Robotic Versus Laparoscopic Adrenalectomy: Pluriannual Experience in a High-Volume Center Evaluating Indications and Results.

Background: Robotic adrenalectomy offers several clinical benefits if compared with laparoscopic adrenalectomy; however, its superiority is still under debate. The aim of this study was the investigation of differences between the two techniques, and a comparison when approaching right or left side adrenal lesions was further conducted. Materials and Methods: All patients undergoing laparoscopic and robotic unilateral adrenalectomy at our institution from January 2006 to December 2019 were collected and retrospectively analyzed. Statistical analysis was conducted; differences between the two cohorts were reported. Results: A total of 160 cases were included (84 patients in laparoscopic adrenalectomy-group [LA-g] 76 cases in robotic adrenalectomy-group [RA-g]). The groups were homogeneous for demographic data. No intraoperative complications were reported; mean amount of intraoperative blood loss was comparable. No cases of conversion to open surgery were required. RA-g presented a longer operative time than LA-g for right adrenalectomy (P = .05), no differences were noted for left side (P = .187). Overall morbidity was 21% for LA-g and 10.5% for RA-g (P = .087), with an inferior rate of surgical complications for RA-g (P = .024), and for robotic left adrenalectomy than robotic right procedure (P = .03). Length of hospital stay was shorter for RA-g (P = .005). Conclusions: Robotic adrenalectomy presents similar outcomes as laparoscopic approach with some benefits for selected cases. Left adrenal lesions seem to receive greater advantages from robotic technique. Large randomized controlled trials are required to determine the role of robotic adrenal surgery and if the indication can be standardized based on the laterality of adrenal procedure.

An unexpected finding after robotic subtotal gastrectomy: Vomiting of Taenia Saginata.

INTRODUCTION: Most Human taeniasis are asymptomatic or associated with vague clinical manifestations, but cases of unusual migration of these parasites have been described. PRESENTATION OF A CASE: A case of challenging diagnosis of human Taenia Saginata infection is here presented: during COVID-19 pandemic we performed a mininvasive robotic subtotal gastrectomy for gastric angulus adenocarcinoma. 10 h after the end of the operation the patient presented an episode of vomiting with expulsion of a 5-meter-long adult form of Taenia Saginata. DISCUSSION: Parasitic infections are more frequent in the developing countries; in our case the transposition of small intestinal loop surely promoted the migration of Taenia Saginata through the gastro-jejunal anastomosis into the gastric stump.Preoperative evaluation (history, physical examination and imaging features) led to gastric cancer diagnosis and hindered the recognition of the taeniasis because of similar clinical presentations and the need to start quickly a therapeutic oncological strategy. CONCLUSION: Even if these cases are exceptional especially in Western Europe, it is important to obtain a detail clinical history and exclude parasitic infection as a cause of loss of weight and gastrointesinal abnormalities.

Evolution Strategies in Transaxillary Robotic Thyroidectomy: Considerations on the First 449 Cases Performed.

BACKGROUND: In the past 20 years, the fast spread of new surgical technologies has reached an important peak with the advent of the robotic surgery. Many studies have been run about a cosmetic desire to avoid neck scars after thyroid surgery and this has led to the development of remote access robotic thyroidectomy (RT). Among the various RT approaches, unilateral transaxillary access is one of the most widely used, reporting excellent results in terms of feasibility and patient's compliance. The mini-invasive technique demonstrated many potential shortcoming overcomes with the robotic approach. At our institution a team of 3 skilled endocrine surgeons with experience in laparoscopic and robotic procedures performed RT. Our aim is to report our 8-year single-centre robot-assisted thyroidectomy experience, by applying a gasless unilateral transaxillary approach with the so-called hybrid technique, and to demonstrate its safety and feasibility. METHODS: In the period between September 2010 and June 2018 at our institution, a total of 472 patients underwent thyroid and parathyroid transaxillary surgery. The hybrid technique was applied for all the robotic procedures. A total of 412 procedures were performed with the use of external "Modena Retractor" (CEATEC® Medizintechnik) and with 3 surgeons. According to international guidelines, our indications for robotic surgery were benign lesions with a diameter <5 cm, Graves' disease, well-differentiated thyroid cancers, and parathyroid adenomas. RESULTS: In this series, a total of 449 cases were registered. General data of patients were analyzed: gender, age, body mass index, tumor size, preoperative fine-needle aspiration examination, definitive histological examination, operative time, and postoperative complications. CONCLUSIONS: This study confirms the application of robotic approach in thyroid surgery as a feasible technique in terms of safety and complications risk. The hybrid technique, together with a dedicated surgical team, can lead to obtaining the same outcomes of traditional anterior cervicotomic surgery, adding a scarless thyroidectomy.

Modifications of transaxillary approach in endoscopic da Vinci-assisted thyroid and parathyroid gland surgery.

Endoscopic surgery for treatment of thyroid and parathyroid pathologies is increasingly gaining attention. The da Vinci system has already been widely used in different fields of medicine and quite recently in thyroid and parathyroid surgery. Herein, we report about modifications of the transaxillary approach in endoscopic surgery of thyroid and parathyroid gland pathologies using the da Vinci system. 16 patients suffering from struma nodosa in 14 cases and parathyroid adenomas in two cases were treated using the da Vinci system at the ENT Department of Homburg/Saar University and in cooperation with the Department of General Surgery in New Sant'Agostino Hospital, Modena/Italy. Two different retractors, endoscopic preparation of the access and three different incision modalities were used. The endoscopic preparation of the access allowed us to have a better view during preparation and reduced surgical time compared to the use of a headlamp. To introduce the da Vinci instruments at the end of the access preparation, the skin incisions were over the axilla with one incision in eight patients, two incisions in four patients and three incisions in a further four patients. The two and three skin incisions modality allowed introduction of the da Vinci instruments without arm conflicts. The use of a new retractor (Modena retractor) compared to a self-developed retractor made it easier during the endoscopic preparation of the access and the reposition of the retractor. The scar was hidden in the axilla and independent of the incisions selected, the cosmetic findings were judged by the patients to be excellent. The neurovascular structures such as inferior laryngeal nerve, superior laryngeal nerve and vessels, as well as the different pathologies, were clearly 3D visualized in all 16 cases. No paralysis of the vocal cord was observed. All patients had a benign pathology in their histological examination. The endoscopic surgery of the thyroid and parathyroid gland can be performed using the da Vinci system and offers an excellent, intra-operative, 3D visualization of the neurovascular structures. The new incision modalities, use of a new retractor, and endoscopic preparation of the access made the surgery easier and safer using the transaxillary access to the thyroid and parathyroid glands. The modified skin incisions allowed an improved movement of the da Vinci arms during operation.

Zenker diverticulectomy: first report of robot-assisted transaxillary approach.

Standard surgical treatment of Zenker's diverticulum consists of open cricopharyngeal myotomy with diverticulectomy. A rigid or flexible endoscopic approach allowing a cricopharyngeal myotomy without diverticulectomy is currently considered as a less invasive alternative to open surgery with reportedly comparable symptom relief at short term follow-up. In recent years, high safety and efficacy of a transaxillary gasless robotic access to the thyroid gland has been shown. The present study describes the feasibility and preliminary results of robot-assisted transaxillary approach for cricopharyngeal myotomy and excision of Zenker's diverticulum. Patients with troublesome dysphagia and radiological evidence of Zenker's diverticulum underwent a robot-assisted cricopharyngeal myotomy and diverticulum excision using left transaxillary access with the support of endoscopic assistance. One month after intervention, symptoms were reevaluated and a barium swallow study was performed. Four patients with symptomatic Zenker's diverticulum were successfully operated. No adverse event was recorded. One month after intervention, total dysphagia remission was declared by all four patients and there was no evidence of diverticulum recurrence at radiology. According to our preliminary data, left transaxillary robot-assisted approach for the surgical management of Zenker's diverticulum is feasible, safe and effective. Whether our encouraging results will be confirmed in larger patient cohorts with prolonged follow-up, the robot-assisted transaxillary Zenker's diverticulectomy may represent an alternative to traditional open diverticulectomy when endoscopic interventions cannot be performed or have failed.

Conventional versus robot-assisted laparoscopic Nissen fundoplication: a comparison of postoperative acid reflux parameters.

BACKGROUND: Laparoscopic Nissen fundoplication (LNF) is a technically demanding surgical procedure designed to cure gastroesophageal reflux disease (GERD). It represents an alternative to life-long medical therapy and the only recommended treatment modality to overcome refractoriness to proton pump inhibitor (PPI) therapy. The recent development of robotic systems prompted evaluation of their use in antireflux surgery. Between 1997 and 2000, in a PPI-responsive series we found postoperative normalization of esophageal acid exposure time (EAET) in most but not all cases. Between 2007 and 2009, in a PPI-refractory series we found postoperative normalization of EAET in all cases. We decided to analyze retrospectively our prospectively collected data to evaluate whether differences other than the conventional or robot-assisted technique could justify postoperative differences in acid reflux parameters. METHODS: Baseline demographic, endoscopic, and manometric parameters were compared between the two series of patients, as well as postoperative manometric and acid reflux parameters. RESULTS: There were no significant differences in the baseline demographic, endoscopic, and manometric characteristics between the two groups of patients. The median lower esophageal sphincter tone increased significantly, and the median EAET decreased significantly after conventional as well as after robot-assisted LNF. The median postoperative EAET was significantly lower in the robot-assisted (0.2%) than in the conventional LNF group (1%; P = 0.001). Abnormal EAET values were found in 6 of 44 (14%) and in 0 of 44 cases after conventional and robot-assisted LNF, respectively (P = 0.026). CONCLUSIONS: Robot-assisted LNF provided a significant gain in postoperative acid reflux parameters compared with the conventional technique. In a challenging clinical setting, such as PPI-refractoriness, in which the efficacy of endoscopic or pharmacological treatment modalities is only moderate, even a small therapeutic gain can be clinically relevant. In centers where robot-assisted LNF is available, it should be preferred to conventional LNF in PPI-refractory GERD.

[Laparoscopic treatment of colonoscopic perforation: a case report]. / Trattamento laparoscopico di perforazione endoscopica del colon. Un caso clinico.

Infrequent but severe complications may occur during both diagnostic and therapeutic colonoscopy, including bleeding, perforation and sepsis. The most dangerous complication is perforation. Some iatrogenic perforations may be effectively managed by non-operative measures, but immediate surgery is most definitely indicated in order to minimise the morbidity and mortality associated with the complication. We report a case of colonoscopic perforation secondary to a therapeutic procedure, a snare polypectomy, successfully managed by laparoscopic repair using passing sutures and omentum fixation. The laparoscopic approach enables the surgeon to avoid an unnecessary laparotomy for an endoscopic complication.

Homer syndrome after thoracoscopic apicectomy for spontaneous pneumothorax as a complication of chest tube placement.

We describe a case of Horner syndrome occurring secondary only to the high insertion of a chest tube after video-thoracoscopic apicectomy for spontaneous pneumothorax. Because all other causes could be ruled out, the Authors assume that the lesion to the sympathetic nerve fibres was caused by pressure exerted by the tip of the chest tube. Horner syndrome due to this cause can easily be avoided. The tip of the chest tube should be kept at the level of, or below, the third posterior rib, unless the clinical situation dictates otherwise. This cause of Horner syndrome must be taken into account because, if recognized and treated promptly, it can be fully resolved.