Korean J Intern MedKorean J. Intern. MedKJIMThe Korean Journal of Internal Medicine1226-33032005-6648The Korean Association of Internal Medicine15906961389142110.3904/kjim.2005.20.1.90Case ReportTwo Cases of Broncholith Removal under the Guidance of Flexible BronchoscopyYiKa YeoungM.D.LeeHo KyeongM.D.ParkSeoung JuM.D.LeeYong ChulM.D.RheeYang KeunM.D.LeeHeung BumM.D.Department of Internal Medicine, Chonbuk National University Medical School, Jeonju, Korea.Correspondence to: Heung Bum Lee, M.D., Department of Internal Medicine, Chonbuk National University Medical School, 634-18, Keumamdong, Jeonju, 561-712, Korea. Tel: 82-63-250-1685, Fax: 82-63-254-1609, lhbmd@chonbuk.ac.kr320053132005201909124820042092004Copyright © 2005 The Korean Association of Internal Medicine2005This is an Open Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/3.0/) which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.

Most broncholiths are related to infection with fungus or tuberculosis and they involve the lymph nodes; those cases that are caused by silicosis are rarely seen. Broncholith might lead complication such as bronchial rupture into the mediastinum, which can result in hemoptysis, cough, repeated pneumonia and so on. Flexible bronchoscopy plays an important part in the diagnosis of broncholithiasis, but its therapeutic application in the clinical setting is controversial. We report here on two cases of broncholith removal without complication with the use of a balloon catheter and tripod forceps using flexible bronchoscopy.

BronchoscopyRemovalPneumoniaINTRODUCTION

Broncholith is an uncommon medical problem. When considering broncholiths from a therapeutic standpoint, the role of bronchoscopy has been somewhat controversial. We report here on two cases of successful removal of broncholith that were done without any clinically significant complications by using flexible bronchoscopy.

CASE REPORTCase 1

A 65-year-old male patient was admitted to the hospital for the evaluation of atelectasis, and he had a history of recurrent hemoptysis and pneumonia for a few years. The broncholith was impacted at RB9, and there was inflammation of the surrounding mucosa on bronchoscopy. We removed the broncholith using a tripod forcep and the inflammation subsided afterwards (Figure 1).

Case 2

A 37-year-old female patient was referred from a general hospital due to a calcified lymph node from an unknown cause that was discovered on computerized tomography during the treatment for her pneumonia and parapneumonic effusion. Bronchoscopy revealed the impacted broncholith and exudate at the right lower opening. Fungus was cultured from the bronchoaleveolar lavage fluid. We removed the broncholith using a balloon catheter and tripod forcep after antifungal treatment (Figure 2).

DISCUSSION

Broncholiths are calcified peribronchial lymph nodes that encroach upon the adjacent airways and they cause clinical and roentgenographic abnormalities1). Mycobacterial and fungal granulomatous lymphadenitis are the most frequently cited infections that are responsible for tissue calcification, although silicosis is a less commonly associated noninfectious cause. The most common infectious complication resulting from broncholithiasis appears to be bacterial pneumonia that is generally due to airway obstruction by a broncholith and also to the associated airway inflammation and edema. Lung abscesses along with bronchoesophageal and bronchomediastinal fistulas are potentially more serious complications arising from symptomatic broncholithiasis, and these complications are responsible for cases of prolonged or recurrent infection2). In our case, both patients had recurrent and prolonged pneumonia.

Bronchoscopy is considered the most important diagnostic test for broncholithiasis. However, its role in the treatment of broncholithiasis is controverial. Olson and his coworkers3) reported that 100% of their patients with loose (free in the airway) broncholiths underwent flexible and rigid bronchoscopic extraction attempts without severe complications. Massive life-threatening hemoptysis secondary to fistula or rupture of aorta or pulmonary arteries is a possible complication, but generally, massive hemoptysis caused by broncholithiasis is a rare complication3-5).

As compared with the morbidity and mortality associated with surgical intervention, bronchoscopic management appears favorable for patients with loose or partly eroded broncholiths6). Loose, movable broncholiths are especially suitable for removal by bronchoscopic extraction in the clinical setting having capabilities for rigid and flexible bronchoscopy and immediate thoracic surgical support, and after the relation of the broncholith to adjacent vascular structures has been studied by computerized tomography3).

ConcesDJJrTarverRDVixVABroncholithiasis: CT features in 15 patientsAJR Am J Roentgenol19911572492531853800StuderSMHeitmillerRFTerryPBMediastinal abscess due to passage of a broncholithChest200212129629711796470OlsonEJUtzJPPrakashUBTherapeutic bronchoscopy in broncholithiasisAm J Respir Crit Care Med199916076677010471594LinCSBeckerWHBroncholith as a cause of fatal hemoptysisJAMA19782392153642158BrantiganCOEndoscopy for broncholithJAMA19782401483682348FaberLPJensikRJChawlaSKKittleCFThe surgical implication of broncholithiasisJ Thorac Cardiovasc Surg1975707797891186271

Case 1. Bronchoscopy reveals the broncholith occluding the right lower basal bronchial opening before the bronchoscopic removal (left lower) and after extraction (right lower). Plain chest X-ray (left upper) and Chest CT (right upper) show both the hilar calcifications and calcific lesion beside the right lower bronchus without invasion to the adjacent vessels.

Case 2. Bronchoscopy reveals the almost totally occlusive stony foreign body on right lower basal opening (left lower) and after (right lower) bronchoscopic extraction. The broncholith seems to be an intrapulmonary calcific lymph node, and massive right lower lobe consolidations are seen on plain chest X-ray (left lower) and chest CT (right upper).