Related Experiment Videos
[Clinical, biochemical and electroencephalographic findings in children with a post-traumatic convulsive syndrome]
Insights
This study examined 96 children with post-traumatic convulsive syndrome, finding that most cases presented as traumatic arachnoiditis, while a smaller group showed signs of developing epilepsy after head injuries.
Area of Science:
- Neurology
- Pediatrics
- Traumatology
Context:
- Post-traumatic convulsive syndrome (PTCS) affects children following head injuries.
- Understanding the clinical spectrum and underlying mechanisms of PTCS is crucial for effective management.
Purpose:
- To review the clinical manifestations and timing of PTCS in children.
- To analyze the pathogenetic mechanisms of convulsive attacks after closed craniocerebral injury.
Summary:
- Clinical, biochemical, and electroencephalographic examinations were performed on 96 children with PTCS.
- 75 children experienced convulsive attacks consistent with traumatic arachnoiditis.
- 21 children presented with clinical features suggestive of epilepsy development, considering seizure characteristics and behavioral changes.
Impact:
- This research aids in differentiating between traumatic arachnoiditis and epilepsy in pediatric head injury patients.
- Findings contribute to a better understanding of the pathophysiology of seizures post-craniocerebral injury.
- Informs diagnostic and therapeutic strategies for children with post-traumatic neurological deficits.
Abstract:
Clinical, biochemical and electroencephalographic examinations were carried out in 96 children with the post-traumatic convulsive syndrome. The time of the development of convulsive syndrome and its clinical manifestations are reviewed. In 75 children, convulsive attacks took the course of traumatic arachnoiditis; in 21 children, the clinical picture of the disease with consideration for the characteristics and frequency of convulsive seizures and changes in the character of the children was suggestive of epilepsy development. Possible pathogenetic mechanisms of the development of convulsive attacks in children who have had a closed craniocerebral injury are analyzed.