# Bronchiectasis Surgery > Bronchiectasis surgery for NEET-PG Surgery: post-tubercular disease in India, signet-ring sign, localised resection, BAE for haemoptysis and Kartagener triad. - Canonical URL: https://prepelephant.com/topics/neet-pg/surgery/bronchiectasis-surgery - Exam / course: NEET-PG · Subject: Surgery - Publisher: PrepElephant (https://prepelephant.com) — Prepared and reviewed by the PrepElephant Academic Review Team - First published: 2026-10-02 - Last updated: 2026-10-02 - How to cite: "Bronchiectasis Surgery", PrepElephant, https://prepelephant.com/topics/neet-pg/surgery/bronchiectasis-surgery ## Direct answer Only the localised form of bronchiectasis earns a place on the surgical list: single-lobe or single-segment disease causing recurrent infections or uncontrolled haemoptysis despite best medical therapy — postural drainage, airway clearance, targeted antibiotics and vaccination. Bilateral or diffuse disease is a contraindication to resection and is managed medically, with transplantation the only surgical horizon in end-stage disease. In India the dominant aetiology is post-infective — tuberculosis, complicated childhood pneumonia, measles and pertussis — so the cause must be treated and controlled before any resection is planned. ## What you must remember - Aetiology to recite in India: post-infective (tuberculosis above all, then childhood measles, pertussis and pneumonia), obstruction (foreign body, tumour, node compression), and systemic causes (cystic fibrosis, primary ciliary dyskinesia, immunodeficiency, allergic bronchopulmonary aspergillosis). - The surgical question is anatomical: CT must show disease confined to a lobe or segment with acceptable remaining lung function (spirometry and, where needed, perfusion or exercise testing). - Signet-ring sign on CT: a dilated bronchus with an artery of smaller diameter beside it — the imaging signature, along with bronchi not tapering peripherally and air-fluid levels in dependent dilated bronchi. - Middle lobe syndrome: chronic collapse of the right middle lobe from nodal compression of its long, narrow bronchus, producing recurrent infection and eventually bronchiectasis — a named entity in Indian vivas. - Indications for resection: localised disease with recurrent infective exacerbations despite therapy, major or recurrent haemoptysis, and complications such as abscess or empyema. - Massive haemoptysis is stabilised first with bronchial artery embolisation; elective resection follows when the patient is fit and the bleeding source localised. - Timing: operate in a quiescent phase on maximally cleared secretions; resecting during an active infective exacerbation invites sepsis, air leak and fistula. - Kartagener syndrome: bronchiectasis with situs inversus and sinusitis — a spot diagnosis when the radiograph shows dextrocardia. - The operation is usually a lobectomy or segmentectomy (basal segmentectomy for lower-lobe disease, lingulectomy for lingular disease); pneumonectomy is rarely justified in a benign disease. ## Working through a typical candidate for resection A 29-year-old treated for tuberculosis three years ago returns every few months with fever and purulent sputum; CT confines saccular bronchiectasis to a destroyed left lower lobe, her upper lobes fibrotic but stable, and sputum cultures, airway clearance and vaccinations are already in place. The surgical questions are anatomical and physiological: is the disease localised enough to remove, and is her reserve sufficient — FEV1 74% predicted, predicted postoperative function comfortably safe. She is optimised with preoperative physiotherapy and a course of antibiotics dictated by her latest sputum, then electively undergoes left lower lobectomy — segmental resection being an option when disease spares the superior segment. The specimen shows dilated bronchi filled with pus to the pleura; she leaves hospital after drain removal, and her admission diary empties over the following year. Had the CT shown bilateral disease, the conversation changes: no resection, a lifelong airway-clearance programme, treatment of any cause found, and transplant assessment if respiratory failure supervenes. Had she presented with 200 mL of haemoptysis, the sequence would be stabilisation and embolisation first, resection reserved for recurrent localised bleeding. ## Where students slip The first error is offering surgery for bilateral disease — examiners construct exactly this stem, and the candidate who says "lobectomy" for diffuse bronchiectasis has removed functioning lung and left the patient worse. The second is forgetting that bronchiectasis is the end-result of causes, some treatable: an adult with recurrent infections and situs inversus (Kartagener) or with ABPA needs the cause addressed, not a lobectomy reflex. The third is sequence error in haemoptysis — resecting in the middle of a torrential bleed carries prohibitive risk; embolise, stabilise, localise, then operate electively. Finally, candidates forget the quiescent-phase rule: timing the operation away from active infection is a mark-earning detail. ## Frequently asked questions ### Which patients with bronchiectasis are surgical candidates? Those with disease localised to a lobe or segment who continue to have recurrent infections or significant haemoptysis despite optimal medical therapy, with sufficient pulmonary reserve to tolerate resection. ### What is the signet-ring sign on CT? A cross-sectioned dilated bronchus appearing larger than its accompanying pulmonary artery, together with lack of normal peripheral tapering — the computed-tomographic signature of bronchiectasis. ### What is middle lobe syndrome? Chronic recurrent collapse and infection of the right middle lobe, attributed to its long, narrow bronchus compressed by lymph nodes, leading ultimately to irreversible bronchiectasis. ### How is massive haemoptysis from bronchiectasis managed? Airway protection and bleeding-side-down positioning first, bronchial artery embolisation to control the bleed, then elective resection of the localised culprit segment in fit patients. ### What is Kartagener syndrome? The classic triad of bronchiectasis, sinusitis and situs inversus, caused by primary ciliary dyskinesia — roughly half of patients with the ciliary defect express the full triad. ### Why is surgery timed for a quiescent phase? Operating during active infective exacerbation increases sepsis, prolonged air leak and bronchopleural fistula; preoperative clearance of secretions and targeted antibiotics are part of the preparation.