Approximately 5 million children present to emergency departments, seeking care for head injuries, each year, and 80% of these children are classified as cases of mild head injury. Due to the huge number of patients and low frequency of intracranial lesions in this group, obtaining a computed tomography scan for each and every patient is a significant economic problem. This study was conducted to identify the clinical parameters and the radiographic findings that may be associated with intracranial lesions in children with mild head injury. 421 patients, with a Glasgow Coma Scale score of 15 and without any focal neurological deficit, were studied. Intracranial lesion was noted in 37 cases (8.8%). Sensitivity of a plain radiogram was 43.2%, and specificity was 93%. An intracranial pathology was demonstrated in 28.9% of the patients with a linear skull fracture. The only clinical parameters associated with an increase in the frequency of detection of intracranial lesions were posttraumatic seizures and loss of consciousness. Age, sex, headache, vomiting and scalp lacerations were not associated with a higher frequency. Even when patients with a history of loss of consciousness or posttraumatic seizure were subtracted from the study group, intracranial lesions were noted in 4.1% of the cases, and in 1.8% neurosurgical intervention was required. Computed tomography is the gold standard in the evaluation of pediatric patients with mild head trauma, and every child who has experienced a head injury should undergo a cranial computed tomography evaluation, even if he or she appears in perfect health.

The authors evaluated occupational accidents in Kocaeli, Turkey, using epidemiologic criteria. Data were derived from the registries of the service on Occupational Injuries and Diseases of the Social Insurance Institution's District Authority in Kocaeli. The analysis was based on data from 387 deaths. The rates of occupational injuries and mortality and fatalities from them were 5.1%, 30.6 per 100,000 workers, and 6.0%, respectively, compared with 2.8%, 35.2 per 100.000 workers, and 12.7% in Turkey. Sectors with the highest rates of fatal occupational injuries were construction (30.2%), transportation (13.2%), basic metal industry (9.0%), manufacturing of metal products (5.9%), and heating with electricity, gas, and steam (5.9%). 38.2% of these workers were 25-34 years old. Nearly all were male, most were married, and three fourths had children. Of all deaths due to occupational injuries, 121 (31.3%) were caused by traffic injuries, 93 (24.1%) by falling from high places, and 43 (11.1%) by electrocution; 89% occurred at workplaces, 42% of the workplaces were small, and 45.9% of the deceased workers had been working there for less than three months. Although the situation was better than that in the rest of Turkey in terms of epidemiologic criteria, the death rates, as in other developing countries, are higher than those in the world in general.