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[Traumatic diaphragmatic hernia: a vital need for an early diagnosis]
C A De La Torre1, M Miguel, J Vázquez
1Departamento de Cirugía Pediátrica, Hospital Universitario La Paz, Madrid. carlosgeli@hotmail.com
Insights
Traumatic diaphragmatic hernia (HDT) is rare in children and often diagnosed late. Early diagnosis requires understanding biomechanics and symptoms, especially before chest procedures.
Area of Science:
- Pediatric Surgery
- Trauma Surgery
- Emergency Medicine
Context:
- Traumatic diaphragmatic hernia (HDT) is an uncommon pediatric injury.
- Diagnosis is frequently delayed due to its occurrence in severe polytrauma cases.
- This study analyzes a series of pediatric HDT cases in relation to severity scores.
Purpose:
- To analyze a series of pediatric traumatic diaphragmatic hernia (HDT) cases.
- To evaluate the utility of severity scores in diagnosing and managing pediatric HDT.
- To highlight the importance of biomechanics and clinical presentation for early diagnosis.
Summary:
- Five pediatric patients with HDT were studied, with traffic accidents being the primary cause.
- Respiratory symptoms were predominant; diagnosis was achieved through radiography, CT, or laparotomy.
- Surgical intervention was performed abdominally, with all patients surviving despite initial survival probability estimates.
Impact:
- Emphasizes the need to consider HDT in pediatric polytrauma, especially before chest procedures.
- Suggests that current adult trauma scoring systems like TRISS may not be optimal for pediatric populations.
- Underscores the importance of biomechanical analysis and clinical semiology for timely diagnosis of pediatric HDT.
Introduction:
Traumatic diaphragmatic hernia (HDT) is exceptional in children. Its diagnosis is usually delayed for appearing in the context of severe polytrauma. The aim is to analyze our series in relation to the severity scores.
Patients And Methods:
Five patients with HDT are presented. Age, biomechanics, clinical, ISS (injury severity score), ITP (pediatric trauma index), GCS (Glasgow coma scale), RTS (Revised Trauma Score) and treatment were studied. The probability of survival (Ps) was calculated with the TRISS method, Ps = 1/(1 + eb), b = b0 + bl (RTS) + b2 (ISS) + B3 (age).
Results:
There were two males and three females, mean age was six years old (range = 3-10). Traffic accident was the mechanism of the thoracoabdominal trauma in 80% and one was crushed by garage door. The affected side was right in two cases and left in three. Mean ISS was 41 (range = 32-57), ITP 6 (range = 2-9) and RTS 6.1 (range = 5.1 to 6.9). The main symptom was respiratory. Plain chest radiography was diagnostic in three patients, one by CT scann, and another was a finding at laparotomy. Two had liver herniation, one had tension gastrothorax and two had gastric perforations. All patients underwent surgery through the abdomen. Estimated survival by the TRISS method was respectively 86.6%, 78.2%, 57.2%, 84.7% and 57.1%, while the actual was 100%. One has a severe disability.
Discussion:
To study the biomechanics and semiology is essential in the early diagnosis of TDH in pediatric polytrauma and suspect it is mandatory prior to realize percutaneous chest procedures. The TRISS method has a great importance to assess the adult polytrauma, but specific scores are needed for children.
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