Lateral Cervical Incision Research Articles

Treatment of pharyngeal and esophageal extraluminal foreign bodies with lateral cervical incision in 7 cases

Treatment of pharyngeal and esophageal extraluminal foreign bodies with lateral cervical incision in 7 cases

Accurate localization and successful treatment of 23 cases of migrating pharynx and cervical esophageal foreign bodies

Objective: To explore clinical features, diagnosis, localization, and therapeutic strategy of migratory pharyngeal and cervical esophageal foreign bodies. Methods: A total 23 cases of pharyngeal and cervical esophageal migratory foreign bodies were admitted between January 2015 and December 2021. There were 14 females and 9 males with the age ranged from 35 to 82 (55.0±12.7)years. In all the cases, esophageal CT was taken to confirm the esophageal foreign body. Multiplanar reconstruction (MPR) was performed to locate the foreign body from the horizontal, coronal and sagittal dimensions as well as the corrected reconstructed MPR. According to the location of the foreign body, appropriate surgical method was selected.The symptoms, complications, types of foreign body, positioning, surgical methods, and relevant information were recorded.Data were analyzed using the descriptive method and SPSS 25.0 software. Results: The clinical symptoms of 23 migrating esophageal foreign bodies included pharyngodynia (20/23), foreign body sensation (6/23), hoarsenss (1/23), difficulty in turning neck(1/23), difficulty in opening mouth (1/23), fever (7/23), poor appetite (1/23), and abdominal pain (1/23). The foreign bodies included 19 fish bones, 2 wires, 1 embroidery needle and 1 chicken bone. There were 9 cases (39.1%) of foreign bodies located in extraluminal cervical esophagus, 2 cases (8.7%) of foreign bodies located in the muscular layer of the cervical esophagus and 12 cases (52.2%) of foreign bodies located in pharynx. Twenty-one cases of foreign bodies were removed by cervical lateral incision, in which 11 were removed by cervical lateral incision directly, 10 by the second lateral cervical incision after the foreign bodies were accurately located by MPR and/or corrected MPR, 1 foreign body was removed by incision of the pharyngeal mucosa under suspension laryngoscope, 1 foreign body was removed by tracheoscopy. Compared with patients with intraluminal foreign bodies (n=308) treated in the same period, intake of fishbone [19 (19/23) vs. 133 (82.6% (43.2%, 133/308), OR=7.31] and first visit was more than 24 hours [20(87.0%, 20/23) vs. 77(25.0%, 77/308),OR=17.2] were the significant risk factors of migratory esophageal foreign bodies. Conclusions: MPR and the corrected MPR can accurately locate the migrating pharyngeal and cervical esophageal foreign bodies, by providing more intuitive imaging evidence for doctors, which provide imaging basis for formulation of surgical programs. Foreign bodies in pharyngeal and cervical esophagus need to be treated as soon as possible, otherwise they are easy to migrate, leading lead to serious complications.

The steps and key points of thyroid surgery with lateral cervical incision.

The thyroid surgery with lateral cervical incision uses the sternocleidomastoid intermuscular approach through the gap between band muscles and carotid sheath to reach the surgical field. The recurrent laryngeal nerve and upper and lower parathyroid glands are first identified, the upper pole vessels are severed; then the Berry ligament is separated; the isthmus is severed, and the thyroid gland is finally removed. This approach can avoid the trauma of the skin and muscle tissue in the anterior neck region, to relieve the pressure on the neck and swallowing stretch feeling for patients after surgery. The surgical modality is effective and less time-consuming. This article gives a detailed introduction to the standardized procedures and some key points of thyroid surgery with lateral cervical incision.

Adenoid Cystic Carcinoma of Submandibular Gland: Case Report

Case Presentation A 44-year-old Algerian male presented with a five year history of swelling of the right submandibular region. His medical history included hypertension. Physical examination revealed elastic, somewhat hard mass measuring 33.8 × 18.5 cm in the right submandibular region. No salivation from either of the bilateral sublingual caruncles was detected. The parotid and lacrimal glands were not swollen, and cervical lymphadenopathy was absent. Computed tomography (CT) showed enlargement of the right submandibular gland and atrophy of the left submandibular gland with a salivary stone. Ultrasonography revealed internal heterogeneity of the right submandibular gland without normal glandular tissue. Magnetic resonance imaging (MRI) demonstrated a sharply margined mass measuring 33.5 × 20.3 × 10.9 cm, which showed relatively heterogeneous contrast enhancement (Figure 1). On dynamic MRI, the time-intensity curve indicated an early peak of enhancement and a low washout pattern categorized as type C by Yabuuchi et al. suggesting malignancy. Treatment The patient was admitted to the operating room. A lateral cervical incision was made; the dissection of the tumor was easy with a good cleavage plane with respect to vascular and nervous axes. The tumor was resected in its totality. Pathological examination revealed an adenoid cystic carcinoma. The patient received radiotherapy

Study of clinical treatment of esophageal foreign body-induced esophageal perforation with lethal complications

Esophageal foreign body-induced esophageal perforation is a lethal complication and its treatment very complex. We had reviewed 1,428 patients with esophageal foreign body, who were hospitalized and treated over the past 25 years. A classification summary was made of 121 patients (of these 1,428 cases) who presented with esophageal foreign body-induced perforation and complicated cervical abscess, mediastinitis, and mediastinal abscess. This summary considered foreign body types, location and lodging duration, complications, and surgical approaches. Among these 121 patients, esophageal foreign bodies in 81 patients were successfully extracted via esophagoscope or fiber optic esophagoscope. Cervical esophageal foreign bodies in 22 patients were extracted by esophagoscope and lateral cervical incision (n = 6) and simple lateral cervical incision (n = 16). Thoracotomy was performed to remove thoracic esophageal foreign bodies in 18 patients with 10 successes and 8 failures. Of the 121 patients, 67 patients with cervical abscess were cured by means of lateral cervical abscess incision and drainage, esophageal stent placement, and esophageal perforation repair with pedicle myolemma or pedicle muscular periosteum flap. 54 patients with mediastinitis and/or abscess were all cured, except one mortality, by means of mediastinotomy and drainage or/and closed-chest drainage, simple esophageal repair, esophageal repair with pedicle myolemma or pedicle muscular periosteum flap and stent placement for esophageal perforation, and esophageal exclusion plus two-stage gastric-pharyngeal anastomosis. In the treatment of esophageal foreign body-induced severe complications, various therapies should be applied simultaneously. Lateral cervical incision should be made immediately to remove the foreign bodies if the foreign body extraction under esophagoscope proves to be a failure after repeated attempts, or esophageal perforation develops during the procedure, or should cervical abscess develop. Mediastinotomy and drainage or/and closed-chest drainage should be carried out as early as possible when mediastinitis and/or mediastinal abscess develops after esophageal foreign body ingestion.

Application of lateral cervical incision in the removal of the cervical esophageal foreign body

To study the indication and clinical application of lateral neck incision for the removal of cervical esophageal foreign bodies. From January 1999 to January 2009, 2189 cases esophageal foreign bodies were treated. The clinical data of 137 cases (6.25%) with lateral neck incision were retrospectively analyzed. In these 137 cases, 114 cases were over 16-years-old (adult group), while 23 cases were under 16-years-old (children group). In adult group, 67 cases (58.8%) had esophageal perforation (esophageal perforation with neck abscess 29 cases, esophageal perforation without neck abscess 38 cases); 47 cases did not have esophageal perforation (impacted foreign body without neck abscess 40 cases, foreign body with esophageal abscess 7 cases). In children group, 19 cases (82.6%) had esophageal perforation including 15 cases with neck abscess; 4 cases without esophageal perforation, 3 cases had esophageal abscess and one case without abscess but of huge foreign body. All 137 patients with foreign body were cured through lateral neck incision. Nineteen cases (13.9%) had hoarseness and recovered in 3 months. Five adult patients had post-operative cicatricial stricture of the esophagus, but it was mild and completely recovered by the treatment of dilatation in 3 to 11 months. Nine adult patients with esophageal perforation were cured by secondary suture, the remaining esophageal perforation cases were healed by first intention. One case with common carotid artery impairement by the foreign body was successfully treated by carotid artery ligation without hemiplegia, aphasia and other sequelae. Two cases had cardiopulmonary arrest, 2 cases had febrile convulsions and 1 case had acute respiratory failure, 5 cases had septic shock, all these patients were effectively controlled and cured. Seven of the 9 cases with tracheotomy had the tracheal tube removed during hospitalization; 1 of the two obese patients had the extubation 3 months after the discharge and the other one still had the tube. All esophageal perforation cases in children group had primary healing by perforation apposition suture. Four of the 5 children had successful tracheotomy decannulation, one child had extubation by 2 months through continuously reduced tracheal tube model. Penetrating esophageal foreign body and neck abscess were indication of the lateral neck incision, and positive prevention and cure the complications of lateral neck incision could achieve good curative effect.

Minimally invasive endoscopic resection of the submandibular gland

Resection of the submandibular gland is performed traditionally through a lateral cervical incision. The lateral cervical approach results in a visible scar and carries associated morbidities, such as the damage of the marginal mandibular branch of facial nerve. The evolution and advancement of endoscopic sinus surgical technique in recent years has led to its application to skull base and neck space surgery. Such minimally approaches are safe and effective to patients. This article describes the author's method for performing the endoscopic resection of the submandibular gland.

Minimal access thyroid surgery: is it feasible, is it appropriate?

Reports of minimal access thyroid surgery (MATS) using various techniques have recently appeared. This study examined the feasibility of MATS using either a lateral 'focused' or endoscopically assisted approach. The study group comprised all patients undergoing minimally invasive parathyroidectomy (MIP) during the period May 1998 to April 2002 in whom a concomitant thyroid procedure was undertaken. All procedures were performed either through a 2-cm lateral cervical incision (n = 19) or endoscopically (n = 7). Twenty-six patients underwent thyroid surgery, consisting of either local excision of a thyroid nodule (n = 25) or hemi-thyroidectomy (n = 1). In 13 patients the nodule was incidentally discovered, in four patients removal of the parathyroid necessitated partial thyroidectomy, and in nine patients the lesion identified by preoperative parathyroid localization proved to be a thyroid nodule. There were no permanent complications in the study group. Two patients required drainage of a haematoma. The final pathology of all 26 cases revealed benign nodular thyroid disease. Thyroid surgery can safely be performed as a minimally invasive procedure. Minimal access thyroid surgery is therefore a feasible option for selected patients. The question remains to be answered as to whether this surgical approach is appropriate treatment for nodular thyroid disease.

Leiomyoma of the trachea: A case report and a novel surgical approach

Benign tumors of the trachea are rare, and reports of leiomyomas are even less common. We present a young, asymptomatic woman with a tracheal leiomyoma. This tumor was removed by a posterior approach to the trachea through a lateral cervical incision, which is a previously undescribed technique. In prior reports, surgical techniques have included removal by bronchoscopy, tracheostomy, or tracheal resection. 1-11 In addition to being one of only 20 cases reported in the literature, the new surgical approach is also described in detail.

Surgical correction of the hypoplastic aortic arch by the subclavian free flap method in the neonate

J Thorac Cardiovasc Surg 1998;116:519-21

A helpful device in cricopharyngeal surgery.

Extramucosal myotomy of the pharyngoesophageal sphincter muscle, ie, the cricopharyngeal muscle, is a widely used therapy for dysphagia due to neurologic diseases. The cricopharyngeal muscle is dissected free via a lateral cervical incision. To cut the muscle fibers it is necessary to expose and to stretch them. A device is developed to make this possible. A light source is brought within a cuffed tube. The tube is inserted in the esophagus with the cuff in the cricopharyngeal sphincter. Inflating the cuff with air causes stretching of the muscle fibers, whereas the light source inside makes all muscle fibers visible. They can be cut carefully, leaving the mucosa intact.

Dysphagia Due to Traumatic Periesophageal Abscess

Cervical periesophageal abscess is one of the complications of foreign bodies in the cervical esophagus. A case of dysphagia due to traumatic cervical periesophageal abscess is reported. The patient was a 58-year-old female who had complained of dysphagia and a foreign body sensation in the larynx for approximately 2 days after a piece of large fish bone was ingested inadvertently. Roentogenological examination revealed a marked thickening of the periesophageal region caused by submucosal emphysema and abscess. Clinical symptoms and roentogenological reviews confirmed the diagnosis. Therefore, the abscess was widely opened by the lateral cervical incision, but no foreign body was found. The submucosal emphysema was supposedly caused by active mobility of the foreign body and the abscess occurred by secondary infection. The main cause of dysphagia was the mechanical obstruction by emphysema and abscess, disturbing the passage of bolus and the elevation of the larynx.