Profile
of scald injury among Paediatrics patient attending tertiary care hospital
S Prabakaran1
Dr. S Prabakaran,Department
of Paediatric Surgery, Govt MohanKumaraMangalam Medical College & Hospital,
Salem, TamilNadu, India
Corresponding Author:Dr.S Prabakaran,Department of
Paediatric Surgery, Govt MohanKumaraMangalam Medical College & Hospital, Salem,
TamilNadu, India. Email: paedprabakaran@gmail.com
Abstract
Background: Scald
injuries among children are a significant cause of mortality and morbidity.
This is compounded by the additional risk factors such as poverty, higher birth
order and urban slums which are seen in developing countries. But very few
studies are available regarding the burden of this issue. This study seeks to
assess the same. Methods: A
prospective observational study was conducted in a tertiary care hospital for
one year.A total of 66 children less than 12 years of age were included. Their
demographic profile and treatment outcome were studied. Results: Most participants were less than 10 years old and almost
half had first degree burns. Hot water scalds were the most common etiology
followed by household liquid foods such as sambar and kanji. Most burns
affected the front of the body. Silver nitrodiazine was the most common
treatment followed by collagen application and open dressing. After treatment
81.5% improved. The mortality was 16.7%. Conclusions:
Scald injuries are a common cause of morbidity among young children. Most
incidents occur at home and are preventable. This indicates the need for
parental education and the child safety measures for reducing mortality and
morbidity due to scalds.
Keywords:Scalds,
Burns, Paediatric-injuries
Author Corrected: 17th July 2018 Accepted for Publication: 21st July 2018
Introduction
Scald injuries are an issue
of significant public health importance. It is also one of the major
contributors of significant mortality and morbidity in the world[1]. It has multiple adverse sequelae such as pain and a
protracted duration of treatment which may extend up to a life time in some
instances. Approximately one-third to a half of all the burn injuries among high-
and middle-income countries are due to scalds and 5% of all the deaths due to
burn are scald injuries[2,3].
Although the incidence of
burn injuries has considerably declined in the developed countries, there is
still a need for information regarding the epidemiology of burn injuries and
the potential risk factors. Children in the pre-school age experience a higher
proportion of mortality when compared to other age groups. The mortality rate
due to scald injuries among children under 4 years of age was 46.9%. The
mortality reported in the current study was much higher than the reported
mortality of 12.9%among older children reported by a previous study[2]
Scald injuries have multiple
economic consequences as well. In a report by Miller et al observed that scald
injuries and deaths among children less than 14 years of age alone account for
$2.1 billion dollars expenses in the United States each year [3]. In a report by the British Burns Association, a case
of serious bath water scald on intensive treatment would cause an expenditure
of $280,000 [4].
Various studies have been
conducted regarding the risk factors for injuries among children. A study by
Bijur P et al identified problem drinking among mothers and problem drinking
among both parents to be associated with an increased risk of injuries[5]. Other factors such as male gender, deprived urban
neighborhood, number of older siblings and increased distance from the hospital
were also found to be risk factors for scald injuries among children[6]. A study by Shah et al(2013) identified that the risk
for scald injuries was greatest at 13 to 24 months of age compared to older
children[1]. This is probably due to the fact that preschool
children are more dependent on their mothers while at home[7]. Previous history of perinatal depression was also
found to be a risk factor for scald injuries among children [1].
Since majority of the scald
injuries occur at home, the etiology are mostly household items. Earlier in
developed countries, tap water at high temperature was the commonest etiology
of scald injuries[8]. But the profile has changed in recent times, to
include other causes as well. In a study by Agbenorku et al found that hot
water was the commonest cause of scald injuries among children amounting to
68.1%. Other factors were hot soup (15.6%), hot tea (4.3%), hot oil (9.2%), hot
stew (9.7%) and hot stock (2.1%)[9].
Despite the vast information
available on scald injuries in the pediatric age group, very few studies have
been done in developing countries such as India. Knowledge of the epidemiology
of pediatric scald injuries will enable the planning of appropriate preventive
measures. These may include parental education, identifying the households at
risk and implementation of child safety measures. This study seeks to assess
the burden of scald injuries and the associated factors.
Objectives
1. To analyze the demographic and clinical profile of
scald injuries presenting to a tertiary care teaching hospital
2. To analyze the treatments procedures done and the
treatment outcome in pediatric patients presenting with scald injuries.
Methods
Place of study: Department
of Paediatric surgery in a tertiary care teaching hospital
Type of study: Prospective
observational study
Study
population: Children presenting with scald injuries to the study setting
Sampling methods:All
the study subjects were selected in to the study sequentially
Data collection period:The data collection for the study was done between
January to December 2017, for a period of 12 months
Inclusion criteria
·
Children
below 12 years,
·
Both
genders,
· presenting or referred to the study setting with scald
injuries
Exclusion criteria
· Children
aged More than 12
· Children
with mixed burn injuries
Statistical methods:Descriptive analysis was carried out by mean and
standard deviation for quantitative variables, frequency and proportion for categorical
variables. P value < 0.05 was considered statistically significant. IBM SPSS
version 22 was used for statistical analysis[10].
Demographic
parameters like (age, gender), severity, agent, BSA (%), BSA (%) group, methods
(silvernitrodizaine cream local application, collage application, open
dressing, closed dressing), side involved front, site involved, side involved
back, site involved, final outcome participants were considered as the outcome variables of interest.
Results
A total 66 people participants were included in the
analysis. The mean age was 54.09 ± 38.4 in the study population, minimum age
was 9 months and maximum age was 144 months.
Table-1:
Descriptive analysis of demographic parameter in study population (N=66)
Demographic
parameter |
Frequency |
Percentages |
Age
group (in year) |
||
below
1 year |
3 |
4.50% |
1
to 2 years |
22 |
33.30% |
3
to 5 years |
17 |
25.80% |
6
to 10 years |
19 |
28.80% |
Above
10 years |
4 |
6.10% |
Gender |
||
Male |
31 |
47.00% |
Female |
35 |
53.00% |
Among the study population, 3 (4.50%) participants were aged below 1 year, 22(33.30%)
participants were aged between 1 to 2 years, 17(25.80%) participants were aged
between 3 to 5 years, 19 (28.80%) participants were aged between 6 to 10 years
and 4 (6.10%) participants were aged above 10 years. Among the study
population, 31(47%) participants were male, and remaining 35 (53%) participants
were female. (Table 1)
Table- 2: Descriptive analysis of severity in study
population (N=66)
Parameter |
Summary |
Severity |
|
1º |
38
(57.5%) |
2º |
23 (34.8%) |
2º
deep and 3º |
3 (4.54%) |
Agent |
|
Hot
water |
24(36.36%) |
Hot
tea |
10 (15.15%) |
Hot
sambar |
7 (10.60%) |
Hot
flame |
18 (27.27%) |
Hot
Kanji |
7 (10.60%) |
BSA
(%) group |
|
Less
than 10 |
17 (25.80%) |
11
to 30 |
34 (51.50%) |
31
to 50 |
7 (10.60%) |
51
and above |
8 (12.10%) |
Among the study population, 38 (57.5%) participants had severity of 1º, 23 (34.8%) participant
had severity of 2º and 3 (4.54%) participant had 2º deep and 3º. Among the
study population, in 24(36.36%) participants the cause of scald injury was hot
water, in 10 (15.15%) subjects it was hot tea, in 7 (10.60%)it was “Sambar”.
The number of children injured by hot flame and hot “kanji” were 18 (27.27%)
and 7 (10.60%) respectively. Among the study population, 17(25.80%) participants had less than 10% of body surface area,
34(51.50%) participants had 11 to 30 % of body surface area, 7(10.60%)
participants had 31 to 50% of body surface area, and 8(12.10%) participants had
51% and above. (Table 2)
Table-3: Descriptive analysis of front in study population
(N=66)
Front
|
Frequency |
Percent |
Side involved front |
63 |
95.50% |
Site
involved |
||
Abdomen |
23 |
34.80% |
Face |
11 |
16.70% |
Chest |
22 |
33.30% |
Upper limb |
29 |
43.90% |
Lower limb |
20 |
30.30% |
Perineum |
13 |
19.70% |
Back
|
||
Side involved back |
18 |
27.30% |
Site involved |
||
Head |
2 |
3.00% |
Chest |
9 |
13.60% |
Upper limb |
7 |
10.60% |
Lower limb |
8 |
12.10% |
Perineum |
10 |
15.20% |
Abdomen |
8 |
12.10% |
Among the study population, 63(95.50%) participants were affected infront side involved,
23(34.80%) participants were affected in abdomen, 11(16.70%) participants were
affected in face, 22(33.30%) participants were affected in chest, 29 (43.90%)
participants were affected in upper limb, 20(30.30%) participants were affected
in lower limb and 13(19.70%) participants were affected in perineum. Among
the study population, 18(27.30%) participants were affected in back side involved, 2(3%) participants were
affected in head, 9(13.60%) participants were affected in chest, 7 (10.60%)
participants were affected in upper limp, 8(12.10%) participants were affected
in lower limb, 10 (15.20%) participants were affected in perineum and 8(12.10%)
participants were affected in abdomen. (Table 3)
Table-4: Descriptive analysis of method and final outcome in
study population (N=66)
Methods |
Frequency |
Percentages |
Silvernitrodizaine cream local application |
46 |
69.70% |
Collagen application |
20 |
30.30% |
Open dressing |
14 |
21.20% |
Closed dressing |
1 |
1.50% |
Final
outcome |
||
Improved |
54 |
81.80% |
Discharge |
1 |
1.50% |
Expired |
11 |
16.70% |
Among the study population, 46(69.70%) participants
had silvernitrodizaine cream local
application, 20(30.30%) had collagen application, 14(21.20%) had open dressing
and 1(1.50%) had Closed dressing. Among the study population, 54
(81.80%) participants had improved, 1 (1.50%) participants had discharge, and
11 (16.70%) participants had expired (Table 4).
Discussion
Socio-demographic profile of the study participants:Almost three-fourths of the participants belonged to
the age group of 13 months to 120 months. The mean age was 54.09 months. The
mean age is similar to the study by Palmieri T. L et al (57.6 months)and is
higher than in the study byRimmer RB et al (20.7 months)andAgbenorkuet al (26.16
months). The mean age is slightly lesser than the mean age in the study by Yeoh
et al (1994) where the mean age was 40.14 months[9, 11-13].
There was a slightly higher
proportion of females (53%) compared to males (47%) in the study population.
The male:female ratio was 1:0.88.The gender distribution is similar to the
study by Palmieri T. L et al where the male:female ratio was 1:0.96. The
male:female ratio is lesser than in the studies by Shah et al(1.22:1), Rimmer
RB et al (1.08.1), Yeoh et al (1.19:1)andAgbenorku et al (1.23:1). The
proportions of males were higher in these studies compared to females[1,9,11,12,13].
Etiologic agents of scald injuries:With regards to the etiologic agents of scald
injuries, similar to other studies, hot water is the most common cause[8, 9, 14]. In developed countries, bath water scald injuries
were more common while in this study, scald injuries in the kitchen were more
common. This was similar to the study by Delgado et al who mention that kitchen
is a common site for occurrence of pediatric scald injuries [14]. Household liquid food items such as sambar and kanji
were some of the etiologic agents of scalds. Furthermore, there were no
reported cases of scalds due to non-accidental causes in this study [1, 11, 15].
Body surface area affected by scalds:The mean body surface area affected by burns in this
study was 26.8 ± 19.99%. This is much higher than the estimate by Morrow et al where
the mean body surface area affected by scalds was 15.1±0.7%.Rimmer et al estimated
the mean body surface area affected to be 8% in their study whileMillan et al
(2012) estimated it to be 10%. Marashi et al estimated the mean body surface
area affected by burns in their study to be 12.29%± 21.18% [2, 13, 15, 16]. This indicates that the pattern of pediatric scald
injuries among the developing countries like India are much different from
those in the developed countries.A greater percentage of body surface area is
affected by scald injuries compared to results from studies conducted in
developed countries.
The upper limb especially in
the front was the most common site of involvement in this study. The findings
are similar to the study by Millan et al where the upper limb was involved in
54.1% area. Involvement of Head and neck along with trunk are lesser in the
current study compared to Milan et al. Head and neck was involved in 46.9% in
the study by Milan et al compared to 16.7% & 3% in the anterior and
posterior aspect respectively in this current study. The involvement of trunk
was slightly higher according to Milan at al estimated to be at 45.9%. In this
study 33.3% of anterior aspect and 25.7% of posterior aspects were involved. A
greater percentage of body surface area in lower limb and perineum was involved
in the current study estimated at 50% & 27.30% in the front and back
respectively. This is higher than the 33.7% estimated by Millan et al[15].
Treatment outcomes of pediatric scale injuries: More than half the participants had first degree
burns and mostly were managed by local application of silver nitrodiazine
cream. Collagen application was used in 30.30% of the participants, 21.20% were
managed by open dressing and 1.5% were managed by closed dressing. The type of
management was similar to the study by Millan et al (2012) who mention that
41.8% were managed by topical application and dressing. The rest of the
participants needed further surgical management.
When the final outcome was
observed, 81.8% of the participants improved. 1.5% were discharged while 16.7%
expired. The mortality was higher than the study by Yeoh et al,where the
mortality rate was 1.47% and Morrow et al (1996) with mortality rate of 4.7% and
Agbenorku et al, where the mortality rate was 9.2%[2, 9, 11]. Compared to other studies, the current study has a
higher mortality among pediatric patients with scald injuries. This may be due
to the fact that a high proportion of patients (22.7%) had burn injuries
affecting 30% or above of the body surface area. Burns affecting 30% or more of
the BSA has been found to be associated with an increased risk of mortality [9].
With regards to morbidity,
this study had a higher proportion of discharged or improved patients (83.3%)
compared to the studies by Yeoh et al (1994) where the discharge rate was 53.1%
and Agbenorku et al where 58.9% of the patients were discharged [9,11].
Conclusion
A majority of the scald
injuries occur in children who are less than 10 years of age with more than
half occurring in the under 5 age group. More than half were first degree burns
with majority affecting the front of the body. The common etiologies were hot
water and other hot edible items. The etiologic agents of pediatric scald
injuries are different from those found in the studies conducted in developing
countries. Despite treatment, 16.7% expired.Kitchen is the most common site of
occurrence of scalds. This necessitates childhood safety measures and health
education to the mothers and care givers of the child regarding preventive
measures. In addition, this study provides scope for further studies to assess
the risk factors for this increase in mortality. This would help in reducing
the morbidity and mortality from scald injuries in the pediatric age group.
Addition of new knowledge
· Liquid
food items are the most common sources of pediatric scald injuries
· Majority
of scald injuries occurs in children less than 5 years of age
· Front
of the body especially the upper limbs are commonly affected areas
· A
higher proportion of patients have more than 30% BSA affected by burns compared
to other studies, in addition to a higher mortality rate due to scalds
Author contribution:Dr.S.
Prabakaranis the only author, who has conceptualized the study, conducted data
collection, prepared and reviewed all the drafts and had prepared the final
version of the manuscript.
Declarations
Funding: Self-funded
Conflict of interest: none
specified
Ethical approval: the
study was approved by the institutional human ethics committee
References
1.Shah M, Orton E, Tata LJ, Gomes C,
Kendrick D. Risk factors for scald injury in children under 5 years of age: A
case–control study using routinely collected data. Burns. 2013
2013/11/01/;39(7):1474-8.[pubmed]
2. Morrow SE, Smith DL, Cairns BA, Howell
PD, Nakayama DK, Peterson HD. Etiology and outcome of pediatric burns. J
Pediatr Surg. 1996 Mar;31(3):329–33.[pubmed]
3. Miller TR, Romano EO, Spicer RS. The
cost of childhood unintentional injuries and the value of prevention. Future
Child. 2000;10(1):137–63.[pubmed]
4. Gillam S, Abbott S, Banks-Smith J. Can
primary care groups and trusts improve health? BMJ. 2001 Jul;323(7304):89–92.[pubmed]
5. Bijur PE, Kurzon M, Overpeck MD,
Scheidt PC. Parental alcohol use, problem drinking, and children’s injuries.
JAMA. 1992 Jun;267(23):3166–71.[pubmed]
6. Reading R, Langford IH, Haynes R, Lovett
A. Accidents to preschool children: comparing family and neighbourhood risk
factors. Social Science & Medicine. 1999 1999/02/01/;48(3):321-30.
7. Hatamabadi HR, Mahfoozpour S,
Alimohammadi H, Younesian S. Evaluation of factors influencing knowledge and
attitudes of mothers with preschool children regarding their adoption of
preventive measures for home injuries referred to academic emergency centres,
Tehran, Iran. Int J InjContrSafPromot. 2014;21(3):252–9.[pubmed]
8. Feldman KW, Schaller RT, Feldman JA,
McMillon M. Tap water scald burns in children. 1997. Inj Prev. 1998
Sep;4(3):238–42.[pubmed]
9.Agbenorku P. Early childhood severe scalds
in a developing country: A 3-year retrospective study. Burns & Trauma. 2013
12/18;1(3):122-7.
10. Corp IB. Released 2013. IBM SPSS
Statistics for Windows, Version 22.0. Armonk, NY: IBM Corp.
11. Yeoh C, Nixon JW, Dickson W, Kemp A,
Sibert JR. Patterns of scald injuries. Archives of Disease in Childhood. 1994
1994-08-01 00:00:00;71:156-8.[pubmed]
12. Palmieri TL, Alderson TS, Ison D,
O’Mara MS, Sharma R, Bubba A, et al. Pediatric soup scald burn injury: etiology
and prevention. J Burn Care Res. 2008 Jan-Feb;29(1):114–8.[pubmed]
13. Rimmer RB, Weigand S, Foster KN,
Wadsworth MM, Jacober K, Matthews MR, et al. Scald burns in young children—a
review of Arizona burn centerpediatric patients and a proposal for prevention
in the Hispanic community. J Burn Care Res. 2008 Jul-Aug;29(4):595–605.[pubmed]
14. Delgado J, Ramírez-Cardich ME, Gilman
RH, Lavarello R, Dahodwala N, Bazán A, et al. Risk factors for burns in
children: crowding, poverty, and poor maternal education. Inj Prev. 2002
Mar;8(1):38–41.[pubmed]
15. Millan LS, Gemperli R, Tovo FM,
Mendaçolli TJ, Gomez DS, Ferreira MC. Estudoepidemiológico de queimadurasemcriançasatendidasem
hospital terciárionacidade de São Paulo. Revista Brasileira
de CirurgiaPlástica. 2012 2012;27(4):611-5.
16. Marashi SM, Sanaei-Zadeh H,
TaghizadehBehbahani A, Ayaz M, Akrami M. Paediatric burn injuries requiring
hospitalization in Fars, Southern Iran. Ann Burns Fire Disasters. 2016
Dec;29(4):245–8.[pubmed]