Comprehensive thoracic oncology surgery — from early-stage lung cancer resection to complex oesophagectomy, mediastinal tumour removal, chest wall reconstruction, and pulmonary metastasectomy. Open, VATS, and robotic approaches.
Thoracic cancer surgery encompasses all cancer operations within the chest cavity — including the lungs, pleura, oesophagus, mediastinum (the space between the lungs), chest wall, and diaphragm. It is one of the most technically demanding fields in surgery, requiring comprehensive training, experience, and access to advanced surgical platforms.
Dr. Gore completed a Research Fellowship in Thoracic Oncology at Tata Memorial Hospital, Mumbai — India's highest-volume cancer centre — as part of his five-year comprehensive surgical oncology training. He has since built one of Pune's most active thoracic oncology programmes at Sahyadri Manipal Hospitals, including a prospective database of pulmonary metastasectomy cases.
Thoracic cancer surgery at Sahyadri Manipal Hospitals is performed using three approaches — conventional open thoracotomy, Video-Assisted Thoracoscopic Surgery (VATS), and the da Vinci robotic platform — with the approach selected based on tumour characteristics, patient fitness, and the type of procedure required. The robotic approach offers superior 3D vision, reduced blood loss, and significantly faster recovery.
Thoracic oncology is a field where getting the surgical approach right matters enormously — for both the oncological outcome and the patient's quality of life afterwards. A patient who recovers from lobectomy in 3 days with a robotic approach versus 10 days after open thoracotomy can start chemotherapy sooner and tolerate it better.
My training at Tata Memorial — including a specific Research Fellowship in Thoracic Oncology — gave me a thorough grounding in all aspects of chest cancer surgery. I apply this experience at Sahyadri Manipal Hospitals, where we offer the full spectrum from early-stage VATS procedures to complex chest wall resections and oesophagectomies.
— Dr. Vinod T. Gore, MBBS MS FAIS FIAGES FARIS (Edin)A full spectrum of thoracic malignancies — from the most common (lung cancer) to rare chest tumours requiring complex resection and reconstruction.
Non-small cell lung cancer (NSCLC) and small cell lung cancer — lobectomy, segmentectomy, pneumonectomy, wedge resection
Squamous cell carcinoma and adenocarcinoma of the oesophagus and gastro-oesophageal junction — open, MIS and robotic esophagectomy
Thymoma, teratoma, lymphoma, neurogenic tumours, germ cell tumours — robotic and open mediastinal resection
Primary chest wall tumours, sarcoma, metastatic deposits, rib tumours — resection with mesh or prosthetic reconstruction
Metastasectomy for isolated or limited pulmonary metastases from colorectal, sarcoma, renal, breast, and other primaries
Malignant pleural mesothelioma, pleural metastases — pleurectomy, decortication, cytoreductive procedures
Tracheal resection and reconstruction for primary tracheal tumours or tumours invading the trachea from adjacent structures
Primary and secondary diaphragmatic tumours — resection with patch reconstruction; diaphragmatic involvement in pleural or abdominal cancers
Surgery remains the only potentially curative treatment for early-stage lung cancer. The procedure performed depends on the tumour size, location, extent of disease, and the patient's lung function reserve.
Complete details of robotic lobectomy, segmentectomy, and VATS lung surgery — patient eligibility, procedure steps, recovery, and outcomes.
bestroboticsurgeonpune.in/Robotic Lung SurgeryLung cancer surgery requires careful pre-operative staging — including PET-CT, CT-guided biopsy, pulmonary function tests (spirometry, DLCO), and occasionally mediastinoscopy or EBUS to assess mediastinal nodes. Only patients with adequate lung reserve and no distant metastases are candidates for curative resection.
The guiding oncological principle is to remove the tumour with an adequate margin while preserving as much functional lung as possible. Lobectomy (removal of an entire lobe) remains the standard for most tumours — but sublobar resection (segmentectomy or wedge) is increasingly used for small peripheral tumours, particularly in patients with limited reserve.
Removal of an entire lobe — the oncological gold standard for most resectable NSCLC. Can be performed open, VATS, or robotically. Systematic mediastinal lymph node dissection performed simultaneously.
Removal of one or more bronchopulmonary segments — preserves more lung than lobectomy. Increasingly preferred for tumours <2cm, ground-glass opacities, and limited reserve patients.
Non-anatomical removal of a peripheral tumour with a margin — for very small tumours (<1cm), metastasectomy, or patients with severely limited pulmonary reserve.
Removal of an entire lung — required for central tumours involving the main bronchus or pulmonary artery. Significant impact on lung reserve; careful patient selection essential.
Resection of the tumour-bearing bronchus with end-to-end anastomosis — preserves lung by avoiding pneumonectomy. Technically demanding but yields better functional outcomes.
Oesophagectomy — removal of the oesophagus and reconstruction using the stomach or colon — is one of the most complex operations in surgical oncology, requiring expertise in both thoracic and upper GI surgery.
Complete details of robotic-assisted oesophagectomy — procedure steps, patient eligibility, recovery, and outcomes compared to open and MIS approaches.
bestroboticsurgeonpune.in/Robotic EsophagectomyOesophageal cancer surgery is indicated for Stage I–III resectable disease after appropriate staging with PET-CT, CT, and endoscopic ultrasound (EUS). Most patients with locally advanced oesophageal cancer receive neoadjuvant chemoradiotherapy (CROSS protocol — Carboplatin + Paclitaxel + 41.4 Gy radiation) before surgery, which significantly improves survival.
The operation involves removing the entire oesophagus (or the affected segment) along with surrounding lymph nodes, then reconstructing the food passage — most commonly by pulling the stomach up through the chest (gastric conduit) or using a segment of colon. A two-team approach (abdominal + thoracic dissection) is often used for optimal efficiency and safety.
Dr. Gore's training at Tata Memorial Hospital — one of India's highest-volume oesophageal cancer centres — provides a strong foundation in all oesophagectomy approaches and their respective complication management.
Abdominal + right thoracic approach — gold standard for mid and lower oesophageal tumours. Gastric conduit anastomosed in the right chest. Most widely performed oesophagectomy technique.
Standard Open / MISAbdominal + thoracic + neck approach — for upper oesophageal tumours or when cervical nodes need clearance. Anastomosis in the neck — lower leak risk but greater complexity.
Open / Hybrid MISMinimally invasive approach — laparoscopic abdominal dissection + thoracoscopic chest dissection. Less blood loss, faster recovery, equivalent oncological outcomes to open approach. Increasingly the standard of care.
Minimally InvasiveRobot-assisted oesophagectomy — superior visualisation and precise dissection around the thoracic duct, azygos vein, and bronchi. Significantly reduces blood loss and conversion rates compared to standard MIS.
Robotic — da VinciThe mediastinum — the space between the two lungs — contains the heart, great vessels, trachea, oesophagus, thymus, and lymph nodes. Tumours arising here span a wide range of pathologies, each requiring a specific surgical approach.
Robotic thymectomy, teratoma removal, and mediastinal mass resection — complete details at Dr. Gore's dedicated robotic surgery website.
bestroboticsurgeonpune.in/Robotic Mediastinal TumourThe most common anterior mediastinal tumour in adults. Thymoma arises from the thymus and ranges from encapsulated (Stage I–II, excellent prognosis) to invasive (Stage III–IV). Complete surgical resection (thymectomy) is the cornerstone of treatment — now increasingly performed robotically.
Myasthenia gravis occurs in 30–40% of thymoma patients — thymectomy is also the treatment for myasthenia. Robotic thymectomy offers superior complete resection of thymic tissue with minimal invasiveness.
Mediastinal germ cell tumours (mature teratoma, seminoma, non-seminomatous) typically arise in the anterior mediastinum. Mature teratomas are benign and cured by surgical resection. Malignant germ cell tumours require chemotherapy (BEP — Bleomycin, Etoposide, Cisplatin) followed by surgical resection of residual mass.
Robotic resection of teratoma allows precise dissection even when the mass is adherent to pericardium or great vessels — particularly valuable in anterior mediastinal surgery.
Hodgkin's lymphoma most commonly presents as a middle mediastinal mass. Surgery's role is primarily diagnostic (biopsy) rather than curative — tissue sampling for histological diagnosis and molecular characterisation to guide chemotherapy. Surgical biopsy is preferred when EBUS or CT-guided biopsy has been non-diagnostic.
Mediastinoscopy or VATS biopsy provides adequate tissue for comprehensive immunohistochemistry and molecular testing — essential for correct lymphoma classification and treatment selection.
Neurogenic tumours — schwannoma, neurofibroma, paraganglioma, ganglioneuroma — arise from the neural structures of the posterior mediastinum (sympathetic chain, intercostal nerves). Most are benign and cured by complete surgical excision. Some require careful dissection from the spinal column and foramina — occasionally requiring a combined neurosurgical approach.
VATS or robotic resection of posterior mediastinal tumours offers excellent access with minimal morbidity — preserving chest wall function and enabling rapid recovery.
Primary chest wall tumours (sarcoma, chondrosarcoma, Ewing's sarcoma, desmoid tumours) and secondary tumours (breast cancer chest wall recurrence, direct invasion from lung cancer) often require en-bloc chest wall resection — removing ribs, intercostal muscles, and overlying soft tissue.
Reconstruction of the chest wall defect — using polypropylene mesh, PTFE patch, methylmethacrylate prosthesis, or myocutaneous flaps — is critical to maintaining structural integrity and breathing mechanics. Dr. Gore's training in plastic and reconstructive surgery at Sassoon General Hospital provides a unique advantage in complex chest wall reconstructive procedures.
Surgical removal of pulmonary metastases from extra-pulmonary primaries — most commonly colorectal cancer, sarcoma, renal cell carcinoma, melanoma, and breast cancer — in selected patients with controlled primary disease, limited metastatic burden, and adequate pulmonary reserve.
Pulmonary metastasectomy can achieve meaningful long-term survival — particularly for colorectal liver and lung metastases, and for sarcoma pulmonary metastases. Careful patient selection (PET-CT staging, oncological review, pulmonary function assessment) is essential before proceeding.
Pulmonary metastasectomy cases in Dr. Gore's prospective database — one of India's largest single-surgeon series
The surgical approach for thoracic cancer is tailored to each patient — balancing oncological completeness, technical feasibility, and the patient's recovery capacity.
Standard posterior-lateral or anterior thoracotomy — direct access, excellent exposure for complex central tumours, sleeve resections, and chest wall involvement. Required for tumours with dense adhesions, central vascular involvement, or very large masses.
Minimally invasive thoracic surgery using a thoracoscopic camera and long instruments through 2–4 small port incisions. Established standard for peripheral tumours, wedge resections, and increasingly for anatomical lobectomy. Less pain, faster recovery than open thoracotomy.
da Vinci robotic system — 10× magnified 3D vision, wristed instruments with 7 degrees of freedom, tremor filtration. Superior precision in hilar dissection, vascular control, and lymph node clearance. Faster recovery, less blood loss, and better short-term outcomes vs VATS in multiple studies.
Detailed information on all robotic thoracic procedures, patient eligibility, recovery timelines, and outcomes by Dr. Vinod T. Gore — FARIS Edinburgh, Best Robotic Oncosurgeon NBT 2024.
bestroboticsurgeonpune.in/Robotic ThoracicDr. Gore's thoracic oncology expertise is built on a foundation of Tata Memorial Hospital training — including a specific Research Fellowship in Thoracic Oncology — complemented by over three decades of active thoracic surgical practice at Sahyadri Manipal Hospitals, Pune.
He performs the complete range of thoracic cancer procedures — from straightforward VATS wedge resections to complex oesophagectomies, chest wall resections, and mediastinal tumour removals — using whichever approach best serves the individual patient's oncological and functional goals.
Tata Memorial Hospital, Mumbai — dedicated thoracic oncology research fellowship as part of 5-year comprehensive surgical oncology training
Fellowship in Advanced Robotic & Innovative Surgery — University of Edinburgh. Robotic lobectomy, segmentectomy, thymectomy, and mediastinal resection
Recognised for excellence in robotic cancer surgery including thoracic procedures — at Sahyadri Manipal Hospitals, Pune
If you or a family member has been diagnosed with lung cancer, oesophageal cancer, or a mediastinal tumour — book a consultation with Dr. Gore for a complete surgical assessment, staging review, and treatment plan.