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[Cross sectional echoencephalography in infants]
Insights
Echoencephalography is crucial for detecting brain abnormalities in neonates, infants, and during pregnancy. This imaging technique aids in identifying various intracranial pathologies, improving diagnostic capabilities in neonatal intensive care.
Area of Science:
- Neonatal Medicine
- Pediatric Neurology
- Diagnostic Imaging
Background:
- The development of neonatal intensive care has increased the importance of diagnostic tools.
- Echoencephalography offers a non-invasive method for evaluating intracranial structures.
Purpose of the Study:
- To highlight the utility of 2-D echoencephalography in detecting intracranial pathology.
- To emphasize the importance of standardized methods and knowledge of lesions for accurate diagnosis.
Main Methods:
- Utilizing 2-D echoencephalography for investigations.
- Applying standardized investigation protocols.
- Correlating imaging findings with known pathologies.
Main Results:
- Detection of intracranial pathology during pregnancy, neonatal period, and infancy.
- Identification of conditions including intraventricular and subdural hemorrhage, brain tumors, postinfection sequelae, hypoxic brain damage, altered intracranial perfusion, and cerebral malformations.
Conclusions:
- 2-D echoencephalography is a valuable tool for diagnosing a wide range of intracranial pathologies in neonates, infants, and fetuses.
- Standardized approaches are essential for maximizing the diagnostic yield of echoencephalography.
Abstract:
Importance of echoencephalography increased during development of neonatal intensive care. In addition to investigations in neonates 2-D-echoencephalography even during pregnancy and infancy can be used for detection of intracranial pathology. A standardized method of investigation and the knowledge of the pathology of the expected lesions are of fundamental importance. During neonatal period and infancy intraventricular and subdural hemorrhage, brain tumors, postinfection sequelae, hypoxic brain damage, alteration of intracranial perfusion and cerebral malformations can be detected.