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Bronchoscopy & Interventional Pulmonology in Mumbai
Advanced Airway Diagnosis and Therapeutic Lung Interventions
When a chest X-ray raises a question the CT scan cannot fully answer, or when a lung lesion needs tissue diagnosis without open surgery, bronchoscopy is the tool that provides answers and treatment through the airway itself. Bronchoscopy treatment in Mumbai at Shree Hospitals covers the full spectrum — from flexible diagnostic bronchoscopy and endobronchial ultrasound-guided biopsy to therapeutic interventions including airway stenting, foreign body removal, and bronchial thermoplasty. Our interventional pulmonology team manages complex airway and lung conditions with precision endoscopic techniques that avoid surgery, reduce risk, and deliver accurate diagnoses faster.
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Quick facts
Type of Procedure: Flexible or rigid bronchoscopy; EBUS; therapeutic airway interventions
Duration of Procedure: Diagnostic bronchoscopy - 20 to 40 minutes; therapeutic procedures - 45 to 90 minutes depending on complexity
Type of Anaesthesia: Conscious sedation for flexible bronchoscopy; general anaesthesia for rigid bronchoscopy and complex interventions
Recovery Duration: Outpatient or 23-hour stay for diagnostic procedures; 1 to 2 days for complex therapeutic interventions
Key Benefit: Tissue diagnosis without surgery; direct visualisation and treatment of airway pathology with rapid recovery
Type of Insurance: Covered under major health insurance policies for all indicated diagnostic and therapeutic bronchoscopy procedures
What is Bronchoscopy & Interventional Pulmonology?
The lungs and airways are not easily accessible organs. For decades, diagnosing and treating conditions within the bronchial tree required either blind sampling techniques with low yield or open surgical procedures with significant recovery burden. Interventional pulmonology procedures Mumbai India changed this - using advanced endoscopic tools inserted through the mouth or nose into the airways, pulmonologists can now visualise, sample, and treat lesions deep within the lung with precision that matches surgical approaches and recovery times that do not.
Flexible bronchoscopy uses a thin, manoeuvrable fibre-optic scope passed through the vocal cords into the trachea and bronchial tree under conscious sedation. The pulmonologist directly visualises the airway mucosa, identifies abnormalities, and takes targeted biopsies, brushings, or bronchoalveolar lavage samples. Flexible bronchoscopy lung diagnosis can confirm lung cancer, identify infections including tuberculosis and fungal pneumonias, diagnose interstitial lung disease, and assess airway anatomy before and after surgery.
Endobronchial ultrasound EBUS extends bronchoscopy capability further - a miniature ultrasound probe at the bronchoscope tip visualises lymph nodes and lesions adjacent to the airway wall, allowing real-time ultrasound-guided needle aspiration of mediastinal lymph nodes without surgery. This single technique has transformed the staging of lung cancer and the diagnosis of sarcoidosis, lymphoma, and mediastinal tuberculosis. At Shree Hospitals, airway intervention pulmonology extends to therapeutic procedures - stenting of malignant airway obstruction, electrocautery and cryotherapy for endobronchial lesions, and balloon dilation of benign airway strictures - all performed in a dedicated bronchoscopy suite with full anaesthetic and monitoring support.

When Should You Consider Bronchoscopy?
Bronchoscopy is indicated when:
- Abnormal chest X-ray or CT requiring tissue diagnosis
- Persistent cough or haemoptysis with no identified cause
- Suspected lung cancer requiring bronchial or lymph node biopsy
- Recurrent or non-resolving pneumonia in the same lung segment
- Suspected endobronchial lesion or airway abnormality
- Foreign body aspiration in adults or children
- Interstitial lung disease requiring bronchoalveolar lavage
- Post-intubation tracheal stenosis assessment and treatment
Is This Treatment Right for You?
Bronchoscopy is appropriate when:
- Pulmonologist has reviewed imaging and identified a bronchoscopy-accessible target
- Coagulation profile and platelet count are within safe range for biopsy
- Oxygen saturation and respiratory reserve support procedure under sedation
- No active severe bronchospasm or uncontrolled asthma on day of procedure
- Patient has fasted appropriately for conscious sedation
- Informed consent covers the specific procedure and biopsy complications
Why Choose Endoscopic Over Surgical Diagnosis?
- Flexible bronchoscopy lung diagnosis avoids thoracotomy for accessible lesions
- Same-day tissue diagnosis in many cases - no surgical waiting list
- Endobronchial ultrasound EBUS stages lung cancer without mediastinoscopy
- Complication rate significantly lower than surgical biopsy approaches
- Therapeutic bronchoscopy relieves airway obstruction without open surgery
- Multiple samples from different sites obtainable in a single session
Endobronchial ultrasound-guided biopsy delivers mediastinal lymph node tissue diagnosis with over 90% accuracy - without a single surgical incision.
At Shree Hospitals, the answer to most airway and lung diagnostic questions starts in the bronchoscopy suite, not the operating theatre.
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Our Approach to Bronchoscopy & Interventional Pulmonology
Bronchoscopy quality depends entirely on the skill of the operator, the adequacy of the equipment, and the rigour of the pre-procedure planning. At Shree Hospitals, every bronchoscopy treatment in Mumbai procedure is planned with review of all prior imaging, identification of the target site, selection of the appropriate sampling tool, and a clear plan for what the procedure needs to achieve. We do not perform bronchoscopy to tick a box - we perform it to get the answer the patient needs.
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Pre-Procedure Planning and Imaging Review
Every bronchoscopy at Shree Hospitals begins with a detailed review of all available imaging - chest X-ray, CT thorax, and PET-CT where available. The target lesion is identified, its relationship to the airway mapped, and the most appropriate bronchoscopic approach selected. For EBUS procedures, the lymph node stations to be sampled are mapped against CT imaging before the scope is inserted. This planning step determines diagnostic yield - an unplanned bronchoscopy is an inefficient one.
Diagnostic Bronchoscopy and Sampling
Under conscious sedation, the flexible bronchoscope is passed through the vocal cords with direct visualisation. The entire airway is systematically inspected before targeted sampling begins. Endobronchial biopsies, bronchial washings, brushings, and bronchoalveolar lavage are taken based on the clinical question. For peripheral lesions, airway intervention pulmonology techniques including fluoroscopy-guided or radial probe EBUS-guided sampling are used to increase diagnostic yield from lesions beyond direct bronchoscopic vision.
EBUS-Guided Mediastinal Staging and Diagnosis Endobronchial ultrasound EBUS
With convex probe allows real-time visualisation of mediastinal and hilar lymph nodes through the airway wall. A dedicated EBUS needle is advanced through the working channel of the bronchoscope and into the target lymph node under continuous ultrasound guidance. Multiple passes from multiple lymph node stations are performed in a single session. Rapid on-site evaluation of cytology samples by a cytopathologist in the bronchoscopy suite improves adequacy rates and reduces the need for repeat procedures.
Therapeutic Airway Interventions
When airways are obstructed by tumour, stricture, or retained secretions, interventional pulmonology procedures Mumbai India provides direct therapeutic solutions. Rigid bronchoscopy under general anaesthesia allows deployment of silicone or self-expanding metallic stents for malignant central airway obstruction. Electrocautery, argon plasma coagulation, and cryotherapy ablate endobronchial tumour tissue. Balloon bronchoplasty dilates benign post-intubation or post-inflammatory strictures. Each therapeutic procedure is planned and executed with a clear functional endpoint - restored airway patency.
Top Pulmonology Specialists in Mumbai
Every haemodialysis patient at Shree Hospitals is under the care of senior consultant nephrologists with subspecialty expertise in dialysis adequacy, vascular access management, and chronic kidney disease complications. Now at Shree Hospitals, Mumbai.
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Dr. Jay Bhanushali
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Dr. Tejal Shah
Interventional Pulmonology, Tuberculosis Management
Dr. Miti A Shah
Interventional Pulmonology, Pediatric Respiratory
Dr. Rishabh Raj
Interventional Pulmonology, Sleep Medicine
Pulmonology & Respiratory Treatments at Shree Hospitals
Bronchoscopy and interventional pulmonology sit within a comprehensive respiratory medicine programme at Shree Hospitals - covering the full range of lung and airway conditions from diagnosis through acute management and long-term follow-up.
Respiratory Support & Ventilation
Respiratory support provides oxygen and breathing assistance for patients with breathing difficulties, respiratory failure, or critical illness. Treatments include oxygen therapy, non-invasive ventilation (BiPAP/CPAP), and mechanical ventilation.
Lung Cancer Diagnosis & Management
Lung cancer care includes advanced diagnostic tests such as CT scans, bronchoscopy, biopsy, and PET scans, followed by personalised treatment plans involving surgery, chemotherapy, targeted therapy, immunotherapy, or radiation therapy.
Step by Step Process of Bronchoscopy & Interventional Pulmonology
Step 1: Pre-Procedure Pulmonology Consultation
The pulmonologist reviews all clinical history, imaging, and prior investigations before scheduling bronchoscopy. The specific clinical question the bronchoscopy must answer is defined - tissue diagnosis, microbiological sampling, airway assessment, or therapeutic intervention. Pre-procedure blood tests including coagulation profile, platelet count, and baseline oxygen saturation are checked. Medications affecting bleeding - antiplatelet agents, anticoagulants - are managed according to bronchoscopy safety guidelines.
Step 2: Patient Preparation and Consent
The patient fasts for 4 to 6 hours before the procedure. Throat spray with local anaesthetic is applied before scope insertion to suppress the gag reflex. Intravenous conscious sedation - midazolam and fentanyl - is administered by the pulmonologist or anaesthetist. Oxygen saturation, blood pressure, and cardiac rhythm are monitored continuously throughout. Informed consent covers the procedure, expected findings, biopsy risks including bleeding and pneumothorax, and the plan for post-procedure recovery.
Step 3: Bronchoscope Insertion and Airway Inspection
The flexible bronchoscope is passed through the nasal or oral route under direct vision through the vocal cords into the trachea. The entire tracheobronchial tree is systematically inspected - carina sharpness, mucosal appearance, secretion character, and any visible endobronchial lesions are documented. Abnormalities are photographed and recorded. The diagnostic target identified on pre-procedure imaging is then approached under direct vision or fluoroscopic guidance.
Step 4: Targeted Sampling
Endobronchial biopsies are taken from visible lesions using cupped forceps. Bronchial washings and brushings are collected from the target segment. Bronchoalveolar lavage is performed by instilling and recovering 100 to 150 ml of saline from the affected lobe - providing cellular and microbiological material for cytology, culture, and sensitivity. For flexible bronchoscopy lung diagnosis of peripheral lesions, radial EBUS or fluoroscopy guidance directs the biopsy forceps to the correct location within the lung parenchyma.
Step 5: EBUS Procedure for Mediastinal Assessment
Where mediastinal or hilar lymph node sampling is required, the linear EBUS bronchoscope is passed and lymph node stations systematically evaluated - subcarinal, right and left paratracheal, hilar, and interlobar stations. Each target node is assessed for size, echogenicity, and vascularity on Doppler before the EBUS needle is deployed. Aspirates from each station are labelled separately. Rapid on-site cytological evaluation confirms adequate cellularity before the procedure concludes.
Step 6: Post-Procedure Recovery and Results Planning
Post-bronchoscopy, the patient recovers for 1 to 2 hours with oxygen supplementation and monitoring. A post-procedure chest X-ray is taken where transbronchial biopsies have been performed to exclude pneumothorax. The patient is discharged with written instructions on symptoms requiring emergency review. Biopsy and cytology results are typically available within 48 to 72 hours - the pulmonologist reviews all results and contacts the patient with findings and the subsequent management plan.
Patient Questions About Bronchoscopy & Interventional Pulmonology
What are the benefits of bronchoscopy over surgical biopsy?
Bronchoscopy is a minimally invasive procedure that allows doctors to examine the airways and collect tissue samples without major surgery. It usually involves less pain, shorter recovery time, fewer complications, and can often be performed as a day-care procedure.
What are the risks and complications of bronchoscopy?
Bronchoscopy is generally safe, but minor risks may include temporary sore throat, cough, mild bleeding, or fever. Rare complications include infection, breathing difficulties, or lung collapse. Pulmonologists carefully monitor patients to minimise risks and ensure safety.
What should you ask during your pulmonology consultation?
Patients should ask about the cause of their symptoms, required diagnostic tests, treatment options, expected outcomes, lifestyle changes, and follow-up plans. Understanding medication use, potential side effects, and preventive measures can help patients actively participate in their care.
How long does it take to get a bronchoscopy results?
Initial findings from bronchoscopy may be discussed immediately after the procedure. Laboratory reports, including biopsy, culture, or cytology results, usually take a few days to one week, depending on the tests performed and the complexity of analysis.

Evidence-Based Case Studies by Our Specialists
Would Recommend Us
Presented with 3-month history of haemoptysis and a right hilar mass on CT. Bronchoscopy treatment in Mumbai with EBUS-guided biopsy of right paratracheal and subcarinal nodes confirmed squamous cell lung cancer with N2 nodal involvement. Complete mediastinal staging achieved in a single bronchoscopy session without surgery. Oncology treatment initiated within 10 days of diagnosis.
Mr . Santosh , K
Presented with 6-week history of persistent right lower lobe collapse with no response to antibiotics. Rigid bronchoscopy under general anaesthesia identified and retrieved an aspirated peanut fragment lodged in the right lower lobe bronchus. Lobe re-expanded completely within 48 hours. No surgical intervention required.
Mrs Ananya, L
Advanced lung cancer with malignant obstruction of the left main bronchus causing complete left lung collapse and severe dyspnoea. Interventional pulmonology procedures Mumbai India - electrocautery debulking followed by self-expanding metallic stent deployment - restored left bronchial patency. Left lung re-aerated within 24 hours. Dyspnoea resolved and patient able to receive palliative chemotherapy.
Mr Vikram, U
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