Kapil Gupta1, Shawn Mallery. 1. Division of Gastroenterology, Hennepin County Medical Center, University of Minnesota School of Medicine, Minneapolis, Minnesota 55415, USA.
Abstract
BACKGROUND: EUS-guided tissue acquisition is a valuable technique. Obstructing lesions of the oropharynx or esophagus may preclude passage of a standard echoendoscope. In the past this has prevented EUS-guided tissue sampling. The recently introduced small-caliber ultrasonic bronchovideoscope (developed for endobronchial ultrasound) may allow EUS-guided FNA in this setting. OBJECTIVE: Our purpose was to assess the possible use of the ultrasonic bronchovideoscope to perform upper GI EUS in patients where passage of standard EUS scope was unsuccessful. DESIGN: A descriptive case series. SETTING: A tertiary referral center. RESULTS: Two patients were evaluated after failure of passage of a standard echoendoscope (1 with congenital narrowing of the esophageal inlet, 1 with postoperative deformity). In both cases, sonographic visualization of the lesion of concern was achieved and FNA was performed successfully. CONCLUSIONS: The ultrasonic bronchovideoscope may be a valuable tool to perform FNA of mediastinal and GI lesions in situations when a standard ultrasonic endoscope cannot be passed because of luminal narrowing.
BACKGROUND: EUS-guided tissue acquisition is a valuable technique. Obstructing lesions of the oropharynx or esophagus may preclude passage of a standard echoendoscope. In the past this has prevented EUS-guided tissue sampling. The recently introduced small-caliber ultrasonic bronchovideoscope (developed for endobronchial ultrasound) may allow EUS-guided FNA in this setting. OBJECTIVE: Our purpose was to assess the possible use of the ultrasonic bronchovideoscope to perform upper GI EUS in patients where passage of standard EUS scope was unsuccessful. DESIGN: A descriptive case series. SETTING: A tertiary referral center. RESULTS: Two patients were evaluated after failure of passage of a standard echoendoscope (1 with congenital narrowing of the esophageal inlet, 1 with postoperative deformity). In both cases, sonographic visualization of the lesion of concern was achieved and FNA was performed successfully. CONCLUSIONS: The ultrasonic bronchovideoscope may be a valuable tool to perform FNA of mediastinal and GI lesions in situations when a standard ultrasonic endoscope cannot be passed because of luminal narrowing.