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Up until 2013 in France, practical training for DES/DESC (advanced level) residents in visceral and digestive surgery was not standardized. Since 2017, the third cycle of medical studies has been restructured around three major thematic axes: academic knowledge, and technical and non-technical skills. The curriculum now includes a practical training program by means of simulation outside the operating theater, and it is structured, uniformized and standardized nationwide. Development of this training program is derived from the deliberations of a national consensus panel working under the umbrella of the French college of visceral and digestive surgery, program presenting a training guide to all future surgeons in the specialty. Four consensus conference sessions bringing together an eight-member commission have led to the drafting of a "Resident's manual for practical teaching in visceral and digestive surgery". As a reference document, the manual details in 272 pages the objectives (phase I), the learning resources for each skill (phase II) and, lastly, the means of evaluation for the cornerstone phases as well as the in-depth phases of an advanced degree (DES) in visceral and digestive surgery. As a complement to the manual, we have conducted a review of the structuring and implementation of the program as of November 2017 on a nationwide scale; the conclusions of the review are detailed at the end of this article.

Simulation has become increasingly important in surgical teaching in recent years and the French National Authority for Health (HAS) recently underlined the goal and ethical priority: "never the first time on the patient". Simulation programs have been tested and validated for laparotomy and for laparoscopy, but there is not yet a validated program specific for robotic surgery. Due to substantial advances in this new technology, we have developed a program in Nancy dedicated to outside-the-operating room (OR) teaching of robotic surgery using the Da Vinci robot. This teaching is based on a combined program of theoretical teaching (e-learning) and learning of practical skills using virtual simulators (DV-Trainer®, Robotic Mentor®, DVSS®), mechanical simulators (Dome, Applied® abdominal simulators), microsurgery and wet lab using ex vivo animal organs, anesthetized animals, and cadavers. This program also emphasizes team training. The course is intended for residents in surgical training and is integrated into the specialized study diploma (DES) program for Visceral and Digestive Surgery; it also can be used by qualified surgeons who can integrate it with the Inter-University Diploma (DIU) in General Robotic Surgery for basic techniques and also for DIUs in other surgical specialties (digestive and gynecologic surgery) for robotic uses within their specialty. These courses are based on the concept of step-by-step skills acquisition and verification allowing a transition to safe clinical activity.

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Gastric bypass;Laparoscopy;Robotic surgery;Robotics;New technologiesThe prevalenceofmorbidlyobeseindividualsisrisingrapidly.Beingoverweightpredisposespatients to multiple serious medical comorbidities including type two diabetes, hyperten-sion, dyslipidemia, and obstructive sleep apnea. This video shows stepby a totallyrobotic Roux-en-Y gastric bypass in an obese patient(BMI42kg/m

In head and neck surgery, minimally invasive approaches have been typically avoided due to concerns about visualization, possible damage to vital structures, and limited availability of effective instrumentation. The incorporation of robotic technology in surgery is now an accepted fact, and because of the complexities of certain laparoscopic procedures, the extended capabilities offered by robotic technology have gained wide acceptance. We report the case of a patient who underwent a robotic total thyroidectomy using a gasless right transaxillary approach. This technique provides a high quality image leading to improved visualization of vital structures during thyroidectomy with the added advantage of avoidance of a neck incision. Several issues regarding this technique remain to be clarified and evaluated in multicenter studies: patient selection, surgeon training and learning curve, postoperative morbidity due to recurrent nerve and parathyroid injury, long term oncologic and cosmetic results. However, we believe that robotic thyroid surgery using a gasless transaxillary approach will advance the frontiers of minimally invasive endocrine surgery.