Traumatic brain injury (TBI) is the major cause of disability and death among the younger population. In the Pediatric population Head trauma may be responsible for primary and secondary brain damage. Primary brain injury results from a direct mechanical damage at the time of injury, whereas secondary injury is caused by further cellular damage that develops hours or days post injury. Intracranial Injury in Infants (III) may be hard to diagnose in the abcence of neurological deficit or early deterioration. On the other hand, symptoms such as vomiting and restlessness may be present even in the case of minor head injury, and unnesessary scaning (CT) may be performed in many centers just because clinical judgment is problematic in this particular age. Some intracranial injuries may be imminent, such as evolving Epidural hematoma (EDH) in infants, and early diagnosis may be lifesaving and leading to excellent outcome. In adults, GCS has been accepted as the most usuful tool for emergency evaluation of head injured patients. In children, several scores were introduced, including the Children's Coma Score (CCS), however they have been found problematic to use in the very young population, since accurate evaluation of communication in CCS is hard, and there is insufficient relevant parameters uncorporated into the score that may have significant importance in this particular age group. In TINS (Trauma Infant Neurological Score) we characterized the clinical parameters and the mechanism of trauma in a simplified method. As previously published, this score has been used by us and by other groups, in retrospective studies. Still, in the lack of prospective studies using TINS, there are no optimal guidelines to perform computed tomography (CT) in this unique population, and TINS has not prospectively been challenged as a predictor tool for outcome. In this prospective study we will approach these issues.