydrofluoric acid burns

Topical calcium gluconate

300
Coagulated vessels are suggestive of this type of burn

Full thickness or third degree burn

300

Patients are at greatest risk for this complication during the "E" stage of the primary assessment

Hypothermia

300

These three elements are required to complete the burn fluid resuscitation formula: volume indicator (ml), patient weight in kg, and __________

% TBSA
300

This is a concerning finding in electrical injuries and is characterized by red-tinted urine

Myoglobinuria

300

This finding is most concerning for an inhalation injury after an enclosed space fire

Carbonaceous sputum

400

This population has fewer glycogen stores placing them at greater risk for complications due to hypermetabolism

Children

400

If intravenous lines cannot be obtained, this route would be another option to provide fluids and medications

Intraosseous

400

The goal urine output for a child receiving burn fluid resusciation

1 ml/kg/hr

400

Hydrofluoric acid can be life threatening as fluoride ions bind with this

Free or ionized calcium

400

This is the maintenance fluid rate calculated for a 10 kg child

40 ml/hr

500

Seepage of plasma proteins, fluids, and electrolytes are caused by this

Increased capillary permeability

500

Expect these to be performed on a patient with torso burns, increased peak pressures, and decreased tidal volume

Escharotomies

500

This additive is a hallmark of pediatric maintenance fluids

Dextrose

500

This can occur if powdered chemicals are not removed before irrigating with water

Exothermic reaction

500

This is the starting adjusted fluid rate for a 40 yo female with a 70% burn from a house fire weighing 60 kg

525 ml/hr