- Burns and scalds commonly affect pre-school children, with burns being most common between ages 1-2 and flame burns between ages 5-18. House fires are a leading cause of fatal burns.
- The severity of a burn is related to the temperature and duration of contact - tissue damage can occur after just 6 hours of contact at 44C or instantly at 70C.
- Burns are classified by depth as superficial (epidermis only), partial thickness (involves epidermis and dermis), or full thickness (involves all skin layers and deeper tissues).
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Pediatric burns
1. Presented by :Mrs Rupal Patel
.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
2. Burns and scalds account for 6% of peadiatric
injuries.
The majority involve pre-school
children,burns being most common between
1-2 yrs,flame burns bet 5-18 yrs.
House fires are the cause of most fatal burns
with smoke inhalation being the immediate
cause of death in many cases.
Scalds are most commonly associated with hot
drinks in toddlers, also occur with over heated
bath water and hot cooking oil.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
3. Severity of burn is related with
1.Temperature and
2.Duration of contact.e.g.,
At 44c - tissue damage occurs with 6hrs of
contact with heat source
While At 70c epidermal injury occurs in just
1sec.
Mrs.Rupal Patel, Assistant Professor, Sumandeep Nursing College
4. Wounds caused by exposure to:
1. Excessive heat
2. Chemicals
3. Fire/steam
4. Radiation
5. Electricity
4 5Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
8. s
Partial thickness burn
= involves epidermis
Deep partial thicknes
=involves dermis
Full thickness =
involves all of skin
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
9. Involves only the epidermis
Tissue will blanch with
pressure
Tissue is erythematous and
often painful
Involves minimal tissue
damage
Sunburn
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
10. Referred to as partial-
thickness burns
Involve the epidermis and
portions of the dermis
Often involve other
structures such as sweat
glands, hair follicles, etc.
Blisters and very painful
Edema and decreased
blood flow in tissue can
convert to a full-thickness
burn Mrs.Rupal Patel,Assistant
11. Referred to as full-
thickness burns
Charred skin or
translucent white color
Coagulated vessels
visible
Area insensate patient
still c/o pain from
surrounding second
degree burn area
Complete destruction of
tissue and structures
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
13. Rule of Nines:
Quick estimate of percent of burn
Lund and Browder:
More accurate assessment tool
Useful chart for children takes into
account the head size proportion.
Rule of Palms:
Good for estimating small patches of burn
wound
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
14. Head & Neck = 9%
Each upper extremity (Arms) = 9%
Each lower extremity (Legs) = 18%
Anterior trunk= 18%
Posterior trunk = 18%
Genitalia (perineum) = 1%
17
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
17. As the primary survey is starting ,give high flow O2
from face mask with a reservior bag.
Cooling the burn wound cold running water for 15-
20 min,avoid making pt hypothermic.
Prevent hypothermia-there is disruption to
thermoregulation with a significant burn.
Insert min 2 peripheral cannula in unburnt skin if
possible.
Give iv Fluid according to protocol
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
18. Insert urinary catheter in all pts>20% BSA.
Fast the pt and insert NG tube for all pts
with>20% BSA,all intubated pts,head and neck
burns,younger children >10%BSA.
Adequate analgesia-IV opioids.
Emergency wound management e.g.,cling film
or clean non-adhesive dressing.
Escharotomy if indicated e.g.,
circumferential burns around limbs or
trunk. Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
19. FBC
Clotting studies.
Electrolytes,renal and liver function.
CK( creatin kinase) if suspicion of significant
tissue damage.
Cross match if early surgery anticipated.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
20. Evidence of possible airway compromise:
.burn to head and neck with swelling
.stridor,hoarse voice,swollen lips.
.singed facial ,nasal or head hairs.
. Unconscious
. If complex/severe burns which require
significant interventions.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
21. ETT used,as chest wall
compliance may be
reduced resulting in
significant leak.
Intubation should be
performed by
experienced individual
failed attempts can
create edema and
further obstruct the
airway
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
22. 4 ml R/L x % burn x body wt. in Kg
(eg. 4 x 50% x 45 kg = 9000 )
遜 of calculated fluid is administered in the
first 8 hours( 9000/2 =4500 ml)
Balance is given over the remaining 16
hours. (4500ml )
Maintain urine output at 0.5 ml/kg/hr.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
24. Escharotomy may be needed for
circumferential burns to limbs,neck or trunk.
Early surgical debridement of nectrotic tissue
is preferred as early grafting is associated
with improved outcome.
Blood loss during operative sessions can
be large.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
25. Early enteral nutrition ideally post pyloric.
Aim for a high calorie,high protein intake.
Supplement with parenteral if enteral
feeding is not well tolerated.
Add trace element supplements.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
26. Prophylactic antibiotics are avoided.
Fever is universal after a severe burn and
doesnt mean infection.
Monitor wbc count,check frequent cultures.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College
27. Minor changes of dressings are often performed in
ward with sedation and analgesia.
ICU pts are transferred to operation theater
with sedative and analgesic infusions
continuing.
Mrs.Rupal Patel,Assistant Professor, Sumandeep Nursing College