- Treatment of Burn
First: Minor Burns
- Treatment is conducted on an outpatient basis.
- Topical treatment:
Sulfadiazine dressings (for children aged 2 months and older and adults)
or sterile fatty tulle (except for superficial first-degree burns).
- Pain management: Paracetamol ±
Tramadol is usually effective.
Second: Severe Burns
- First Aid:
Upon hospital admission:
- Ensure the airway is unobstructed and provide
high-flow oxygen, even if blood oxygen saturation is normal.
- Establish an intravenous line through unburned skin
if possible (use intraosseous access if intravenous access is
unavailable).
- Administer Lactated Ringer's solution: 20 mL/kg in
the first hour, even if the patient is stable.
- Administer subcutaneous morphine: 0.2 mg/kg (level 1
and 2 analgesics are ineffective).
- For chemical burns: Wash thoroughly with copious
amounts of water for 15–30 minutes, avoiding contamination of intact
skin. Do not attempt to neutralize the chemical agent.
Once the patient is stabilized:
- Remove clothing if it is not adhered to the burns.
- Take a burn history: mechanism, causative agent, time
of occurrence, etc.
- Assess the burn: extent, depth, charred areas; check
for burns to the eyes, functionally significant areas, circumferential
burns of the limbs, chest, or neck. Wear a sterile face mask and gloves
during the examination.
- Evaluate associated injuries (fractures, etc.).
- Protect the patient and keep them warm using a
clean/sterile sheet or a thermal blanket.
- Insert a urinary catheter if burn surface area
exceeds 15% of total body surface area (TBSA), in cases of electrical
burns, or burns to the perineum/genital area.
- Insert a nasogastric tube if burn surface area
exceeds 20% TBSA (done in the operating room during dressing procedures).
- Calculate fluid requirements for the first 24 hours
and initiate administration.
- Closely monitor the following: level of
consciousness, heart rate, blood pressure, oxygen saturation, respiratory
rate (hourly); temperature and urine output (every 4 hours).
- Perform laboratory tests: hemoglobin, blood typing,
and urinalysis.
- Prepare the patient for the first dressing procedure
in the operating room.
Notes:
- Burns do not bleed initially. Investigate any
bleeding if hemoglobin levels are normal or low.
- Burns do not alter consciousness on their own.
Changes in consciousness suggest head injury, poisoning, or a preexisting
condition like epilepsy.
- Clinical signs of electrical burns vary widely with
the type of electrical current. Look for complications (e.g.,
arrhythmias, neurological disorders).
- General Measures During the First 48 Hours Resuscitation Measures:
Administer intravenous fluids to correct hypovolemia:

Fluid Requirements During the First 48
Hours by Age
- (A) Maintenance fluid: Alternate between Lactated
Ringer's and 5% Dextrose solutions:
- 4 mL/kg/hour for the first 10 kg of body weight.
- +2 mL/kg/hour for the next 10 kg of body weight.
- +1 mL/kg/hour for each additional kg (above 20 kg,
up to 30 kg).
Note:
Increase fluid volume by 50% (3 mL/kg × % TBSA for the first 8 hours) in cases
of inhalation injury or electrical burns. For burns > 50% TBSA, limit
calculations to 50% TBSA. Adjust fluid administration based on systolic blood
pressure and urine output to avoid fluid overload.
Vascular Resuscitation Targets:
|
Type of Burn
|
Systolic BP
|
Urine Output
|
|
Non-electrical
burns
|
≥ 60 mmHg
(children < 1 year)
|
1–2
mL/kg/hour
|
|
70–90 mmHg + (2 × age) (children
1–12 years)
|
0.5–1 mL/kg/hour (adults)
|
|
Electrical
burns
|
Age-appropriate
systolic BP
|
1–2
mL/kg/hour
|
For patients with oliguria despite
adequate fluids:
- IV dopamine: 5–15 mcg/kg/min via an infusion pump.
- Or IV epinephrine: 0.1–0.5 mcg/kg/min via an infusion
pump.
Discontinue IV fluids after 48 hours
if oral fluid intake can meet hydration needs.
Types of Fluids Used in the Burn Unit:
- Crystalloids:
- Lactated Ringer's Solution: The first choice for fluid resuscitation.
- Normal Saline:
Used in specific cases, but monitor for metabolic acidosis.
- Colloids:
- Albumin or plasma expanders: Used later to replenish proteins and osmotic
pressure.