Robotic thyroidectomy is one of the most advanced surgical procedures used to manage benign and malignant thyroid nodules. However, complication risks such as tracheal injury still exists. Tracheal injury in robotic thyroidectomy is difficult to detect and is one of the life-threatening complications. This study reviews the current literature on the tracheal injury following robotic thyroidectomy and also discusses our findings on 2060 cases of robotic thyroidectomy via Da Vinci Surgical System performed in our department and finally presents 3 cases treated in our center. PubMed and Web of Science database were searched using Medical Subject Headings (Mesh) related to \"tracheal injury\" and \"robotic thyroidectomy\". The search was conducted without publication date limits. We reviewed the literature and summarized common causes, diagnosis and therapeutic options of tracheal injury in robotic thyroidectomy, which has been described in comparison studies or retrospective studies. Tracheal injury is often diagnosed when patients suffer from dyspnea and usually leads to severe postoperative consequences. Tracheal injury can be suspected in all patients having subcutaneous emphysema, pneumomediastinum, pneumothorax or dyspnea after robotic thyroidectomy. Tracheoscopy is necessary to determine the location and size of tracheal injury. In patients whose condition is stable and the injury is contained, conservative treatment is feasible. Certainly, primary closure or tracheotomy is necessary for patients with serious respiratory difficulty or pneumothorax.

Thyroidectomy is a safe procedure that is frequently performed for benign or malignant thyroid disease. Complications after thyroidectomy occur in approximately 3%-5% of patients. Tracheal perforation is a very rare post-thyroidectomy complication, and delayed tracheal perforation without intraoperative tracheal injury is even rarer; only 25 case reports have been published globally, with varied management. We present the case of a 36-year-old man presenting with dyspnea and cough 2 weeks after left thyroidectomy. A defect measuring approximately 2 cm was confirmed on the anterior wall of the trachea by computed tomography and flexible laryngoscopy. The patient\'s symptoms improved with conservative treatment including systemic steroids, and surgical treatment was not required. Even in the absence of unusual intraoperative events, delayed tracheal necrosis and perforation should be considered as possible postoperative complications following thyroidectomy.

Tracheal perforation is an extremely rare and potentially dangerous complication of a partial thyroidectomy. The current case represents a unique presentation of delayed tracheal perforation following an uncomplicated thyroid isthmusectomy for tissue diagnosis of an aggressive appearing thyroid mass in the setting of high-dose steroid administration and recent intubation and self-extubation. While conservative management of tracheal perforation can sometimes be appropriate, our patient was successfully managed via primary closure and infrahyoid muscle transposition flap to cover a 5 mm right lateral tracheal wall defect. We recommend caution be exercised following thyroid surgery in the setting of intubation and high-dose steroids.

Iatrogenic tracheal injuries are an uncommon but serious complication of endotracheal tube intubation. We present two cases that illustrate iatrogenic tracheal injuries presenting hours after the time of their injury. This report addresses the critical diagnostic evaluation and management of iatrogenic tracheal injuries resulting from endotracheal intubation.

Delayed presentation of tracheal injury after thyroidectomy is a rare complication. We present the case of a 24-year-old male presenting with findings of tracheal injury 12 days after total thyroidectomy. Upon surgical exploration, multifocal, transmural tracheal injuries were identified. Repair was performed with a combination of acellular dermal matrix allograft, local-regional flaps, silicone stenting, and tracheostomy. Herein we also review published cases of delayed tracheal injury. Our findings suggest that delayed tracheal necrosis and rupture is an uncommon yet potentially devastating complication of thyroidectomy. Surgeons should maintain a low threshold to suspect such injuries when patients present with neck swelling and subcutaneous emphysema, even up to 40 days post-operatively. Complex injuries may require a multidisciplinary approach and an armamentarium of reconstructive techniques.

The aim of this study is to review the literature focusing on various treatments based on time of tracheal injury and on different surgeons\' personal experience.
We retrospectively reviewed all cases of total thyroidectomy performed at the University Surgical Department of Ospedali Riuniti of Foggia from 2006 to 2017. Only a single case of tracheal lesion due to traditional total thyroidectomy was found. An extensive search of the relevant literature was carried out using MEDLINE (PubMed). We included articles that reported article type, patient number, sex, age, reasons for surgery, time of tracheal perforation intraoperatively or delayed rupture, symptoms, diagnosis, type of surgical procedure, pathological report and follow-up.
A total of 156 published studies were screened from the sources listed. Of these, 15 studies were included in the present study. We introduced our case in the analysis. A total of 16 patients were totally analysed. There were seven males (43.7%) and seven females (43.7%), and for two patients, gender was not available. The mean patient age was 41.6 years.
The literature review showed very few cases treated differently. However, it would be good to standardise treatments. Tracheal perforation, if encountered, needs to be managed appropriately in centres of expertise with a high volume of thyroidectomies.

Endobronchial stent placement is a novel therapy for treatment of iatrogenic tracheal tears. A review of the available literature shows surgery and long-term intubation being the established treatment strategy. We describe the case of a 64-year-old woman with a tracheal rupture following endotracheal intubation for routine surgery. Pneumo-mediastinum and chest pain were the predominant symptoms. She was treated with a covered self-expandable metal stent that closed the tear and led to immediate symptom relief. After six weeks and complete healing of the trachea, the stent could be explanted. No stent complications occurred. A new algorithm for the treatment of these ruptures has been proposed.