Hoarseness ; diagnosis ; etiology ; Humans ; Vocal Cord Paralysis ; complications ; diagnosis

Aged ; Asphyxia ; etiology ; mortality ; Female ; Humans ; Vocal Cord Paralysis ; complications ; mortality

Adult ; Aged ; Female ; Humans ; Male ; Middle Aged ; Thyroid Diseases ; complications ; Vocal Cord Paralysis ; etiology

Aged, 80 and over ; Aortic Aneurysm ; complications ; Humans ; Male ; Syndrome ; Tomography, X-Ray Computed ; Vocal Cord Paralysis ; diagnostic imaging ; etiology ; physiopathology

Female ; Hodgkin Disease ; radiotherapy ; Humans ; Middle Aged ; Nose Neoplasms ; radiotherapy ; Radiotherapy ; adverse effects ; Vocal Cord Paralysis ; etiology

OBJECTIVETo study the feasibility and therapeutic effect of recurrent laryngeal nerve (RLN) decompression in the treatment of bilateral paralyzed RLN after thyroid surgery.

METHODSFrom March 2005 to June 2013, 15 cases of bilateral RLN paralyses occurring within 3 months after thyroid surgery were treated with RLN decompression. Bilateral RLN paralyses were caused by revised thyroid surgery in 8 cases and by primary thyroid surgery in 7 cases.

RESULTSRLN injuries were found in 15 cases/22 side, including RLN-cut in 9 sides and RLN-ligated in 13 sides. RLN decompression was performed in the 10 cases/13 sides of ligated RLN. Vocal cord mobility was detected through electrolaryngoscope for evaluating the postoperative functional recovery of decompressed RLN.Of 8 patients with bilateral RLN paralyses due to the ligation of RLN after previous revised thyroid surgeries, functional adduction and abduction of the vocal cord was recovered completely in 4 patients and recovered basically with a slight weak abduction in one patient after RLN decompression, and the 5 patients were decannulated in 1-4 months postoperatively. For 7 patients with bilateral RLN paralyses resulted from previous primary surgeries, unilateral or bilateral RLN decompress was performed in 2 cases and in 3 cases respectively. The mobility of the paralyzed vocal cord restored in 1-6 months after RLN decompression, besides one case with relative deficient abduction and one case with slight limited abduction and adduction, and the 5 patients were decannulated successfully.

CONCLUSIONExploration surgery could be performed as soon as possible in patients with bilateral RLN paralyses and RLN decompress is effective for the restoration of the function of the nerve.

Decompression, Surgical ; Humans ; Postoperative Period ; Recurrent Laryngeal Nerve ; Recurrent Laryngeal Nerve Injuries ; diagnosis ; etiology ; Thyroid Gland ; surgery ; Thyroidectomy ; Vocal Cord Paralysis ; Vocal Cords

OBJECTIVETo study the surgical treatment of recurrent laryngeal nerve (RLN) injury caused by thyroid operation.

METHODSFrom 1970 to 2001, 50 patients with RLN injury were caused by thyroid operation. The causes, location, type, operative procedures and follow-up were retrospectively analyzed.

RESULTSUnilateral RLN injury occurred in 46 cases and bilateral nerve injury in 4 cases. The RLN injuries were located within 2cm below the point of RLN entering to throat in 45 nerves (83.3%), other places in 6 nerves (11.3%), and unknown location in 3 nerves (5.4%). Transection of the nerve was found in 19 nerves (36.5%), suture or scare pressing the nerve in 35 nerves (64.8%). All the injured nerves were repaired surgically. Meanwhile all 4 patients with bilateral RLN injuries underwent tracheotomy. Of the 50 cases, 44 cases (88.0%) were followed up for more than 1.5 years. Among the 44 followed-up patients, phonation was restored to normal or obvious improvement in 42 cases (95.5%), and improvement in 2 (4.5%). Of the 35 patients with 39 nerves underwent indirect or direct laryngoscopy, the affected vocal cord movement entirely recovered in 21 cords (53.8%), partially recovered in 7 cords (17.9%), uncovered in 11 cords (28.3%). There was no relation between the recovery of phonation or vocal cord movement with the timing or the procedure of repairing operation.

CONCLUSIONSThe location of most RLN injuries caused by thyroid surgery are just below the point of RLN entering to throat, and most are mechanical injury, and need operation to resolve the cause. Once the RLN injury is made, an operation should be performed as early as possible.

Adult ; Aged ; Female ; Humans ; Male ; Middle Aged ; Recurrent Laryngeal Nerve Injuries ; Retrospective Studies ; Thyroidectomy ; adverse effects ; Treatment Outcome ; Vocal Cord Paralysis ; etiology ; surgery

Cartilage ; pathology ; Catheter Ablation ; adverse effects ; methods ; Female ; Humans ; Laryngeal Nerves ; Microwaves ; Middle Aged ; Necrosis ; Thyroid Gland ; surgery ; Trachea ; pathology ; Vocal Cord Paralysis ; etiology

First reported by Nager in 1927, unilateral vocal cord paralysis associated with thyroid disease suggests the malignant and irreversible nature of the thyroid lesion. This condition is rarely seen in benign thyroid diseases, and the function of the vocal cord does not usually return. We present a 54-year-old woman with a history of right hemithyroidectomy for benign thyroid nodule, who had an episode of subacute thyroiditis associated with unilateral vocal cord paralysis. The patient was treated with intravenous antibiotics and underwent a completion thyroidectomy. Post operation, her vocal cord function recovered successfully. Unilateral vocal cord paralysis can be seen in thyroiditis, and this can be reversed with steroids and antibiotics. If surgery is necessary, care must be taken to preserve the recurrent laryngeal nerve.
Acute Disease ; Female ; Follow-Up Studies ; Humans ; Middle Aged ; Recovery of Function ; Recurrent Laryngeal Nerve ; physiology ; Thyroiditis ; complications ; diagnosis ; Tomography, X-Ray Computed ; Vocal Cord Paralysis ; diagnosis ; etiology ; physiopathology

OBJECTIVE: To study the anatomic characteristics of recurrent laryngeal nerve during thyroid surgery. METHOD: A retrospective review of surgical data of 307 patients undertook thyroid surgery was conducted. RESULT: Total 342 recurrent laryngeal nerves were identified during the surgery(184 on the right side, left 158). 215 (62.9%) nerves were deep to the inferior thyroid artery, 106(31.0%)were superficial to the artery, 21(7.5%) were between the arterial branches. A nerve bifurcation was found in 203(59.4%). None of nerve bifurcation was found in 136(39.8%). 3(0.9%)were confirmed to hold non-recurrent laryngeal nerves during operations. No patient showed permanent laryngeal recurrent nerve paralysis postoperatively. CONCLUSION The careful dissection and protection of the recurrent laryngeal nerve was an effective method to prevent its injury during thyroid surgery.
Arteries ; Cranial Nerve Diseases ; etiology ; prevention & control ; Dissection ; Humans ; Postoperative Period ; Recurrent Laryngeal Nerve ; Retrospective Studies ; Thyroid Gland ; surgery ; Thyroidectomy ; Vocal Cord Paralysis