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[The present methods of diagnosing adenoidal hypertrophy in children]
Marek Modrzyński1, Edward Zawisza
1Poradnia Alergologiczna NZOZ Euromedica w Grudziadzu.
Insights
Enlarged adenoids and tonsils cause upper airway obstruction in children. This study reviews methods to accurately measure these tissues and the nasopharyngeal airway before surgery.
Area of Science:
- Otolaryngology
- Pediatric Surgery
- Diagnostic Imaging
Context:
- Enlarged adenoids and tonsils are a common cause of pediatric upper airway obstruction.
- Adenoidectomy with or without tonsillectomy is a frequent surgical intervention in children.
- Objective pre-operative assessment of adenoidal tissue and nasopharyngeal airway is challenging.
Purpose:
- To review and describe various pre-operative methods for assessing adenoidal tissue and nasopharyngeal airway dimensions.
- To identify accurate measurement techniques for surgical planning in pediatric airway obstruction.
Summary:
- The study details several pre-operative assessment methods for pediatric upper airway obstruction.
- Techniques include symptom recording, rhinoscopic examination, lateral radiography, nasopharyngeal MRI, fiberoscopic examination, and acoustic rhinometry.
Impact:
- Improved pre-operative assessment can lead to more precise surgical planning.
- Accurate measurements can optimize outcomes for adenoidectomy and tonsillectomy procedures.
- Enhancing diagnostic accuracy aids in managing pediatric obstructive sleep apnea and related conditions.
Abstract:
The role of enlarged adenoids and tonsils in upper airway obstruction has become well-established earlier, thus, adenoidectomy with, or without, tonsillectomy is one of the most commonly performed surgical procedures in the paediatric population. Since the difficulty to objectively assess the adenoidal tissue and the nasopharyngeal airway in children, it is necessary to find out an accurate method of measuring these structures pre-operatively. In this work, the following methods are described: recording of obstructive symptoms, transoral posterior rhinoscopic examination, radiological evaluation, such as lateral radiography of the adenoid and nasopharyngeal magnetic resonance imaging, transnasal fiberoscopic examination, acoustic rhinometry and other.