[Criteria for applying imaging diagnosis and initial management for pediatric head trauma]
Naoto Shiomi1, Michiko Okada, Tadashi Echigo
1Emergency Medical Care Center, Saiseikai Shiga Hospital, Shiga, Japan.
Insights
CT scans for pediatric head trauma are often unnecessary. A conservative approach, involving parental explanation and home observation with phone follow-up, successfully managed 94% of infant cases without imaging.
Area of Science:
- Pediatric Emergency Medicine
- Radiology
- Neurotrauma
Background:
- Computed tomography (CT) for pediatric head trauma presents challenges due to patient movement and radiation exposure.
- Establishing clear imaging application criteria is crucial for appropriate use in pediatric head injuries.
Purpose of the Study:
- To evaluate the necessity and safety of a selective imaging approach for pediatric head trauma.
- To determine the efficacy of home observation with phone follow-up for low-risk pediatric head trauma cases.
Main Methods:
- Developed imaging criteria to identify pediatric patients unlikely to have intracranial lesions.
- Informed parents about risks and benefits, opting for home observation in 94% of cases deemed unnecessary for imaging.
- Conducted phone follow-ups 4-8 hours post-injury for 103 infants (≤15 years old).
Main Results:
- Imaging was deemed unnecessary for 94% of the evaluated infant cases.
- Parents consented to home observation for 94% of cases where imaging was not indicated.
- No patients required re-examination based on phone follow-up reports.
Conclusions:
- CT imaging for pediatric head trauma is not universally required and should be based on clinical consultation.
- A strategy of clear parental communication, selective imaging, and home observation with phone follow-up is safe and effective.
- This approach reduces unnecessary radiation exposure and healthcare costs in pediatric head trauma management.
Abstract:
It may be difficult to perform CT for pediatric head trauma because of body movement and radiation exposure. Imaging application criteria were established, in which patients diagnosed as less likely to have an intracranial lesion meeting the criteria were not indicated for imaging and subjected to course observation at home, and this policy was explained to the parents. When consent was obtained, patients were followed up at home, and we checked on the condition by making a phone call 4-8 hours after injury. The patients were 103 infants aged 15 years or younger brought to the emergency medical care center of our hospital between May and August 2008. Imaging was basically indicated for cases of traffic accidents, falls from a high level, those brought in by ambulance, referred cases, and cases with disturbance of consciousness, neurologically abnormal findings, vomiting on examination, and trauma requiring X-ray examination in addition to that for the head. However, apart from these cases, imaging was not required. Imaging was not necessary for 94% of infant cases. The parents were convinced by the explanation and selected course observation at home in 94% of cases for which imaging was judged as unnecessary. None of the patients required re-examination based on the conditions reported in phone calls to homes. Imaging diagnosis for pediatric head trauma is not always necessary, and its application should be decided on after consultation. When no imaging is performed, this should be fully explained at the initial treatment before selecting course observation at home. Checking on the child's condition by making a phone call several hours after injury is useful for both patients and physicians.
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