This document discusses the management of burns in children. It notes that burns and scalds account for 6% of pediatric injuries, with the majority occurring between 1-2 years of age. House fires are a common cause. Scalds from hot drinks, water, or oil are also frequent. Burns affect different body surface areas in children compared to adults. Younger skin is more susceptible to deeper burns from lower temperatures or shorter exposures. The document provides guidelines for assessing burn severity, fluid resuscitation, monitoring, wound care, and rehabilitation considerations for pediatric burn patients.
2. Burns and scalds account for 6% of
paediatric injuries
The majority of burns occurs between 1 to 2
years
House fires are the common cause of
paediatric burn with smoke inhalation being
the immediate cause of death in many cases
Scalds are the most commonly associated
with hot drinks, over heated water and hot
cooking oil
3. Body surface areas differ from adults, with the
head and neck accounting for 21% of total body
surface area (TBS A) (<24).
The skin is much thinner so that lower temp, or
shorter exposures to heat or chemicals may
creates deeper burns: young child. Therefore,
many wounds that initially appear superficial may
require skin graft.
4. Scald injury initially appears "cherry red"
Thus frequently is mistaken for superficial
injury when reality it is full-thickness.
Dehydration is a frequent post burn
complication due to diarrhea, evaporative
water loss, and increase liquid
requirements.
Burn greater than 10% TBSA requires
formal fluid resuscitation.
5. Temperature control is more difficult, and
hypothermia is a common post burn
complication.
Burn injury in young pediatric patients has
a higher mortality rate.
Hypertrophic scarring is more severe and
scar maturation is prolonged.
Rehabilitation is more difficult due to poor
cooperation among very young children.
6. Rule of nine (Quick estimate of percentage
of burn)
Lund and browder (More accurate
assessment tool)
Rule of palm (Good for estimating small
patches of wound)
7.
8. Age 0yr 1yr 5yr 10yr 15yr Adult
A 9.5 8.5 6.5 5.5 4.5 3.5
B 2.75 3.25 4 4.5 4.5 4.75
C 2.5 2.5 2.75 3 3.25 3.5
9.
10. ABG or VBG
CBC
C- profile
Electrolytes, RFT, LFT
Grouping and cross matching
11. Primary survey (A,B,C,D,E,F)
High flow O2 from face mask
Cervical collar if suspected spine injury
Cool the burn wound by cold running water
for 15 to 20 mts
12. Prevent hypothermia
Insert IV cannula in unburned skin if
possible
Fluid resuscitation according to protocol
Urinary catheterization in child with > 20%
of BSA
13. Insert NG tube with > 20% of BSA, all
intubated patients with head and neck burns
Adequate analgesia – IV narcotics
Emergency wound management (Clean non
adhesive dressing)
Escharotomy if indicated
14. Evidence of possible airway
compromise
Burn of head and neck with facial
swelling, hoarse voice, swelling lips,
carbonaceous sputum
Unconscious patients
Severe burns more than 20% in child
15. Parkland formula
4ml Hartmann’s solution X % of Burn X Body
weight in kg
50% of calculated fluid is administered in the
first 8 hours
50% remaining fluid should be given in next 16
hours
The resuscitation fluid requirement is
calculated from the time of the burn, not the
time of presentation.
16. The maintenance fluid is calculated based on the
hourly basis by4-2-1-Rule
4ml/kg for first 10 kg of body wt
2ml/kg or 2nd 10 kg of body wt
1ml/kg for >20 kg of body wt
17. Maintain urine output at 0.5 ml/kg/hour
If evidence of extensive tissue damage, then
aim for higher urine output 1-2 ml/kg/hour
If urine output is not achieved, increase the
fluid volume
Monitor serum electrolytes specially suspect
for hyponatremia
18. Drops/mt
Total amount of fluid to be infused X Drop factor
------------------------------------------------------------------
Duration in minutes
Macro drops factor = 15
Micro drops factor = 60
19. Calculate fluid volume for resuscitation for 10
years old baby with 30% of full burn and with
23 kgs of body weight
Hw much to be administered in the first 8
hours ? and hw many drops/mt?
How much to be given in next 16 hours and hw
many drops/mt?