Spectrum of ocular injuries in children with major trauma

BACKGROUND: Few studies document the variety of ocular injuries encountered in children after major trauma. This study was performed to determine the type and frequency of ocular injuries in a large population of children with major trauma. METHODS: All children with ocular and adnexal injuries (n = 7497) among 96,879 children registered in the National Pediatric Trauma Registry (NPTR) were analyzed. Children were stratified for Injury Severity Score (ISS is a method for categorizing patients with multiple injuries in which an ISS > 15 is considered major trauma), age, sex, injury, protective restraint, vision threatening injury, and basilar skull fracture. RESULTS: Nearly 8% of the children in the NPTR sustained an ocular injury. These children had one or more injuries to one or both eyes and/or the ocular adnexa for an average of 1.3 ocular injuries per child. Three-fourths (75%) of the children with an ocular injury had an ISS < or = 15 and one-fourth (25%) had an ISS > 15. Among children with an ISS > 15 the most common injuries were orbital wall fracture (59%) and contusion of the eye and ocular adnexa (18%). Among these same children with an ISS > 15, the percent of orbital wall fractures, injuries to the optic nerve, and injuries to the other ocular cranial nerves doubled while the percent of basilar skull fractures tripled when compared with children with an ISS < or = 15. Penetrating injuries of the globe were significantly lower in children with an ISS > 15 than in children with an ISS < or = 15. Over 70% of the children with an eye injury and an ISS > 15 sustained injury in an accident involving a motorized or non motorized vehicle, and over 75% of those who could have been restrained, were not restrained. CONCLUSIONS: Children with an ocular injury sustained during major trauma (ISS > 15) are more likely to have a basilar skull fracture, orbital wall fracture, and a contusion of the eye and/or the ocular adnexa as compared with children with ISS < or = 15. Children with any of these injuries sustained during major trauma should be afforded prompt ophthalmologic evaluation to uncover injury to components of the visual system.     

Evaluation of the eye following periorbital trauma

Periorbital trauma is usually associated with ocular complications. When confronted with a traumatized patient, one should therefore evaluate the eyes to determine the extent of injury. First, a noncontact examination should be conducted to assess the degree of ocular integrity. Once it is established that the eye is not damaged, further diagnostic work-up and evaluation can be performed. Although most ocular complications are treated by ophthalmologists, eyelid lacerations, orbital hemorrhage, blowout fractures, and brain injuries may be treated by other subspecialists. Before orbital and ocular adnexal reconstructive surgery is performed, however, one must establish the patient's ocular status so that ocular damage will not be increased during surgery.     

Incidence and pattern of direct blunt neurovascular injury associated with trauma to the skull base

OBJECT: Skull base fractures are often associated with potentially devastating injuries to major neural arteries in the head and neck, but the incidence and pattern of this association are unknown. METHODS: Between April and September 2002, 1738 Level 1 trauma patients were admitted to St. Joseph's Hospital and Medical Center in Phoenix, Arizona. Among them, a skull base fracture was diagnosed in 78 patients following computed tomography (CT) scans. Seven patients had no neurovascular imaging performed and were excluded. Altogether, 71 patients who received a diagnosis of skull base fractures after CT and who also underwent a neurovascular imaging study were included (54 men and 17 women, mean age 29 years, range 1-83 years). Patients underwent CT angiography, magnetic resonance angiography, or digital subtraction angiography of the head and craniovertebral junction, or combinations thereof. RESULTS: Nine neurovascular injuries were identified in six (8.5%) of the 71 patients. Fractures of the clivus were very likely to be associated with neurovascular injury (p < 0.001). A high risk of neurovascular injury showed a strong tendency to be associated with fractures of the sella turcica-sphenoid sinus complex (p = 0.07). CONCLUSIONS: The risk of associated blunt neurovascular injury appears to be significant in Level 1 trauma patients in whom a diagnosis of skull base fracture has been made using CT. The incidence of neurovascular trauma is particularly high in patients with clival fractures. The authors recommend neurovascular imaging for Level 1 trauma patients with a high-risk fracture pattern of the central skull base to rule out cerebrovascular injuries.     

Cervical spine fractures with major associated trauma

A detailed review of 88 consecutive patients placed in skeletal tong traction for cervical fractures by the University of Louisville Neurosurgical Service during a 5-year period from July 1, 1979, through June 30, 1984, was carried out. Of this group, 60% of the patients had a major associated injury consisting of major facial and skull fractures, cerebral contusions or intracerebral blood clots, cardiac or pulmonary contusions, major thoracic injuries including rib fractures and hemo- or pneumothoraces, intra-abdominal injuries, and major extremity fractures. An additional 24% of the patients had minor associated injuries, including facial or scalp lacerations, general body lacerations, or abrasions and cerebral concussions. Only 16% of patients with cervical fractures had no evidence of any other associated injury. Acute cervical spine fractures require prompt assessment and resuscitation by personnel from multiple specialties, usually available only in major trauma centers where experienced personnel capable of handling diverse injuries are always present.     

Do Concomitant Cranium and Axis Injuries Predict Worse Outcome? A Trauma Database Quantitative Analysis

We performed a trauma database analysis to identify the effect of concomitant cranial injuries on outcome in patients with fractures of the axis. We identified patients with axis fractures over a 14-year period. A binary outcome measure was used. Univariate and multiple logistic regression analysis were performed. There were 259 cases with axis fractures. Closed head injury was noted in 57% and skull base trauma in 14%. Death occurred in 17 cases (6%). Seventy-two percent had good outcome. Presence of abnormal computed tomography head findings, skull base fractures, and visceral injury was significantly associated with poor outcome. Skull base injury in association with fractures of the axis is a significant independent predictor of worse outcomes, irrespective of the severity of the head injury. We propose that presence of concomitant cranial and upper vertebral injuries require careful evaluation in view of the associated poor prognosis.     

Ocular and periocular injuries from orbital fractures

BACKGROUND: Orbital fractures are associated with ocular and periocular injuries. The role of the ophthalmologist in the evaluation and management of facial trauma, including orbital fractures, has not been clearly defined. The purpose of this study is to identify and characterize ocular and periocular injuries associated with orbital fractures to define the role of the ophthalmologist in the management of facial trauma. STUDY DESIGN: Retrospective case review. RESULTS: Three hundred sixty-five patients with orbital fractures who were evaluated by an ophthalmologist as part of their initial trauma evaluation were studied. The majority of the patients with orbital fractures (74%) did not have associated ocular or periocular injuries. Twenty-three of 104 (22%) ocular injuries in 23 of 95 (24%) patients required immediate intervention by an ophthalmologist. CONCLUSIONS: Facial trauma and orbital fractures are associated with significant ocular and periocular injuries, the minority of which require immediate evaluation and treatment by an ophthalmologist. These results differ from those previously reported.     

Association of head trauma with cervical spine injury, spinal cord injury, or both

BACKGROUND: Links between cervical spine and/or spinal cord injuries and head trauma have not been reported in detail. METHODS: 188 patients with cervical spine and/or spinal cord injury were divided into two groups, i.e., with upper cervical and mid-lower cervical injury, and compared for head injury. RESULTS: Associated head trauma was investigated in 188 patients with cervical spine and/or spinal cord injuries; 35% had moderate or severe injuries. Brain damage was more frequently observed in patients with upper cervical injury than in those with mid to lower cervical injury. Those patients with upper cervical injury appeared to have an elevated risk of suffering skull base fractures, traumatic subarachnoid hemorrhage, and contusional hemotoma. CONCLUSIONS: Approximately one third of patients with cervical spine and/or spinal cord injuries had moderate or severe head injuries. Brain damage was more frequently associated with upper cervical injury. Those patients with upper cervical injury are at greater risk of suffering from skull base fractures and severe intracranial hematomas than those with mid to lower cervical injury.     

Ocular injuries in all-terrain-vehicle accidents

ObjectiveTo examine the occurence and extent of ocular injuries in ATV accidents in southwestern Pennsylvania.MethodsThis was a retrospective chart review of 37 adults and 43 children at UPMC Mercy Hospital, UMPC Presbyterian Hospital, and Children's Hospital of Pittsburgh Trauma Registry. The Trauma Registry was searched for patients sustaining ocular injuries related to an ATV accident. Records were de-identified by an honest broker and analysed in this study.ResultsEighty percent (80%) of patients suffered orbital fracture; 40% had periorbital ecchymoses, and 25% had lid lacerations. Injuries ranged in severity from subconjunctival haemorrhages to traumatic avulsion of the optic nerves.ConclusionsOcular trauma frequently accompanies ATV accidents and can have a significant impact on patient outcomes. An educational programme (except ‘program’ in computers) promoting eye protection could reduce the number of eye injuries associated with these recreational vehicles.     

Predictors of blinding or serious eye injury in blunt trauma.

Multivariate analysis was used to identify factors predicting injury and visual outcome in 94 blunt trauma patients evaluated for eye injuries among 6700 admissions to a level I trauma center over a 29-month period. Patients with penetrating eye injuries were excluded from this review. Eye injury was detected in 93% or 87 of the patients evaluated. Seven percent of eye injuries resulted in blindness, 22% were serious (visual acuity between 20/40 and 20/200 or eye injury requiring surgery), and 71% were temporary (final visual acuity of 20/40 or better). The presence of an afferent pupillary defect or a nonreactive pupil was the most important factor in predicting the severity of eye injury (p = 0.0023), followed by facial fractures (p = 0.0084), and no eye opening or eye opening to pain within the Glasgow Coma Scale (p = 0.02). Eye injury is an infrequent complication of blunt trauma. Appropriate consultation for evaluation of this problem can be obtained based on findings from the initial history and screening physical examination.     

What injuries should we expect in the emergency room?

IntroductionBeside serious and potentially fatal injuries, the majority of pediatric trauma patients present with minor injuries to emergency departments. The aim of this study was to evaluate age-related injury pattern, trauma mechanism as well as the need for surgery in pediatric patients.Patients and methodsRetrospective Study from 01/2008 to 12/2012 at a level I trauma center. All patients <18 years of age following trauma were included. Injury mechanism, injury pattern as well as need for surgery were analyzed according to different age groups (0–3 years, 4–7 years, 8–12 years and 13–17 years). Major injuries were defined as fractures, dislocations and visceral organ injuries. Minor injuries included contusions and superficial wounds.ResultsOverall, 15300 patients were included (59% male, median age 8 years). A total of 303 patients (2%) were admitted to the resuscitation room and of these, 69 (0.5% of all patients) were multiply injured (median Injury Severity Score (ISS) 20 pts). Major injuries were found in 3953 patients (26%). Minor injuries were documented in 11347 patients (74%). Of those patients with a major injury, 76% (2991 patients) suffered a fracture, 3% (132 patients) a dislocation and 3% (131 patients) an injury of nerves, tendons or ligaments. The majority of fractures were located in the upper extremity (73%) (elbow fractures 16%; radius fractures 16%; finger fractures 14%). Patients with minor injuries presented with head injuries (34%), finger injuries (10%) and injuries of the upper ankle (9%). The most common trauma mechanisms included impact (41%), followed by falls from standing height (24%), sport injuries (15%) and traffic accidents (9%). Overall, 1558 patients (10%) were operated. Of these, 61% had a major and 39% a minor injury.ConclusionAlmost 75% of all children, who presented to the emergency department following trauma revealed minor injuries. However, 25% suffered a relevant, major injury and 0.5% suffered a multiple trauma with a median ISS of 20. Overall, 10% had to be operated. The most frequently found major injuries were extremity fractures, with elbow fractures as the most common fracture.     

A new classification for epidemiological study of mechanical eye injuries

Objective： Considering the difficulty in classifying some cases with eye trauma by Birmingham Eye Trauma Terminology （BETT） in our epidemiological study, we introduce a new classification for epidemiological study of mechanical eye injuries based on BETT. Methods： A retrospective investigation was carried out in 31 hospitals from January 2005 to December 2010. All medical records of inpatients with eye injuries were reviewed. A total of l0 718 patients （11 227 eyes） were diagnosed as mechanical eye injuries. All mechanical eye injuries were tried to be classified using BETT. While some eye injuries were difficult to categorize. We recorded the injury type and case number. A new classification based on BETT was also used for the same project. Results： Of 10 718 patients （11 227 eyes） with me- chanical eye injuries, the following cases cannot be classi- fied by BETT： 1 488 patients （1 559 eyes） with merely orbitalor ocular adnexa injury, 1 961 （2 054） globe injuries associ- ated with orbital or ocular adnexa injury, 271 （284） ocular surface foreign body （OSFB） or ocular wall foreign body （OWFB）, 77 （89） contusion, 9 （11） lamellar laceration asso- ciated with OSFB or OWFB, 29 （30） rupture associated with OSFB, OWFB or intraocular foreign body and 60 （62） lace- ration associated with OSFB or OWFB. While according to our new classification, all eye injuries can be categorized without any difficulty. Conclusion： Difficulty in classifying some eye injuries in epidemiological study by BETT brings some trouble to our study, which can be solved by our new eye injury clas- sification to some extent. It is hoped that other ophthal- mologists present better ones to make the classification more perfect.     

Open clavicle fractures and associated injuries

OBJECTIVES: To describe the associated injuries, demographic distribution, and management of patients sustaining open clavicle fractures. DESIGN: Retrospective case series. SETTING: A single level-1 trauma center. PATIENTS: Twenty patients with open clavicle fractures were identified from a prospectively collected orthopaedic trauma registry. INTERVENTION: All patients were managed with surgical irrigation and debridement with or without internal fixation. RESULTS: Thirteen patients (65%) had a closed head injury. Fifteen patients (75%) had a significant associated pulmonary injury. In that group, there were 10 patients who had a pneumothorax (7 bilateral). Additionally, 12 patients had rib fractures and 11 had documented pulmonary contusions or effusions. Seven patients (35%) had a cervical or thoracic spine fracture or dislocation. Eight patients (40%) had concomitant scapula fractures. Six patients (30%) had additional ipsilateral upper extremity injuries remote from the shoulder girdle. One patient had a scapulothoracic dissociation. Eleven patients (55%) sustained significant facial trauma including fractures (5 patients), lacerations, and hematomas. Fourteen patients (70%) were treated with open reduction internal fixation. Fifteen patients (75%) were followed to healing (mean: 111 wk, median: 56 wk, range: 13 to 333 wk). There were no other complications related to the operative fixations. There were no known infections or nonunions. CONCLUSIONS: Open clavicle fractures are a rare injury. Patients often have associated pulmonary and cranial injuries. Ipsilateral upper extremity and shoulder girdle injuries are common, whereas concomitant neurologic and vascular injuries are infrequent. The majority of patients have rapid and uneventful healing of their fractures after surgical treatment.     

Pediatric temporal bone fractures in a rural population.

OBJECTIVE: To examine pediatric temporal bone fractures in a rural population. STUDY DESIGN AND SETTING: A retrospective chart review of pediatric temporal bone fractures between January 1, 1996, and December 31, 2000, at a rural academic medical center. RESULTS: A total of 108 patients were identified. Common etiologies include falls, bicycle-related injuries, and motor vehicle accidents. Animal-related injuries were identified primarily in patients under 5. Facial nerve injuries were noted in 7%, hearing loss in 16%, additional skull base fractures in 65%, and intracranial injuries in 75%. CONCLUSIONS: Temporal bone fracture etiology in the rural pediatric population is associated with age. Young children may suffer fractures secondary to animal-related accidents. Patterns of injury differ little between rural and urban settings. SIGNIFICANCE: Animal-related accidents may be a significant cause of temporal bone trauma in rural young children. Our data remain unique in that we report additional skull base fractures as well as intracranial injuries in this population.     

Profile of children with head injuries treated at the trauma unit of Red Cross War Memorial Children's Hospital, 1991 - 2001.

OBJECTIVE: To describe the profile of childhood head injury patients treated in a trauma unit. DESIGN: A retrospective record-based study. SETTING: The trauma unit of the Red Cross War Memorial Children's Hospital. SUBJECTS: Children (under 13 years of age) presenting with head injuries between January 1991 and December 2001. RESULTS: Of the almost 94 000 records, more than one-third were children presenting with head injuries. Fifty-nine per cent were boys, with more than half the sample under 5 years of age. The majority of children presented with superficial lacerations and abrasions, mostly affecting the scalp and skull. Injuries were mainly caused by falls from a variety of heights, and traffic-related injuries. Almost two-thirds of traffic-related injuries involved children as pedestrians being struck by a motor vehicle. More than 60% of injuries occurred in or around the child's own home. CONCLUSIONS: Head injuries in children are a significant cause of morbidity. Prevention, especially in the home and on the streets, needs urgent attention.     

The tertiary trauma survey: a prospective study of missed injury

The Advanced Trauma Life Support Course defines a primary and a secondary survey to rapidly identify life-threatening and associated injuries, respectively, in multiple trauma patients. However, circumstances during resuscitation, including multiple casualties, emergent operation, unconsciousness, etc., may interfere with this process. An initial review of our trauma registry data yielded a modest 2% incidence of missed injuries in a 90% blunt trauma population. In order to determine the true incidence of missed injuries, a tertiary survey was performed prospectively on all injured patients (N = 399) admitted during a recent 3-month period. After completion of the primary and secondary surveys (including appropriate roentgenographs), all injuries were listed in the trauma admission record. Patients were later reexamined immediately before ambulation or, in head-injured patients, upon regaining consciousness. All missed injuries were documented, including site and type of injury, reason missed, how identified, and attendant morbidity. Forty-one missed injuries were found in 36 patients (9%). These included: 21 extremity fractures, five spinal fractures, two facial fractures, five thoracic injuries, six abdominal injuries (including five splenic lacerations), and two vascular injuries. The most common reason for injuries to be missed was altered level of consciousness due to head injury or alcohol. Other reasons included severity of injury and instability requiring immediate operation, lack of symptoms at admission, technical problems, and low index of suspicion by the examiner. None of the missed injuries resulted in death. However, one missed injury caused serious disability and seven required operative correction.(ABSTRACT TRUNCATED AT 250 WORDS)     

Modeling mechanisms of skull base injury for drivers in motor vehicle collisions.

OBJECTIVE: To develop biomechanical variable models for driver skull base injury mechanisms in motor vehicle collisions. STUDY DESIGN: Retrospective database review. METHODS: Biomechanical collision variables and safety restraint data were analyzed for Crash Injury Research and Engineering Network skull base trauma subjects enrolled during the recruitment period between 1996 and 2005. RESULTS: For drivers satisfying inclusion criteria (n = 26), injury resulted from contact with rigid vehicle structural elements in 82%, and occurred in 50% despite both seatbelt and air bags. Eight percent used neither seatbelts nor air bags. Seventy-two percent involved vector velocity changes greater than 30 mph. The relative morbidity of skull base injuries was also detailed. CONCLUSION: The majority of driver skull base injuries resulted from contact with rigid vehicle structural elements in high velocity crashes. Seatbelt and air bag use could not be definitively correlated with skull base injury. CLINICAL SIGNIFICANCE: Injury mechanism models can be developed that facilitate further investigations to determine impact and scope on a national scale.     

Pediatric craniofacial trauma.

PURPOSE: Maxillofacial and skull fractures occur with concomitant injuries in pediatric trauma patients. The aim of this study was to determine the causes and distributions of maxillofacial and skull fractures as well as concomitant injuries of pediatric patients in Switzerland. Results were compared with worldwide studies. MATERIALS AND METHODS: A retrospective review was conducted of 291 pediatric patients with maxillofacial and skull fractures presenting to a level-I trauma center over a 3-year span. Data concerning the mechanism of the accident and the topographic location of the injuries were analyzed. RESULTS: The most common causes were falls (64%), followed by traffic (22%) and sports-related accidents (9%). Fifty-four percent of the fractures occurred in the skull vault and 37% in the upper and middle facial third. One third of the patients (n = 95) suffered concomitant injuries, mostly cerebral concussions (n = 94). CONCLUSIONS: The spectrum of craniofacial injuries is related to the specific developmental stage of the craniofacial skeleton. It is probable that national prevention programs will have a positive effect on reducing the incidence of falls. Standardization of studies is needed for international comparison.     

Visual outcome after fireworks injuries

BACKGROUND: The epidemiology and prognosis of fireworks-related injuries treated at a tertiary eye care center in less developed nations remain unknown. METHODS: We conducted a prospective observational study that enrolled all consecutive eyes with fireworks-related ocular injury visiting our trauma clinic during a 1-year period. Eyes were graded by ocular trauma classification and followed for 6 months at least. Best corrected visual acuity (BCVA) at 6 months was considered the final visual outcome. Data were analyzed. RESULTS: Twenty-five (96%) of a total of 26 patients enrolled during study period were male patients and 13 (50%) were younger than 15 years. The type of fireworks involved was a bottle rocket in 38.5%. Factors significantly associated with better final visual outcome were better BCVA at presentation (p = 0.041), absence of bottle rocket injury (p = 0.028), closed globe injury (p = 0.028), absence of relative afferent pupillary defect (p = 0.019), absence of intraocular foreign body (p = 0.026), and absence of endophthalmitis (p = 0.006). Besides poor visual outcome, bottle rocket injuries were more frequently associated with facial lacerations, intraocular foreign body, and endophthalmitis development. CONCLUSION: Fireworks-related ocular injuries commonly affect young male subjects of northern India. Visual outcome is better in eyes having better initial BCVA or closed globe injury and if relative afferent pupillary defect, bottle rocket injury, intraocular foreign body, and endophthalmitis are absent.     

Snowboarding injuries in children.

OBJECTIVE: To study injury patterns of snowboarding trauma in children. DESIGN: A retrospective case series. SETTING: A major pediatric trauma centre. PATIENTS: A cohort of 113 children (97 boys, 16 girls), mean age 13.9 years, who sustained 118 injuries secondary to snowboarding. INTERVENTIONS: All fractures were treated by immobilization in a cast; 19 children required a closed reduction. OUTCOME MEASURES: Sex and age of patients, mechanism of injury, injury sustained, treatments and complications. RESULTS: Falls on the outstretched hand from a loss of balance accounted for 66 (57%) of the injuries, uncontrolled falls for 42 (36%) and collisions for 5 (4%). Seventy-nine percent of the injuries were to the upper extremity, whereas 7% were to the lower extremity. CONCLUSIONS: The predominance of snowboarding injuries of the upper extremity seen in children differs significantly from those in adults in whom lower extremity injuries are more common.