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[Pathogenetic analysis of the dynamics involved in prevention of fetal and neonatal brain damage]
1Department of Pediatrics, Showa University School of Medicine, Tokyo.
Insights
This symposium explored dynamic changes in intracranial pathology during the perinatal period to prevent fetal and neonatal brain damage. Key findings covered cerebral blood flow, imaging, and metabolic and neurophysiological analyses.
Area of Science:
- Perinatal medicine
- Neuroscience
- Pathology
Context:
- Focuses on the dynamic changes in intracranial pathology during the perinatal period.
- Addresses the critical issue of preventing fetal and neonatal brain damage.
Purpose:
- To analyze the pathogenesis of dynamic changes in intracranial pathology.
- To explore strategies for preventing brain damage in fetuses and neonates.
Summary:
- Reports new findings on cerebral blood flow dynamics in fetuses and neonates.
- Includes advancements in imaging modalities, metabolic parameters, and neurophysiological function.
- Covers detailed pathological analysis of perinatal brain conditions.
Impact:
- Provides valuable insights into the mechanisms of perinatal brain injury.
- Contributes to the development of improved diagnostic and therapeutic strategies.
- Enhances understanding for better prevention of fetal and neonatal brain damage.
Abstract:
This symposium was focused on pathogenetic analysis on dynamic changes of intracranial pathology in the perinatal period and prevention of fetal and neonatal brain damage. New and valuable results were reported in topics of cerebral blood flow dynamics in the fetus and neonate, imaging modalities in the fetus and neonate, metabolic parameters, neurophysiological function, and pathological analysis.