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Improving the prognostic value of blunt abdominal trauma scoring systems in children

Khirallah, Mohammad G.; Elsayed, Elsayed I.

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Annals of Pediatric Surgery: April 2017 - Volume 13 - Issue 2 - p 65-68
doi: 10.1097/01.XPS.0000503402.52051.19
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Blunt abdominal trauma (BAT) in the pediatric age group is still one of the major causes of disability and even deaths among children 1,2.

BAT may be caused by several mechanisms of injury, including road traffic accidents, sporting injuries, abuse (abdominal kicks), or falling from heights 3,4.

The presence of multiple scoring systems for the assessment of injured children helps in categorizing BAT, and such scoring systems have made it easy to predict patients who need rapid intervention 5.

Because of already-existing multiple scoring systems, their complexity of calculation, and the presence of financial burden at times, especially in developing countries, we tried to revise some of them and improve their prognostic value to save lives of our patients. We mainly used the Pediatric Trauma Score (PTS), the Clinical Abdominal Scoring System (CASS), and the Blunt Abdominal Trauma in Children (BATiCh) system.

Patients and methods

This study included 250 children who presented with a history of BAT during the period between December 2013 and December 2015. Cases with chest or neurological injuries and cases with major fractures that required any intervention were excluded from the study. Patients were assessed with regard to demographic data, mechanism of injury, and mean time of hospital arrival. All patients were evaluated using three different scoring systems (Tables 1–3).

Table 1
Table 1:
Pediatric trauma scoring system
Table 2
Table 2:
Clinical Abdominal Score System
Table 3
Table 3:
Blunt Abdominal Trauma in Children

Plain, erect radiographic of the abdomen was requested for all children, and data were recorded according to the findings.

Informed consent was obtained from parents, ethical committee approval was obtained.

Statistical analysis

All data were analyzed according to SPSS program, and a P value less than 0.05 was considered statistically significant. For multiple variants, we used analysis of variance system.


A total of 250 children who presented with BAT to the emergency department of Tanta University Hospital during the period between December 2013 and December 2015 were included in this study. Road traffic accidents represented 202 cases (80.8%), of whom 110 were boys and 92 were girls (i.e. boys represented 54.45% of all road traffic victims). Falling from heights occurred in seven cases (2.8%), and five of them were males (71.4% of falling victims). Direct abdominal impact by kicks (abuse and fighting sports) was present in 41 cases (16.4%), and among them 30 were males (73.17% of all direct trauma). The age of the patients ranged from 2 to 18 years with a mean age of 10.14 years. In all, 145 boys (58%) and 105 girls (42%) were affected by BAT. Therefore, road traffic accidents represented the main cause of BAT in children in our series (Table 4).

Table 4
Table 4:
Mode of trauma in relation to age and sex

According to PTS, the mean average of scoring was 10.37 with a standard deviation of 2.28. No intervention was required in 200 cases (80%), whereas 50 cases (20%) required admission under conservative measures.

According to CASS, the mean average was 8.01 with a SD of 1.5. Three cases (1.2%) had increased liability for exploration. Ninety cases (36%) were in need of further investigations, and 157 cases (62.8%) did not require further investigations.

According to BATiCH, the mean average was 9.79 with a SD of 3.32. There were 70 patients (28%) with increased tendency for exploration, 120 cases (48%) needed further investigations, and 60 cases (24%) required no investigations (Table 5).

Table 5
Table 5:
Results of applying scores to BAT patients

These results show the prognostic value of BATiCH in relation to the other two scores.

After adding plain radiograph in the erect position of the abdomen, we found that 45 patients (18%) needed immediate intervention because of either rupture of the diaphragm in nine cases or air under the diaphragm in 36 cases (Table 6).

Table 6
Table 6:
Results after adding erect, abdominal radiographic films


Although there is great improvement in therapeutic approaches and improved facilities in intensive care units, BAT still represents more than half of deaths among children aged 1–14 years and is also the second leading cause of emergency department visits preceded only by infections 6.

Several institutions have tried to define an accurate system that can predict the severity of injury and possible outcomes, and hence many scoring systems have been developed for stratifying trauma in patients. Yet, all these scoring systems have some limitations in predicting the prognosis of an injured child 7–9.

According to this study and rules that guided our management of pediatric trauma, we depended on three different major scoring systems – BATiCH, PTS, and CASS – to evaluate children admitted with BAT. We chose these systems because of their easy applicability. However, on the other hand, we were faced with certain problems such as difficulty in calculating values and the need for available laboratory investigations that may take time before defining the score of the child.

Kondo et al.5 highlighted some problems while using the scoring systems: difficulty in calculating, unreliability when used by paramedics, and the possibility of some elements being affected by other factors other than trauma, such as age and respiratory rates.

In the current study, we tried to depend on more objective items to detect intra-abdominal injuries and improve outcomes. One of these objective measures was plain, erect radiograph of the abdomen and lower chest.

According to CASS, it depended mainly on the clinical sense and good examination of the child who presented with BAT. It required good cooperation from the child, especially when examining the abdomen, and frequent attempts of examination to monitor the progress of every case. False interpretation may lead to false scoring.

In the same context, Ciftci and colleagues found that normal or very minimal changes were present in up to 46% of patients in their series, and this figure was consistent with similar studies in which false-negative abdominal findings occurred with an incidence of 10–45% in BAT 10,11.

In addition, certain dilemma was still present when dealing with the BATiCH score, especially during the early periods after trauma, and positive ultrasound findings represented a major factor when calculating the score. Moreover, when intra-abdominal injury could not be detected, computed tomography (CT) was indicated 12.

Holmes et al. 13 showed that isolated free fluid in the peritoneal cavity was found in 8% of children with BAT, and the likelihood of associated intra-abdominal injury increased with increased intra-abdominal free fluid.

However, Christiano found free peritoneal fluid in 14% of children with BAT and only 3% required surgery because of the development of peritonitis 14.

Therefore, even with availability of ultrasound and CT, many cases with BAT will be discharged without any intervention, but a small percentage of victims require frequent follow-up and serial examination in selected cases.

Moreover, intestinal perforations due to BAT might cause minimal fluid collection and can be missed during ultrasound examination together with free air 15.

PTS is a simple and quick anatomical and physiological scoring system, but it is concerned mainly with the survival of injured children 16.

Pokota and colleagues, discussed the drawbacks of PTS while evaluating injured children. They assumed that the description of an open wound is not clear, and therefore a small contused wound may not affect the victim as a large open wound to the same extent and subsequently affect the score of the patient 17.

Although these scoring systems play a role in identifying injuries and prognosis of children with BAT, they could not achieve good prognosis in such children.

When we started to include radiographic films in the erect position to scoring systems for the prognosis of children with BAT, we found a marked change in the prognosis. These findings will save time and resources when dealing with a trauma victim. It may also show the presence of a ruptured gut or diaphragm easily.

The importance of diagnosis of a ruptured gut in BAT children arises from the fact that there is incidence of such a problem in 1–14% of all blunt trauma cases, and the delay in diagnosis significantly increases morbidity in these victims 15.

The hazardous effect of damage caused by CT may necessitate careful use of such investigation in a traumatized child. The role of CT in predicting injury in the pediatric group is still a matter of debate. The overall estimated risk of lifetime cancer development due to exposure of children to radiation during the procedure was two per 10 000 patients. Moreover, this examination is expensive and may necessitate general anesthesia or at least sedation of the child to avoid movement while it is being performed 18,19.

This made us re-evaluate the importance of different scoring systems in children suffering from BAT.


We believed that BAT in children is a time-sensitive problem that needs rapid and accurate assessment. None of the available scoring systems is sufficient alone to predict the prognosis and decrease morbidity and mortality. However, modifying these scoring systems by adding a simple, plain, erect, abdominal radiographic film may greatly improve the prognostic values of these systems and help in decreasing morbidity and mortality in children due BAT.


1. National center for injury prevention and control: web-based statistics and query system (WISQARS)Centers for disease control and prevention. Available at: [Accessed 21 December 2011].
2. Oztruk H, Dokucu AI, Otcu S, Onen A. The prognostic importance of trauma scoring systems for morbidity in children with penetrating abdominal wounds: 17 years experience. J Pediatr Surg 2002; 37:93–98.
3. Bixby SD, Callahan MJ, Taylor GA. Imaging in pediatric blunt abdominal trauma. Semin Roentgenol 2008; 43:72–82.
4. Gaines BA. Intra-abdominal solid organ injury in children: diagnosis and treatment. J trauma 2009; 67:135–139.
5. Kondo Y, Toshikazu Abe, Kohshi K, Tokuda Y, Cook EF, Kukita I. revised trauma scoring system to predict in-hospital mortality in the emergency department: Glasgow coma scale, age and systolic blood pressure score. J Critical Care 2011; 15:191–199.
6. Alser AK, Kuzu MA, Elhan AH, Tanik A, Hengirmen S. Admission lactate level and APACHE II score are the most useful predictors of prognosis following torso. Injury 2004; 35:746–752.
7. Champion HR, Sacco WI, Copes WS, Gann DS, Gennarelli TA, Flanagan ME. A revision of the trauma score. J Trauma 1989; 29:623–629.
8. Collopy BT, Tulloh BR, Rennie GC, Fink RL, Rush JH, Trinca GW. Correlation between injury severity scores and subjective ratings of injury severity: a basis for trauma audit. Injury 1992; 23:489–492.
9. Brink JA, Allen CF, Goslar PW, Barry MA. Can we improve trauma mortality in a state with a voluntary system? Am J Surg 2001; 182:738–742.
10. Ciftci AO, Tanyel FC, Salman AB, Buyukpamukcu N, Hicsonmez A. Gastrointestinal tract perforation due to blunt abdominal trauma. Pediatr Surg Int 1998; 13:259–264.
11. Talton DS, Craig MH, Hauser CJ, Poole GV. Major gastrointestinal injuries from blunt trauma. Am Surg 1995; 61:69–73.
12. Karam O, Sanchez O, Chardol C, Lascala G. Blunt abdominal trauma in children: a score to predict the absence of organ injury. J Pediatr 2009; 154:912–917.
13. Holmes JF, London KL, Brant WE, Kuppermann N. Isolated intraperitoneal fluid on abdominal computed tomography in children with blunt trauma. Acad Emerg Med 2000; 7:335–341.
14. Christiano JG, Tummers M, Kinnedy A. Clinical significance of isolated intraperitoneal fluid on computed tomography in pediatric blunt abdominal trauma. J Pediatr Surg 2009; 44:1242–1248.
15. Oztruk H, Onen A, Otcu S, Dokucu AI, Yagmur Y, Kaya M, et al. Diagnostic delay increases the morbidity in children with gastrointestinal perforation from blunt abdominal trauma. Surg Today 2003; 33:178–182.
16. Fani-Salek MH, Totten VY, Terezakis SA. Trauma scoring systems explained. Emerg Med 1999; 11:155–166.
17. Potoka DA, Schall LC, Ford HR. Development of a novel age-specific pediatric trauma score. J Pediatr Surg 2001; 31:106–112.
18. Hershkovitz Y, Naveh S, Kessel B, Shapira Z, Halevy A, Jeroukhimov I. Elevated blood cell count, decreased hematocrit and presence of macrohaematurea correlate with abdominal organ injury in pediatric blunt trauma patients: a retrospective study. Worl J Emerg Surg 2015; 10:41–46.
19. Brenner D, Elliston C, Hall E, Berdon W. Estimated risks of radiation induced fatal cancer from pediatric CT. Am J Roentgenol 2001; 176:289–296.

Conflicts of interest

There are no conflicts of interest.

© 2017 Annals of Pediatric Surgery