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Thoracic Trauma  183

          supervision, particularly of small children; a single caregiver; a home   Evidence-Based Research
          with  multiple  siblings;  and  substance  abuse  by  the  caregiver  and  in   Table 28.1 presents a retrospective review of paediatric blunt chest trauma.
          large families. Although these risk factors are located within particular   Table 28.1: Evidence-based research.
          households, the larger context in which they operate cannot be ignored;
          child safety is ultimately a matter of crucial concern for all societies.   Title  Blunt chest trauma in childhood
          Some  studies  have  demonstrated  the  feasibility  of  interventions  to   Authors  Inan M, Ayvaz S, Sut N, et al.
          reduce child mortality and morbidity from unintentional injury.   Institution  Departments of Pediatric Surgery and Biostatistics, Faculty
            Risk factors for child abuse include the demographic characteristics   of Medicine, Trakya University, Edirne, Turkey
          of  the  child  (e.g.,  younger  age);  caregiver  characteristics  (e.g.,  prior   Reference  ANZ J Surg 2007; 77:682–685
          history  of  abuse);  family  structure  and  resources;  and  community   Problem  Evaluate the clinical features of children with blunt chest
          factors (e.g., increased poverty, decreased social capital). 8–9    injury and investigate the predictive accuracy of their paedi-
                                                                              atric trauma scores.
                                                                   Methods    Retrospective review evaluating children with blunt thoracic
                                                                              trauma.
                                                                   Outcomes   Forty-four patients were identified, of which 27 were male
                                                                              and 17 were female. The mean paediatric trauma score was
                                                                              7.6 ± 2.4. Causes of injury consisted of motor vehicle/pedes-
                                                                              trian collisions, 19 cases; motor vehicle collisions, 11; falls, 8;
                                                                              and motor vehicle/bicycle or motorbike accidents, 6. Injuries
                                                                              included pulmonary contusions, 28; pneumothoraxes, 12;
                                                                              haemothoraxes, 10; rib fractures, 9; haemopneumothoraxes,
                                                                              7; clavicle fractures, 5; flail chest, 2; diaphragmatic rupture,
                                                                              1; and pneumatocele, 1. In this cohort, 27 patients were
                                                                              managed nonoperatively, 17 were treated with tube thora-
                                                                              costomy, and 2 required thoracotomy. Four patients (9.09%)
                                                                              had concomitant abdominal injuries.
                                                                   Comments   Thoracic injuries are rare in children and are a predictor of
                                                                              severe and multiple—frequently fatal—injuries.
                                                                   Historical   This well-written article takes the reader through the his-
                                                                   significance/  torical development of some trauma scoring systems and
                                                                   comments   provides a very good overview of frequently used systems.
                                                                              The authors even inform readers about an ideal scoring
                                                                              system: it should correlate well with the desired outcome
                                                                              (e.g., death, disability, costs, etc.); it should be reasonable
                                                                              to clinicians and correlate with their judgement; it should use
                                                                              available data; it should be reliable among different users;
                                                                              and it should be simple. This is, in fact, what all scoring
                                                                              systems should be.




                                                    Key Summary Points

             1.  The majority of thoracic injuries can be diagnosed by a good   4.  Optimum treatment and outcomes can be achieved only by
                clinical exam and a plain chest x-ray.             having a thorough understanding of the unique anatomy and
                                                                   physiology of children.
             2.  The majority of chest trauma in children can be treated
                nonoperatively, often with a well-placed chest tube.  5.  Even the most severe of injuries requiring operative therapy
                                                                   can, if recognised early, be managed successfully.
             3.  Life-threatening injuries from thoracic trauma are relatively
                uncommon in children, and when they occur, they are related
                to associated head and abdominal injuries.




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