Recent advances in radiology such as CT scanning have made it easier to find peripheral pulmonary lesions. Bronchoscopy is an extremely safe methodology widely used for diagnosis of peripheral pulmonary lesions. Its accuracy can be significantly improved by combining it with relatively new bronchoscopic technologies such as the radial ultrasonic probe (R-EBUS) and navigation. The key to the success of a bronchoscopy hinges on how precisely the sampling devices can be advanced through the bronchus after repeated branching. The ultrathin bronchoscope is ideal for moving through branching bronchi and facilitating access to a peripheral pulmonary lesion. Moreover, because the ultrathin bronchoscope can be positioned very close to the target lesion, it greatly improve sampling accuracy.
Masahide Oki, MD, FCCP
Department of Respiratory Medicine,
Nagoya Medical Center, Nagoya, Japan
This material is prepared intending for proper usage of the product. The opinions and operative procedures described herein are provided by the physicians concerned, and not recommended as those in official medical documents. Olympus Corp, shall not take any responsibility (whatsoever) for the operative procedures.
NOTICE TO VIEWER: The information presented here is for your general knowledge and background only. Please thoroughly review the relevant Users Manual(s) for instructions, warnings and cautions. The information presented here comes from sources considered to be dependable. However, we make no representations, warranties or other expressed or implied warranties or guarantees regarding the accuracy, reliability or completeness of the information. To the maximum extent permitted by applicable law, under no circumstance shall Olympus or its employees, consultants, agents or representatives be liable for any costs, expenses, losses, claims, liabilities or other damages (whether direct, indirect, special, incidental, consequential or otherwise) that may arise from or be incurred in connection with the information provided or any use thereof.