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Pattern of Pediatric Mortality in a Tertiary Hospital in Oman

AUTHORS

Mohamed El-Naggari 1 , * , Anas-Alwogud Abdelmogheth 1 , Hashim Javad 1 , Khalfan Al Senaidi 1 , Ibtisam El Nour 1

1 Department of Child Health, Sultan Qaboos University, Al-Khod 123, Sultanate of Oman

How to Cite: El-Naggari M, Abdelmogheth A, Javad H, Al Senaidi K, El Nour I. Pattern of Pediatric Mortality in a Tertiary Hospital in Oman, Iran J Pediatr. 2016 ; 26(6):e7687. doi: 10.5812/ijp.7687.

ARTICLE INFORMATION

Iranian Journal of Pediatrics: 26 (6); e7687
Published Online: October 8, 2016
Article Type: Letter
Received: June 28, 2016
Revised: August 8, 2016
Accepted: September 12, 2016
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Keywords

Sultan Qaboos Univeristy Hospital High Dependency Unit Pediatric Intensive Care Unit Neonatal Intensive Care Unit Multiple Organ Dysfunction Syndrome

Copyright © 2016, Growth & Development Research Center. This is an open-access article distributed under the terms of the Creative Commons Attribution-NonCommercial 4.0 International License (http://creativecommons.org/licenses/by-nc/4.0/) which permits copy and redistribute the material just in noncommercial usages, provided the original work is properly cited.

Dear Editor,

Pediatric mortality remains a public health priority world-wide, and is amongst factors that reflect the health of children in the population (1). In developing countries, more researches on the nature of the diseases will decrease the burden of preventable deaths. Also, limited health resources motivate health authorities to accomplish new preventive and therapeutic protocols to minimize mortality among pediatric patients (2). In spite of all efforts in promoting children’s health, there is not much information on pattern of childhood mortality in Sultanate of Oman.

We carried out a retrospective study on pattern of pediatric mortality among children, who died at Sultan Qaboos Univeristy Hospital (SQUH) from 1st of January 2011 to 31st of December 2012. We studied the influence of age, gender, race, nationality status, time of death and residence on mortality. Cause of death was classified into non-preventable (present knowledge and technological development cannot prevent these deaths), preventable (cause with modifiable risk factors) and uncertain. Descriptive statistics, median (and Interquartile Ratio (IQR)) and Chi-squared tests were performed, wherever appropriate.

During the study period, we had a total of 9649 admissions and 110 deaths. The mortality rate was 11 deaths per 1000 admissions. Among the study population, age ranged from one day to fourteen years, median of 4.9 years and IQR was 9 days to 6.4 years. Overall, 60.9% of the deceased children were males, which gives a gender ratio of 1.6:1. Most of the death cases were Omani children and only seven (6.4%) children were non-Omanis (P < 0.05). The residential distribution and time of presentation showed no statistical significance in our center. Furthermore, 52.7% (58 cases) of the deceased children were from regions other than Muscat area; 48.3% (n = 28) of them occurred during the night shift. The maximum mortality was in the neonatal period (49%), with the highest number of deaths overall when tallied across all risk factors. Therefore, the Neonatal Intensive Care Unit (NICU) was the ward with highest recordable deaths and longest duration of stay. Prematurity and neonatal sepsis was the main cause of death (Table 1). Infections were the most common primary cause (50%), and secondary cause of death in 18% of mortality cases. Infections showed no significant seasonal variation. Across the study, mortality secondary to congenital malformations was 9.1% (10 cases), which was considered as 18.5% of the neonatal mortality. Trauma (9.1%) is a burden to the healthcare system in Oman with motor vehicle collisions making up the bulk of cases (Table 2). We observed that 50% of the deceased patients were from outside Muscat and 36.4% occurred during night. Causes of death were classified as 80% preventable, 18.2% non-preventable, and 1.8% uncertain. Preventable causes were further classified as 62.5% infective and 37.5% non-infective causes. Preventable deaths had significantly longer hospital stay (82.6%) and hence consumed more hospital and health resources.

Table 1. The Relationship Between Age at Death and Duration of Stay, Time of Death, Location of Death and Place of Residence
ParametersAge at Death n, (%)Total (%)
0 - 28 days28 D - < 1 yr>1 year
Duration of stay
< 24 hrs14 (25.9)4 (22.2)9 (23.7)27 (24.5)
24 hrs - < 7 D22 (40.7)4 (22.2)11 (28.9)37 (33.7)
> 7 D21 (33.4)10 (55.6)18 (47.4)46 (41.8)
Time of death
8 am - 4 pm21 (38.9)4 (22.2)11 (28.9)36 (32.7)
> 4 pm-12 am13 (24.1)5 (27.8)11 (28.9)29 (26.4)
> 12 am- < 8 am20 (37)9 (50.0)16 (42.2)45 (40.9)
Location of death
NICU31 (57.4)2 (11.1)0 (0.0)33 (30)
Delivery ward14 (25.9)0 (0.0)0 (0.0)14 (12.7)
A&E5 (9.3)6 (33.3)13 (34.2)24 (21.8)
PICU1 (1.8)7 (38.9)11 (28.9)22 (20)
Wards3 (5.6)3 (16.7)14 (36.9)17 (15.5)
Residence (Muscat)
Inside29 (53.8)7 (38.9)16 (42.1%)52 (47.3)
Outside25 (46.2)11 (61.1)22 (57.9%)58 (52.7)
Total No. of deaths (%)
54 (100)18 (100)38 (100)110 (100)

Abbreviations: NICU, Neonatal Intensive Care Unit; A&E, Accident and Emergency; PICU, Pediatric Intensive Care Unit.

Table 2. Distribution of Cause of Death
Cause of deathNumber(%)
Infection5550
Prematurity1110
Congenital malformation109.1
Trauma109.1
Cardio-pulmonary arrest76.4
Accidental65.5
Metabolic54.5
Dead on arrival21.8
Hypoxic ischemic encephalopathy21.8
Extensive nasopharyngeal carcinoma10.9
Bleeding esophageal varices, portal hypertension10.9
Total110100

Our mortality data is very close to North American death rate, with national death rate of 8.47 per 1000 live births of Native Americans and 5.33 in non-Hispanic Whites (3). Also, it was significantly low if compared to developing countries, with a fatality rate of 14% (4). Different studies carried out in developing countries have revealed that the majority of deaths were in the neonatal period. In SQUH, numbers of deliveries and consultation are dramatically increasing. Aravindhakshan et al. found negative impact on neonatal health outcomes by increasing the load of outpatient consultations and number of deliveries (5). In our study, prematurity and congenital malformation were relatively high around 10% and 9.1% of the total number of deaths. In Oman, lethal malformations caused 54% of the neonatal deaths (6). Abdellatif et al. concluded that prematurity, sepsis and congenital malformations were the leading cause of neonatal mortality at SQUH (7). Infection rate was higher than that of other developing countries, where infection (21%) and respiratory causes (17.2%) are the main causes of death at tertiary hospitals (8). The majority of our mortality incidences were preventable. Our data showed that preventable deaths were higher than that reported in Yemen and other Asian countries, which have a common demographic and geographical nature with Oman (4, 9).

In conclusion, Pediatric mortality rate in Oman is decreasing and moving towards rates found in developed countries. Omanis have a higher fraction of preventable deaths. Health education about infection control, prevention of accidental or non-accidental injuries and consequences of consanguineous marriage can reduce preventable causes of death. Also, congenital malformation is an important factor in neonatal deaths. Further detailed studies on possible social aspect and the impact of the high prevalence of consanguineous marriage in the Persian Gulf region are needed. Studies on pattern of pediatric mortality in Oman are very limited. This analysis of deaths in children in Oman could act as a baseline study for comparison over time in Oman and other countries in the region.

Footnotes

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