[Transoral Penetrating Cranial Injury by a Chopstick:A Case Report]
Kazue Fujiwara1, Fumihiro Hiraoka, Yasunobu Nakamura
1Department of Neurosurgery, Tokyo Metropolitan Bokutoh Hospital.
Insights
Chopstick penetration of the brain is rare and often fatal in children. This case highlights challenges in diagnosing intracranial injury when the object is removed, leading to delayed detection of the brain lesion.
Area of Science:
- Pediatric Neurosurgery
- Trauma Surgery
- Medical Imaging
Background:
- Intracranial injuries from foreign objects in the oral cavity are rare but carry high mortality in children.
- Management is complicated when the penetrating object is removed, obscuring injury depth and location.
Observation:
- A 26-month-old girl sustained an oral cavity injury from a plastic chopstick penetrating her palate.
- Initial CT scan showed retropharyngeal air but no intracranial abnormality.
- The child developed bacterial meningitis and right hemiparesis.
Findings:
- Despite neurological deficits suggesting a medullary lesion, MRI and other imaging failed to locate the intracranial injury.
- A high-signal path on MRI indicated penetration from the nasopharynx to the dura.
- The path's trajectory suggested a small lesion in the right lateral medulla oblongata, potentially affecting the corticospinal tract.
Implications:
- This case underscores the difficulty in diagnosing subtle intracranial lesions after penetrating oral trauma.
- Advanced imaging may not always detect small lesions, necessitating clinical correlation.
- Early recognition and advanced imaging techniques are crucial for managing such rare pediatric neurotrauma cases.
Abstract:
Intracranial injury resultant from a chopstick penetrating the oral cavity is often fatal in children, and only 5 clinical cases have been reported. If the depth of penetration is indeterminable, due to the chopstick being removed or the remaining piece not being located, then injury management is challenging; here, we report such a case. A 26-month-old girl fell over with a plastic chopstick in her mouth. The chopstick was removed immediately and without breakage by her father. He noted that around 3 cm of the pointed end had pierced the palate. CT revealed air bubbles in the retropharyngeal space but no abnormality in the cranium. Subsequent complications included bacterial meningitis and right hemiparesis but neither MRI nor any alternative imaging modality could aid in locating the intracranial lesion that induced the weakness. Neurological findings suggested injury of the right lateral corticospinal tract at the lower end of the medulla oblongata. An axial T2-weighted MRI showed a 30-mm high signal path of penetration from the posterior nasopharyngeal wall to the dura at the craniocervical junction. When the route is extended 36 mm intracranially from the wound orifice, the path makes superficial contact with the right lateral portion of the medulla oblongata, which corresponds with the lateral corticospinal tract. We therefore hypothesize that this was the lesion location but that it was too small to be detected using MRI.
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