Endobronchial removal of the peripherally located foreign body with the ultrathin bronchoscopy and ultrathin cryoprobe guided by a manual navigating method: A case report

Abstract

Rational:The bronchoscope is a preferential method used to remove airway foreign bodies, but for those located in the distal lumen of bronchus with long-time retention, how to remove them remains an intractable problem.Patient concerns: A 57-year-old male presented with 2-week history of intermittent hemoptysis. Chest CT upon admission revealed a high-density opacity incarcerated in the distal basal segment of the left lower lobe, along with obstructive pneumonia.Diagnoses: The patient was diagnosed as foreign body aspiration.Interventions: We firstly used a manual navigating method to draw a bronchoscopic map according to the thin-section CT. Then we adopted ultrathin bronchoscope (UTB) to remove the peripherally located foreign body.Outcomes: UTB successfully found the foreign body incarcerated in LB10ciiβ under the guidance of manual navigation, but it was too tender to be extracted completely by forceps, and it was even pushed further away. Then 1.1 mm ultrathin cryoprobe was used, with an activation time of 4 seconds, the chili was frozen and completely removed.Lessons: This first combined application of manual navigating method, UTB and ultrathin cryoprobe, successfully extracted foreign bodies lodged in the distal airways and thus avoided thoracic surgery.

In emergency situations, tracheal intubation replaces fiberoptic bronchoscopy to extract foreign bodies from the airway, a case report

“…However, if the fish is deeper in the airway, this method may be less effective. Previous studies [ 12 ] have demonstrated that using an ultra-thin bronchoscope combined with an ultra-thin freezing probe under artificial navigation can effectively remove foreign bodies in the distal bronchus. Second, the fish in this case has a soft texture, making it easier to be suctioned out using a negative pressure suction device connected to the tracheal intubation.…”