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Reflex and Spontaneous Movements in Pediatric Patients with Brain Death
Juhyeon Kim1, Oh-Young Kwon1, Do-Hyung Kim2
1Department of Neurology, Gyeongsang National University Hospital, Gyeongsang National University College of Medicine, Jinju, Korea.
Insights
Pediatric brain death patients sometimes exhibit reflex or spontaneous movements. This study found 22.6% of pediatric brain death cases showed movements, aiding accurate diagnosis.
Area of Science:
- Neurology
- Pediatrics
- Forensic Medicine
Background:
- Reflex and spontaneous movements are observed in brain death patients, but data in pediatric populations are scarce.
- Existing research predominantly focuses on adult patients, leaving a knowledge gap in infant and child cases.
Purpose of the Study:
- To investigate the frequency and characteristics of reflex and spontaneous movements in pediatric patients diagnosed with brain death.
- To provide data that can assist in the accurate and timely diagnosis of brain death in children.
Main Methods:
- A retrospective analysis of pediatric patients diagnosed with brain death across 15 hospitals in South Korea (January 2013 - September 2016).
- Systematic assessment of all body movements in brain death patients by medical doctors and organ transplant coordinators.
- Comparison of demographic and clinical factors between pediatric brain death patients with and without observed movements.
Main Results:
- Out of 31 pediatric brain death patients, 7 (22.6%) exhibited reflex or spontaneous movements.
- The majority of movements observed were reflex in nature (85.7%), with common patterns including plantar responses and isolated finger jerks.
- Movement patterns varied, with 57.1% showing a single pattern and 42.9% displaying multiple patterns.
Conclusions:
- Recognizing the frequency and types of movements in pediatric brain death is crucial for physicians.
- This study contributes valuable information to aid in the precise and efficient diagnosis of brain death in pediatric cases.
Background:
Reflex and spontaneous movements are not uncommon in brain death patients. However, most studies have been conducted in adults, while reports in infants and children are rare. Thus, we aimed to evaluate the frequency and characteristics of these movements in pediatric patients declared as brain death.
Methods:
Records of pediatric patients who were diagnosed as brain death from 15 hospitals in the Yeongnam region, South Korea, between January 2013 and September 2016 were analyzed. All body movements in patients who met the criteria for brain death as established by the Korea Medical Association were assessed by medical doctors and trained organ transplant coordinators. The frequency and characteristics of these movements were identified. Additionally, the demographic and clinical factors of the brain death patients with and without these movements were compared.
Results:
A total of 31 patients who met the criteria for brain death were enrolled. Seven patients (22.6%) showed either reflex or spontaneous movements; six of them (85.7%) showed reflex movements only, and one patient (14.3%) showed both types of movements. The most common types of reflex movements were the flexor/extensor plantar response and isolated finger jerk. Four of seven patients (57.1%) showed a single movement pattern, while three (42.9%) showed two different movement patterns.
Conclusion:
It is essential for physicians who perform pediatric brain death examinations to recognize the frequency and characteristics of reflex and spontaneous movements, and this article may help in the accurate and prompt diagnosis of brain death.
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