ACADEMIC RESEARCH IN MODERN SCIENCE
International scientific-online conference
157
THE SIGNIFICANCE AND POTENTIAL OF BRONCHOSCOPY IN
DIAGNOSING CONGENITAL BRONCHIAL ANOMALIES
Shevketova L.Sh.
Independent researcher, Andijan State Medical
Institute, PhD candidate lilyauz95@gmail.com
Makhamov N.Zh.
Associate Professor, MD, Andijan State Medical Institute.
nosirzonmahkamov5@gmail.com Andijan, Uzbekistan
https://doi.org/10.5281/zenodo.15343703
Introduction
Diseases associated with congenital anomalies of the airways during the
neonatal and infant periods represent life-threatening conditions. These
conditions not only require urgent resuscitation measures but also demand
early and accurate diagnosis, as they often manifest with rare and complex
clinical presentations. Congenital bronchial anomalies—such as bronchomalacia,
bronchial stenosis, bronchogenic cysts, and bronchial atresia—are structural
defects occurring at the bronchial level. These anomalies often lead to partial or
complete obstruction of the airways due to cystic masses or dynamic collapse,
hindering normal airflow.
Radiological methods like X-ray or CT scans often fail to adequately detect
these anomalies in early infancy. Therefore, bronchoscopy—allowing for direct
visualization of the airways and enabling tissue biopsy—is considered the most
effective diagnostic method in such cases.
Relevance of the problem
Congenital bronchial anomalies occur in approximately 1–2 out of every
10,000 live births. Delayed diagnosis may result in recurrent respiratory
infections, pneumonia, the need for mechanical ventilation, and even perinatal
death. Rapid and accurate diagnosis through effective methods is essential.
Bronchoscopy is not only a diagnostic tool but also offers therapeutic
opportunities. International studies have shown that early bronchoscopy helps
reduce the preoperative period, limits complications, and decreases reliance on
antibiotics.
Objective of the study
To evaluate the diagnostic effectiveness and clinical potential of
bronchoscopy in identifying congenital bronchial anomalies in neonates and
infants, as well as its role in treatment planning.
Materials and methods
ACADEMIC RESEARCH IN MODERN SCIENCE
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This study included 26 pediatric patients treated in the pediatric
department from 2021 to 2024, who presented with symptoms suggestive of
bronchial pathology. The patients ranged from 3 days to 12 months old. All
underwent primary imaging via CT and chest radiography, followed by flexible
bronchoscopy.
Bronchoscopic procedures were performed using pediatric flexible
bronchoscopes manufactured by Pentax and Olympus. Anesthesia was
administered in accordance with pediatric safety guidelines.
Results and discussion
Among the 26 infants examined: 8 cases of bronchomalacia were identified,
mostly involving the central bronchi. These cases presented with noisy
breathing and signs of retraction. 6 cases of bronchogenic cysts were visualized
as external compressions on bronchoscopy. In some cases, biopsies were
obtained. 4 cases of bronchial atresia were confirmed. While CT scans showed
signs of complete obstruction, bronchoscopy allowed precise localization of the
blockage. 3 cases of bronchial stenosis were detected. These children exhibited
persistent hypoxia and recurrent pneumonia due to narrowed airways. 5 cases
presented with various congenital obstructions and abnormal bronchial wall
formations.
Bronchoscopy facilitated additional interventions in multiple cases:
Biopsies in 12 patients
Aspiration of secretions in 5 patients
Direct bronchial therapeutic procedures in 4 patients
Conclusion
Bronchoscopy is a highly effective and reliable diagnostic method for
detecting congenital bronchial anomalies. It enables the evaluation of both
morphological changes and functional impact. Bronchoscopy is particularly
recommended in cases of unexplained pneumonia, recurrent respiratory
symptoms, or dependency on mechanical ventilation. Combined with
radiological methods, it plays a crucial role in comprehensive diagnosis and
treatment planning.
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