What is EBUS?
Endobronchial Ultrasound Bronchoscopy (EBUS) is an advanced, minimally invasive, and highly precise diagnostic technique. It combines bronchoscopy with real-time ultrasound imaging through a probe attached to the tip of the bronchoscope.
This innovation allows doctors to visualize and sample lymph nodes and lesions outside the airway—areas that conventional bronchoscopy simply cannot reach.
Why is EBUS So Important?
Conventional bronchoscopy only visualizes the inside of the airway
Many serious conditions—such as lung cancer, tuberculosis (TB), and lymph node diseases—often lie outside the airway
These “hidden” lesions remain undetected with routine tests
EBUS uses ultrasound guidance to clearly locate and diagnose such conditions with precision
The result? Accurate diagnosis, correct staging, and timely treatment.
Life-Changing Results with EBUS at Geetanjali
✅ Detecting Lung Cancer When Others Couldn’t
In several patients, routine bronchoscopy failed to detect lung cancer.
With EBUS bronchoscopy:
Cancer was identified at the right stage
Treatment was initiated without delay
Patients are now stable and responding well to therapy
✅ Hidden Tuberculosis Successfully Diagnosed
In two patients:
Standard investigations showed no signs of TB
EBUS revealed tuberculosis hidden within mediastinal lymph nodes
Both patients are now on anti-TB treatment and improving rapidly
Diseases Diagnosed with EBUS
Early-stage lung cancer
Tuberculosis (TB)
Sarcoidosis
Lymphoma
Several other complex lung and respiratory disorders
🔹 Crucial for lung cancer staging, EBUS helps determine how far the disease has spread—guiding the most effective treatment strategy.
A Rare Technology, Now at Geetanjali Medical College & Hospital
EBUS is available at only a limited number of advanced centers in India.
Geetanjali Medical College & Hospital has now successfully introduced and implemented this cutting-edge technology, enabling accurate diagnosis in multiple complex and challenging cases.
EBUS at Geetanjali is not just a diagnostic tool—it’s a decisive step toward precision medicine, early intervention, and better patient outcomes.