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Pediatric flexible airway endoscopy
1Department of Pediatrics, University of Arkansas for Medical Sciences, Arkansas Children's Hospital, Little Rock 72202-3591, USA. SchellhaseDennisE@uams.edu
Insights
Flexible airway endoscopy has advanced pediatric lung disease diagnosis and research for 25 years. Ongoing technological and procedural improvements continue to enhance its clinical and investigative utility in children.
Area of Science:
- Pediatric Pulmonology
- Medical Technology
- Diagnostic Endoscopy
Background:
- Flexible airway endoscopy has been a cornerstone in pediatric respiratory care for approximately 25 years.
- Its application spans both clinical diagnosis and research into pediatric airway and pulmonary disorders.
Purpose of the Study:
- To review the established role and ongoing advancements of flexible airway endoscopy in pediatrics.
- To highlight its contributions to understanding and managing pediatric lung conditions.
Main Methods:
- Clinical application of flexible bronchoscopy for evaluation and management.
- Research utilization of lavage and biopsy specimens obtained via flexible bronchoscope.
- Review of technological, training, and procedural improvements.
Main Results:
- Flexible bronchoscopy has significantly improved the evaluation and management of pediatric airway and pulmonary diseases.
- Research using flexible bronchoscopy has greatly advanced the understanding of pediatric lung inflammation and infection.
- Continuous improvements in technology, training, and techniques are refining its applications.
Conclusions:
- Flexible airway endoscopy remains a vital tool in pediatric pulmonology.
- Ongoing innovations promise further enhancements in its clinical and research capabilities for children's lung health.
Abstract:
Flexible airway endoscopy has been used in clinical and research investigations of pediatric airway and pulmonary disorders for nearly 25 years. Not only has clinical use of the flexible bronchoscope improved our evaluation and management of a variety of airway and pulmonary diseases in children, but also research investigations using lavage and biopsy specimens obtained with the flexible bronchoscope have contributed extensively to our understanding of lung inflammation and infection. Improvements and new developments in fiberoptic endoscope technology, training of airway endoscopists, preoperative and sedative medications, patient monitoring, and airway endoscopic techniques, as well as adjunctive minimally invasive and noninvasive diagnostic modalities, continue to refine and enhance the pediatric clinical and research applications of flexible airway endoscopy.