Chest wall resection with robotic-assisted thoracoscopic surgery for a Pancoast tumour: a case report.

We describe a rare procedure involving near-total robotic-assisted thoracoscopic surgery resection of a right posterior Pancoast tumour. Four ports and an assistant port were used. The DaVinci X system was used. The lobectomy was performed first to allow for adequate exposure to the apex and spine. The lateral aspect of ribs 1 to 4 was resected next, and the extrathoracic space was entered. Dissection proceeded through this space superiorly up to the level of the scapula and then posteriorly towards the spine. The second to the fifth ribs were dissected off the chest wall and resected medially off the spine at the rib heads. Further postero-superior exploration revealed the tumour to be invading the transverse process of the second rib, with ill-defined margins. Because of this development, and with the support of the spinal surgeons, a small high posterior thoracotomy was performed to complete the procedure and remove the specimen en bloc. The postoperative recovery was uneventful, and the patient was discharged on post-operative day 5. The final histological report confirmed a squamous non-small-cell lung cancer (pT3N0M0) with negative margins (R0). Asymptomatic recurrence was noted near the margin of the second rib resection posteriorly 1 year postoperatively and was successfully treated with radiotherapy.

Completely portal robotic Pancoast tumour resection with en bloc resection of the left upper lobe and chest wall.

The current gold standard for the treatment of Pancoast tumours is considered to be neoadjuvant chemoradiation followed by radical resection of the affected upper lobe en bloc with resection of the chest wall. Shaw and Paulson first described the most commonly used approach in 1961 via an extended posterolateral thoracotomy. However, because this approach comes with significant soft tissue damage and occasionally provides only suboptimal exposure, especially for anterior superior sulcus tumours, other approaches have been published in recent years, including open anterior approaches (Dartevelle and Gruenenwald) in addition to rare case reports of minimally invasive assisted hybrid procedures. Because we routinely perform robotic anatomical lung resections as well as three-port robotic first rib resections for thoracic inlet/outlet syndrome in our department, combining both techniques with our accumulated experience seemed to be the next logical step. We describe step-by-step what is (to our knowledge) one of the first reported cases of a fully portal robotic-assisted Pancoast tumour resection consisting of a left upper lobe resection en bloc with the first rib after neoadjuvant chemoradiation therapy. This approach proved to be safe and allowed for excellent exposure, especially of the thoracic outlet.

Influence of anterior tumor location on survival after resection of lung cancer invading the thoracic inlet (Pancoast tumors).

OBJECTIVE: Superior sulcus tumors are a challenging subset of non-small cell lung carcinomas invading the thoracic inlet. In this study, we determined whether the location of the tumor along the first rib had an influence on survival. METHODS: We performed a review of 92 consecutive patients undergoing surgery for non-small cell lung carcinomas invading the thoracic inlet between January 1996 and June 2021. Tumor location was categorized into anterior and posterior based on predefined zones. RESULTS: In total, 21 tumors were located anteriorly (23%) and 71 posteriorly (77%). The rate of R0 resection (81% vs 87%; P = .4) and pathological complete response to induction therapy (33% vs 37%; P = .8) were similar between locations. After a median follow-up of 5.8 years (range, 0.8-24 years), 49 patients died for an overall survival of 48% (95% CI, 38%-59%) at 5 years. The 5-year survival was favorably influenced by R0 (vs R1) resection (51% vs 29%; P = .02), pathological complete response (vs no pathological complete response) (69% vs 31%; P = .03), posterior (vs anterior) location (56% vs 22%; P = .01), and ≤60 (vs >60) years of age (61% vs 37%; P = .007). Compared with posterior tumors, anterior tumors were associated with higher risk of systemic recurrence and significantly greater survival benefit from pathological complete response. Anterior tumors remained an independent predictor of worse survival in multivariate analysis (hazard ratio, 2.3; 95% CI, 1.2-4.5; P = .01). CONCLUSIONS: The anatomical location of the tumor affects survival after resection of non-small cell lung carcinomas invading the thoracic inlet. Anterior tumors have greater propensity to metastasize and may derive greater benefit from optimal systemic therapy than posterior tumors.

Microsurgical DREZotomy for pain related to Pancoast-Tobias syndrome: how I do it?

BACKGROUND: Neuralgic pain related to Pancoast-Tobias syndrome can be difficult to treat. An invasive but effective option for management is open cervical DREZotomy. METHOD: This procedure involves the interruption of the dorsal root entry zone (A delta and C fibers) that sustains the nociceptive pathways. After dura opening, the microsurgical steps are micro incisions of the pia mater under each dorsolateral rootlets and contiguous microcoagulations in the posterolateral sulcus downward to the posterior horn. CONCLUSION: When properly performed in a well-selected patient, DREZotomy is a safe and effective procedure for treating devastating pain related to Pancoast-Tobias syndrome.

[Thoracoscopic Surgery for Lung Cancer Invading the Superior Chest Wall].

We herein report a case of a 73-year-old man with lung cancer who underwent thoracoscopic right upper lobectomy with combined resection of the superior chest wall. His tumor was 48 mm in diameter and located in the posterior right lung apex involving the chest wall between ribs 1 and 3. The anterior aspects of the ribs 2 and 3 were separated using forceps under thoracoscopic vision. The first rib could be released from the tumor by peeling off the parietal pleura. An 8 cm incision was made posteriorly between the scapula and vertebrae to obtain the posterior aspect of the ribs 2 and 3. After separating the pulmonary vessels and bronchus, en bloc resection of the superior sulcus tumor was completed. Thoracoscopic chest wall resection of the superior sulcus tumor can be an alternative to the Paulson posterolateral-paravertebral thoracotomy approach, which can cause severe postoperative pain and limited range of motion of the shoulder joint.

Hybrid robotic lobectomy with thoracic wall resection for superior sulcus tumor.

A major challenge in treating superior sulcus tumors is achieving complete surgical resection because of technical difficulties associated with the anatomical structures and approaches to the thorax. Our technique combines posterior minimally invasive thoracotomy with robot-assisted right upper lobectomy, thereby reducing the invasiveness of the surgical approach and postoperative complications, including wound pain. In the presented case, the tumor was located on the apical right upper lobe, directly invading the apical thoracic wall structures. Hybrid robotic and minimally invasive thoracotomy with thoracic wall resection was performed. The postoperative course was uneventful. The patient discharged from our hospital with minimal wound pain.

Lung Autotransplantation for Bulky Superior Sulcus Tumor With Hilar Involvement.

Lung autotransplantation with ex vivo bench surgery is a useful surgical technique for centrally located and locally advanced lung cancer to spare lung parenchyma by avoiding pneumonectomy. Here, we present a patient with a bulky superior sulcus tumor with hilar involvement for which lung-sparing complete resection was achieved with autotransplantation. After concurrent chemoradiotherapy, en bloc resection, consisting left pneumonectomy combined with apical chest wall resection (1-4 ribs), back-table extended double-sleeve resection after lung preservation, and reimplantation of basal segment was performed. The postoperative course was uneventful, and the patient is alive without tumor recurrence at 18 months after surgery.

PANCOAST TUMOUR WITH SPINE RESECTION - CASE REPORT.

Pancoast tumours are defined as tumours arising from the upper lobe and invading the thoracic inlet,representing less than 5% of all lung cancers. Clinical features depend on the involved structures. For many years invasion of the spine was considered unresectable and fatal. Due to the progress in spine surgery, en bloc resection including the spine is nowadays possible. We report the first case of a successful en bloc vertebral resection of a Pancoast tumour in a 66 year-old male, with a squamous cell carcinoma, treated at our department in a multidisciplinary setting, after induction chemoradiotherapy. An en bloc resection including the left upper lobe, the first three ribs and the vertebral body of D2, was performed through a Paulson incision after posterior cervico-dorsal arthrodesis. A complete R0 resection was confirmed on the pathology specimen. Currently, one year after surgery, although no local recurrence has occurred, the patient is being treated with immunotherapy due to disease progression in the right acetabulum which was irradiated (20Gy) and then submitted to iliac resection and prothesis reconstruction.

Primary pulmonary angiosarcoma presenting as Pancoast tumor.

A primary pulmonary angiosarcoma is an extremely rare entity with fewer than 30 cases reported in the literature. We found no reports of primary pulmonary angiosarcoma presenting as a Pancoast tumor. We describe a case of pulmonary angiosarcoma located in the right superior sulcus that was treated by surgery.

Significant prognostic determinants in lung cancers of the superior sulcus: comparable analysis of resected and unresected cases.

OBJECTIVE: In this study, we aimed to identify prognostic determinants and to comparably analyze clinical features of patients with both resected and unresected superior sulcus tumors (SSTs). METHODS: The data of 56 patients who underwent any treatment for an SST from 2004 through 2016 in our hospital were reviewed. Overall survival (OS) rates were estimated using the Kaplan-Meier method. Univariate and multivariate analyses were performed to determine independent prognostic factors for patients with resected and unresected SST separately. RESULTS: The number of patients with resected and unresected SSTs was 24 (43%) and 32 (57%), respectively. Of the 24 patients who underwent surgery, 20 received induction therapy, with 32% achieving pathological complete response. Complete resection (R0) was performed in 22 patients (92%). On multivariate survival analysis, preoperative serum carcinoembryonic antigen (CEA) level (median 8.3 ng/ml, p = 0.021) was identified as the independent determinant of OS in surgical patients; whereas, initial treatment response (complete response or partial response, p = 0.032) was the independent OS indicator in non-surgical patients. The 5-year OS of the patient with resected and unresected SST was 68.8% and 29.1% (p = 0.008), respectively. CONCLUSION: Significant prognostic factors differ among patients stratified by the presence of surgical resection for SSTs. Preoperative CEA level in surgical candidates and initial treatment response in non-surgical patients were the independent factors associated with OS. Surgical candidates are expected to have more favorable survival than patients with unresectable SSTs.

Reconstruction of a dominant vertebral artery during resection of a superior sulcus tumour with an incomplete circle of Willis.

A 74-year-old man presented with a left superior sulcus tumour invading the subclavian artery. After induction chemoradiotherapy, he underwent a vertebral artery reconstruction in addition to the subclavian artery reconstruction via a transmanubrial approach and video-assisted thoracoscopic left upper lobectomy. The final pathology was ypT4N0M0 adenocarcinoma. The technical aspects and indication for a vertebral artery reconstruction are discussed in this article.

Robotic Hybrid Approach for an Anterior Pancoast Tumor in a Severely Obese Patient.

Several different surgical approaches to anterior Pancoast tumors have been proposed. The osteomuscular-sparing transmanubrial approach allows optimal exposure and control of apical chest wall structures, but it requires an additional thoracotomy to perform the lobectomy with radical lymph node resection. The presented technique combines the osteomuscular-sparing transmanubrial approach with robotic-assisted upper lobectomy in a severely obese patient, thereby reducing the invasiveness of the surgical approach and the postoperative complications.

Pleural lipoma clinically mimicking the presentation of superior sulcus tumour upon initial evaluation.

Here we present a case of a large pleural lipoma which presented with paresthesias of the hand. This is an unusual presentation of an uncommon tumour.

Surgical Treatment of Superior Sulcus Tumors: A 15-Year Single-center Experience.

This paper reports on the characteristics, treatment modalities, and outcomes of patients with superior sulcus tumors who underwent surgery over a period of 15 years in 1 institution. Clinical records of 94 consecutive patients operated on by the same surgical team for non-small cell lung cancer between July 1998 and December 2013 were retrospectively reviewed. All patients received lung and chest wall en bloc resection. Forty-eight (51%) received induction treatments. Surgery was an anterior approach in 46 patients (48.9%), Paulson incision in 35 (37.2%), and a combined approach in 13 (13.8%). Lung resections were 78 lobectomies (83%), 3 were pneumonectomies (3.2%), 6 were bronchoplastic reconstructions (6.4%), and 7 were wedge resections (7.4%). Nodal dissection was systematic in 96% of patients. The median number of resected ribs was 2 (1-5), chest wall residual defect was reconstructed in 42 patients (44.7%), and 21 patients had an associated vascular resection (22.3%). Resection was radical in 85 patients (90.4%). Overall 90-day mortality was 9.6%. After a median follow-up of 1.9 years, 5-year and 10-year overall survival rates were 35% and 23%, respectively. A lower 5-year survival was observed in patients with nodal disease (48% in N0 vs 18% in N+; P < 0.0001), incomplete resection (21% for incomplete vs 37% for complete resection; P = 0.15), and anteriorly located tumor (anterior vs posterior: 26% vs 50%; P = 0.05). Pancoast tumor is a severe condition, but long-term survival may be achieved in selected cases. Nodal involvement, completeness of resection, and vascular invasion are the most important prognostic factors, and induction treatment may play a role.

Less Invasive Approach to Pancoast Tumor in a Partitioned Incision.

We describe our approach to resect a Pancoast tumor with thoracoscopic assistance in a partitioned incision. We used the LigaSure vessel-sealing system under thoracoscopy in chest wall resection for Pancoast tumor. This approach is of great utility: easy-to use and less invasive for Pancoast tumor resection.

Resection of the First Rib With Preservation of the T1 Nerve Root in Pancoast Tumors of the Lung.

BACKGROUND: Surgical outcomes for Pancoast (superior sulcus) tumors of the lung have significantly changed during the last few decades and have improved with use of curative-intent surgery by utilizing en bloc complete resections. METHODS: A retrospective analysis was conducted of 11 selected patients treated at Moffitt Cancer Center from 2007 to 2016. Data from patient records were collected and analyzed. RESULTS: All 11 patients with a Pancoast tumor involving the first rib had their T1 root preserved at surgery. In 10 patients (90.9%), the tumor was removed en bloc. Clear margins of resection were documented in 4 cases (36.0%). No patient developed postoperative hand weakness, but 3 patients (27.3%) had minor postoperative complications, including air leak, chylothorax, and pericardial effusion. One iatrogenic injury to the subclavian artery was reported during surgery; the injury was subsequently repaired. No operative mortality was reported. CONCLUSIONS: Radical resection of Pancoast tumors is considered to be safe, and preserving the T1 nerve root provides more favorable, functional outcomes.

Video-assisted pulmonary lobectomy combined with transmanubrial approach for anterior Pancoast tumor resection: case report.

BACKGROUND: The mini-ivasive approach to superior sulcus tumors is an uncommon procedure that is still far from standardization. We describe a hybrid surgical technique to approach "en block" chest resection and pulmonary lobectomy for anterior superior sulcus tumors. CASE PRESENTATION: A patient affected by right anterior Pancoast tumor surgically staged as cT4N0M0 (suspected anonymous vein invasion) underwent chemo-radiation induction therapy with satisfactory tumor reduction. The surgical operation comprised an initial VATS approach to the hilar structures followed by a limited C-shaped anterior contra-incision; finally, the right upper lobe "en block" with the anterior part of the first and second rib was removed. The whole procedure was conducted with the patient in the supine position; no rib retractors were used. The definitive stage was ypT0N0M0. The patient had an uneventful hospital stay and at the 9 months follow-up she was free from disease and post-thoracotomy syndrome. CONCLUSIONS: In our opinion such hybrid VATS procedure has several advantages: starting with thoracoscopy it is possibleto exclude previously undetected pleural dissemination and to precisely define the tumor location as well as limits of the thoracic wall resection; time could be spared maintaining the patients in the supine position for both surgical times; postoperative pain and post-thoracotomy syndrome could be minimized avoiding the use of any rib retractor.

VATS lobectomy combined with limited Shaw-Paulson thoracotomy for posterolateral Pancoast tumor.

PURPOSE: Several techniques have been proposed for the challenging surgical resection of Pancoast tumors. We describe a hybrid approach that combines video-assisted thoracic surgery (VATS) lobectomy and limited Shaw-Paulson thoracotomy. METHODS: We report a case of Pancoast tumor in a 57-year-old man, staged as cT3N0M0, that was treated with induction chemoradiotherapy prior to the hybrid surgical approach. After thoracoscopic pleural cavity inspection, an upper right VATS lobectomy by a 3-port standard approach was performed. The chest wall was resected through a limited paravertebral incision, allowing the extraction of the lobe together with the rib segments. The posterior chest wall defect was repaired with a synthetic patch. RESULTS: The postoperative period was uneventful and the pain never exceed a score of 3 on a visual analogue scale. Pathological examination revealed nonvital tumor cells in the specimen (ypT0N0M0). The patient is disease free at 6 months' follow-up. CONCLUSIONS: With this approach we experienced excellent access to both the apical and hilar structures. Further experiences are needed to validate the role of VATS lobectomy in the multidisciplinary management of posterior Pancoast tumor.