What are rigid bronchoscopy: A Brief History

How to set up a rigid bronchoscope and foreign body scope, with Dr ...

The rigid bronchoscope is a useful device for treating people with the majority of kinds of respiratory tract constrictions, as well as it helps with other endobronchial treatments, including stent positioning, balloon dilatation, argon plasma coagulation, electrocautery probes, as well as laser therapy. As lung cancer is a common condition, pulmonologists as well as primary care physicians will significantly recognize treatable airway difficulties.


Rigid bronchoscopy was initially done by Gustav Killian, as German otolaryngologist, in 1897 to get rid of an aspirated pork bone. Killian that is often referred to as the “father of bronchoscopy,” remained to develop brand-new bronchoscopes and methods. Around that time, Chevalier Jackson, American laryngologist, made substantial breakthroughs in the area of endoscopy; these included designing new tools, mentor bronchoesophagology, as well as developing safety and security methods.

In the 1960s, the growth of the flexible bronchoscope in Japan by Shigeto Ikeda reinvented the bronchoscopy field as well as aided to expand the procedure beyond the world of the doctor to that of the pulmonologist. Over the following ten years, adaptable bronchoscopy replaced rigid bronchoscopy as an easier treatment for the client and the medical professional. Consequently, a couple of contemporary pulmonologists have substantial training or efficiency in rigid bronchoscopy.

In 1991, a bronchoscopy survey exposed that 8% of pulmonologists in the United States and Canada were performing inflexible bronchoscopy. By 1999, just 5% of checked pulmonologists had executed this procedure in the previous year. Restored interest in inflexible bronchoscopy is mainly a result of advancing tools to deal with the manifestations of airway of lung cancer.

The mortality rate worldwide for lung cancers is more than the consolidated rates for colon, bust, as well as cervical cancers. As many as deaths of one million in 2001 were due to lung cancer, with the worldwide incidence increasing 0.5% annually. Survival remains to be inadequate, and a considerable percentage of situations of lung cancers entail endotracheal or endobronchial disease. Hence, we can anticipate seeing ongoing demand for inflexible bronchoscopic strategies for many years to find.