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Amaurosis: a complication of bilateral radical neck dissection.

Blindness is a devastating complication of bilateral radical neck dissection. To our knowledge, it has been reported in the literature only 12 times. Although the cause is still controversial, many common factors have been identified. We present a case of blindness after bilateral neck dissection and discuss the perioperative circumstances and the possible causes. We also compare and contrast other cases described in the literature and suggest methods in which this complication can be prevented.

Blindness↗

Indications for bilateral neck dissection in well-differentiated carcinoma of the thyroid.

This paper analyses the results of sixty-eight patients with thyroid carcinoma in whom bilateral modified radical neck dissection was performed, and discusses the indications for bilateral modified radical neck dissection. High frequencies of bilateral jugular lymph node metastases were found in eleven patients with obviously widespread involvement of both thyroid lobes, 13 with cancer mainly located in the isthmus, 2 with clinically detectable bilateral or contralateral jugular chain lymph node metastases, and 10 with recurrent thyroid cancer. Bilateral modified radical neck dissection, therefore appears to be indicated for those conditions. On the other hand, lymph node metastases in the contralateral neck were histologically confirmed in 6 out of 27 patients (22 per cent), in whom papillary carcinoma was clinically confined to one lobe, and where there were no obviously enlarged lymph nodes in the contralateral neck. In those patients, the histological confirmation of the contralateral thyroid lobe involvements, and of the contralateral paratracheal lymph node metastasis, appears to be a valid indication for elective contralateral modified radical neck dissection.

Adenocarcinoma↗

Shoulder pain and function after neck dissection with or without preservation of the spinal accessory nerve.

To compare the difference in the degree of pain and functional disability of the shoulder in patients who underwent neck dissection for the treatment of head and neck cancer, 23 patients with and 12 patients without spinal accessory nerve preservation were evaluated with a questionnaire and a physical examination. In addition, to determine what effect radiation treatment has on pain and shoulder disability, eight patients who had whole neck radiation but no neck dissection were similarly evaluated. The results of this study show that, on the average, neck dissection patients with their spinal accessory nerve preserved have less pain in their shoulders, less functional disability, and stronger results on their physical examination than did those with their spinal accessory nerve sacrificed. It was also found that the patients who received whole neck radiation treatment without neck dissection had little pain, infrequent and insignificant functional disability, and normal strength on physical examination.

Accessory Nerve↗

Shoulder complaints after neck dissection; is the spinal accessory nerve involved?

UNLABELLED: The purpose of the current study was to investigate the relation between shoulder morbidity (pain and range of motion), and the function of the spinal accessory nerve after neck dissection. Identifying dysfunction of the nerve gives insight in the mechanisms of post-operative shoulder complaints. In total 112 patients after neck dissection (73 males/39 females), mean (SD) age 61 (13) years, participated in the study. The mean duration of follow up was 3 (2) years. Five patients had radical, 43 modified radical, 48 supraomohyoid, and 16 posterolateral neck dissection. Thirty-nine complained of shoulder pain of whom 20 (51%) had dysfunction of the spinal accessory nerve, and 19 (49%) did not. In total 29 patients (26%) had dysfunction of the spinal accessory nerve of whom 20 (69%) had shoulder pain. Shoulder pain was significantly related to dysfunction of the nerve (P < 0.001). Twenty-three patients had a difference in active range of motion in shoulder abduction of > or =40 degrees, of whom 22 (96%) had dysfunction of the nerve. A difference in active shoulder abduction of > or =40 degrees was significantly related to loss of function of the spinal accessory nerve (P < 0.001). CONCLUSION: Shoulder pain after neck dissection can only be attributed to dysfunction of the spinal accessory nerve in about 50%. If patients experience shoulder pain after neck dissection examination of the trapezius muscle and active bilateral abduction of the shoulder should be made to find out if the spinal accessory nerve is involved.

Accessory Nerve↗

Patency and flow of the internal jugular vein after functional neck dissection.

OBJECTIVES: To assess the patency and flow of the internal jugular vein after functional neck dissection. STUDY DESIGN: Prospective study of 54 internal jugular veins in 29 oncologic patients undergoing functional neck dissection between September 1994 and February 1997. METHODS: Patency, presence of thrombosis, characteristics of the vein wall, compressibility, area of the vein both in rest and during Valsalva maneuver, expiratory flow speed, Valsalva flow speed, jugular flow in each side, and total jugular flow were assessed in all veins before and after dissection. All patients were evaluated before and after the procedure by means of duplex Doppler ultrasonography. RESULTS: In no case was there thrombosis before or after the operation. Although total jugular flow decreases during the early postoperative period, it recovers to normal parameters within 3 months after surgery. CONCLUSIONS: According to these results, the patency of the internal jugular vein remains unaltered after functional neck dissection. Ultrasonographically there is no thrombosis after this procedure.

Adult↗

[Radical neck dissection in treating cervical lymph node tuberculosis].

OBJECTIVE: To evaluate the significance of radical neck dissection in treatment of mixed-type cervical lymph node tuberculosis. METHOD: One hundred twenty-two cases with mixed-type cervical lymph node tuberculosis were treated with radical neck dissection and the results of the treatment were reported. The size, number, location and pathologic types of abscess, fistula and lymph node were also analyzed. RESULT: All the patients were cured without relapse during 1-7 year follow-up. Spreading antegrade infection and chronic recurrence were found to be the characteristics of mixed-type cervical lymph node tuberculosis. CONCLUSION: Radical neck dissection is an effective and safe approach for treating the disease.

Adolescent↗

Unexpected findings in neck dissection for squamous cell carcinoma: incidence and implications.

BACKGROUND: During the pathologic examination of neck dissections, unexpected pathologic findings may occasionally be encountered. These pathologic findings may simulate malignant disease and/or have implications on the already complicated management of patients with head and neck cancer. METHODS: We retrospectively reviewed 202 consecutive patients with a preoperative diagnosis of squamous cell carcinoma (SCC), who underwent 307 neck dissections performed by a single surgeon and examined by a single pathologist. RESULTS: Ten patients had an unexpected finding. These included metastatic papillary thyroid carcinoma, leukemia, lymphoma, Warthin's tumor, and tuberculosis. Two of three patients with benign-appearing thyroid tissue within lymph nodes received no further treatment, and both remained well beyond 6 years. Four patients succumbed to SCC; none died from the incidentally discovered pathologic findings. CONCLUSIONS: Unexpected pathologic findings may be present in more than 3% of neck dissections. Although this is usually indolent, with the underlying SCC remaining the main prognostic determinate, it may significantly complicate postoperative management.

Adenolymphoma↗

Assessment of shoulder impairment after functional neck dissection: long term results.

OBJECTIVE: In this prospective study, we attempted to use objective techniques to measure shoulder disability and evaluate patients who underwent functional neck dissection (FND) procedure. Patients were compared on the basis of preoperative and postoperative range of motion (ROM) measurements, pain and stiffness domains. At the final visit, a Neck Dissection Impairment Index (NDII) questionnaire was applied to all patients. METHOD: Twenty-five patients treated with head and neck cancer who underwent bilateral FND simultaneously with the resection of primary tumor enrolled in this study from April 2001 to July 2004. Flexion, extension, abduction, internal and external rotations of the shoulder have been measured with electronic incliometer preoperatively, and at the 1st, 3rd, 6th, and 18th months postoperatively. A questionnaire modified from neck dissection impairment index was applied to all patients to measure neck and shoulder disability at final visit. Pain and stiffness domains were also assessed preoperatively and at postoperative 18th month. RESULTS: Measurements of abduction at the first and third months were found to be decreased in comparison with preoperative measurements. These differences were statistically significant (p<0.05). The pain and stiffness scores of all patients at the final visit were significantly worse than the preoperative scores (p<0.005). At the final visit NDII of patients who underwent total laryngectomy were significantly worse than of the patients who underwent partial laryngectomy and glossectomy (p=0.002 and 0.043, respectively). All these results did not correlate with age, radiation therapy (RT), operation side, T stage. CONCLUSION: FND is oncologicaly safe procedure and gives rise to less shoulder morbidity. Although, ROM improved after 18 months from surgery, pain and stiffness were found to be worse than preoperative values. The patients with total laryngectomy had lower NDII scores regarding to other patients. Therefore, shoulder disability can be attributed not only to neck dissection but also to primary surgery.

Aged↗

[Preserving the accessory nerve in neck dissection].

A total of 104 patients who had undergone neck dissection were examined with respect to disturbance of shoulder function on the operated side. The accessory nerve had been severed in half the patients and preserved in the other half. A dynamo-meter was used to measure the force a patient standing upright could exert in pulling upward with his arm outstretched. The relative loss of strength after neck dissection was determined by relating the difference between the two sides to the strength of the healthy shoulder. On average, the loss of strength in the operated shoulder was significantly less after preservation of the accessory nerve than after its severance. An additional influence due to tumour stage or postoperative irradiation was not found. The functional loss determined by the difference quotient correlated well with the patients' subjective account of their functional impairment. Preservation of the eleventh cranial nerve is discussed with respect to the question of increased risk of lymph node recurrence.

Accessory Nerve↗

Investigations into shoulder function after radical neck dissection.

In order to determine shoulder function after radical neck dissection, and to evaluate the outcome of postoperative physical treatment, 43 patients were investigated 10 days up to 1 month after this procedure. Shoulder function was judged by means of (a) clinical investigation of the shoulder girdle and by (b) electromyographic testing of the trapezius muscle. Our results demonstrated a correlation between the extent of atrophy and clinical parameters such as abduction and lateral displacement of the scapula. Electromyography revealed damage present mainly in the descending part of the trapezius, while in the majority of patients the ascending part was only slightly damaged or normal. Electromyography proved a valuable tool for the determination of the clinical state after neck dissection. There was also evidence supporting the efficacy of physical therapy in case of irreversible shoulder disability.

Adult↗

Greater local recurrence occurs with "berry picking" than neck dissection in thyroid cancer.

Managing cervical lymph node metastases in well-differentiated thyroid cancer with either "berry picking" (BP) or anatomic neck dissection (AND) has not been shown to alter survival. Nevertheless local control of thyroid cancer is important. The purpose of this study is to determine whether the local recurrence rate of well-differentiated thyroid cancer is equivalent with BP versus AND. A retrospective analysis revealed 41 patients with well-differentiated thyroid cancer and cervical node metastases seen by a single surgeon from 1985 to 2002. A total of 83 initial and repeat neck operations were performed (nine BPs, 30 central neck dissections, and 44 modified radical neck dissections). Recurrence of cancer, intervention for recurrence, and complications of the BP and AND groups were evaluated. All nine (100%) patients undergoing a limited BP operation had local recurrence of cancer. Only three of the 32 (9%) patients undergoing an initial formal neck operation had local recurrence of tumor. The recurrences after BP (100%) were significantly greater than the recurrences after AND (9%) (P < 0.001). The incidence of surgical complications with BP and AND was not different. Six of 32 (19%) initial formal neck dissection patients and four of nine (44%) BP patients had surgical complications. We conclude that BP is associated with greater local recurrence of thyroid cancer. Patients with nodal metastases should be managed with ANDs.

Adolescent↗

[Radical neck dissection for cancer of the oral cavity].

160 radical neck dissections (RND) were performed on 154 patients with cancer of the oral cavity in which cancer of the tongue predominated. The 3-, 5- and 10-year survival rates of these patients were 62.9%, 58.3% and 36.2%, respectively. Those with advanced lesions or positive lymph nodes had poor prognosis. The lymph nodes commonly involved were the submaxillary and the upper deep cervical nodes but "jumping" metastasis to the lower cervical nodes was observed. Elective radical neck dissection is advised for cancer of the tongue. The Survival rate of the patients treated by preoperative irradiation plus RND is higher than that by surgery alone. Proper management of the postoperative complications and regular follow-up of the patients are suggested.

Adolescent↗

Application of posterior neck dissection in treating malignant melanoma of the posterior scalp.

Utilization of a posterior neck dissection in the treatment of nine patients with malignant melanoma of the posterior scalp is presented. Seven of nine patients presented with metastatic disease present in the posterior neck after initial treatment elsewhere. Four of the seven patients developed regional disease 4 months to 4 years following initial diagnosis. Variables dictating surgical treatment included the Clark's level, Breslow depth of invasion of original lesion, evidence of metastatic disease, and type of melanoma. The surgical technique of the posterior neck dissection is graphically depicted and the indications outlined. The posterior neck dissection is mandatory to adequately resect the primary lymphatics of the posterior scalp. Controlled studies are urged to determine the efficacy of prophylactic surgical lymphadenectomy in malignant melanoma of the head and neck.

Adult↗

Neck dissection: past, present and future?

With the exception of distant metastasis, the presence of cervical lymph node metastasis is the single most adverse independent prognostic factor in head and neck squamous cell carcinoma. Surgical removal of metastatic cervical lymph nodes had been attempted during the late nineteenth century, with varying techniques and poor results. A systematic approach to en bloc removal of cervical lymph node disease, described in detail by Jawdyński at the end of the nineteenth century and popularized and illustrated by Crile in the early twentieth century, provided consistent and more effective treatment and forms the basis of our current techniques. The concepts of radical neck dissection, employed extensively by Martin, were followed with almost religious consistency by most head and neck surgeons until the late twentieth century, when the principles of 'functional' neck dissection, developed by Suárez and popularized by Bocca, Gavilán, Ballantyne, Byers and others, led to the acceptance of modified radical neck dissection as treatment for lymph node disease in various stages. More recently, selective neck dissection, involving removal of nodes confined to the levels at greatest risk of metastasis from primary tumours at various sites, has become accepted practice for elective and, in some instances, therapeutic treatment of the neck. In the future, sentinel lymph node biopsy and the use of molecular pathological analyses may be employed to predict the presence of occult cervical disease, thus directing therapy to patients at greatest risk and sparing those without regional metastasis.

Carcinoma, Squamous Cell↗

Selective neck dissection and sentinel node biopsy in head and neck squamous cell carcinomas.

The Sentinel Node concept is now well established for HNSCC and gives us a strong basis to treat patients with N0 neck where the rate of occult node metastasis is high. At the present time, the most accurate method for staging N0 neck is pathologic examination of the neck content. In this way, sentinel node dissection (SND) and sentinel node biopsy (SNB) are complementary surgical procedures. SNB has limited indications in HNSCC because of the inaccessibility of most of the primary sites to local injection of Tc99m colloid. However it seems to be an encouraging approach for small tumors of the oral cavity. In other primary sites, except for small glottic tumors, patients must undergo an SND. Supraomohyoid neck dissection which removes levels I, II and III, is performed in oral cavity tumors. Lateral neck dissection which removes levels II, III and IV, is used by many authors for laryngeal, oropharyngeal and hypopharyngeal tumors. In our experience, SND could be limited to levels II and III for laryngeal and oropharyngeal tumors without more neck failures. SND is a reliable procedure, we report only 1.5% of skip nodal metastases in 464 patients who had this staging procedure.

Carcinoma, Squamous Cell↗

Neck dissection in the treatment of carcinoma of the anterior two-thirds of the tongue.

The records of 340 patients treated surgically over the 20 year period 1950 through 1969 at this clinic for primary epidermoid carcinoma of the anterior two-thirds of the tongue were reviewed to evaluate the effectiveness of elective versus therapeutic radical neck dissection in their treatment. There has been a change in the clinical presentation of this disease, with more people presenting at an earlier stage, with a smaller primary lesion and fewer cervical node metastases. The over-all survival rate has shown a marked improvement to 69 per cent at five years. The proportion of women afflicted has increased. The status of the cervical nodes is a major prognostic factor, the determining five year survival rate being reduced from 78 to 26 per cent if the nodes are metastatically involved. It cannot be directly proved that removal of occult metastasis to the neck by elective radical neck dissection before nodes are clinically detectable leads to a better survival rate partly because the two groups being compared are selected and not randomly assigned. However, the marked tendency for carcinoma of the tongue to metastasize regionally at some time in its course, the significant error in clinical evaluation of the neck, the significant conversion of clinically negative nodes to positive in patients not treated with radical neck dissection, the poor prognosis after treatment of conversion from clinically negative into positive and the fact that more than half of the deaths are due to uncontrolled disease of the neck alone, make us strongly favor the principle of elective radical neck dissection to enhance the survival time in the group of patients without clinical evidence of nodal involvement. With current surgical expertise, the mortality and morbidity rates of simultaneous radical neck dissection are low, and the potential benefit of the procedure outweighs its potential risks. Obviously, elective radical neck dissection, if beneficial, would most likely be so in patients with the highest likelihood of having occult metastasis.

Carcinoma, Squamous Cell↗

Post-RT CT results as a predictive model for the necessity of planned post-RT neck dissection in patients with cervical metastatic disease from squamous cell carcinoma.

PURPOSE: To establish whether the extent of neck disease on postradiation therapy (RT) computed tomography (CT) can predict the likelihood of positive neck nodes and, thereby, the necessity of planned post-RT neck dissection. METHODS AND MATERIALS: Ninety-five patients who underwent post-RT neck dissection within 2 months for squamous cell carcinoma of the head and neck were eligible. Of the 95 patients, 37 (32.7%) of 113 hemineck specimens were pathologically positive. On post-RT CT imaging studies, the number and size of lymph nodes >1 cm were recorded. Internal focal defects and the likelihood of extracapsular spread were graded. RESULTS: If lymph nodes on post-RT CT were < or = 15 mm, free of significant internal focal low-attenuation or calcification, and without imaging evidence of extracapsular spread, the surgical hemineck specimen was positive in 1 (3.4%) of the 29 hemineck specimens. A focal low-attenuation defect (p = 0.0078) and evidence of extracapsular spread (p = 0.0721) seen in the residual nodal mass on CT were independent predictors of a positive surgical specimen by multivariate analysis. CONCLUSION: CT findings on post-RT neck studies can help predict the likelihood of residual disease and, thereby, the necessity of planned post-RT neck dissection.

Adult↗

Blindness after bilateral neck dissection: case report and review.

The primary objective of this review of the literature is to identify the probable causes of blindness after bilateral radical neck dissections. This case report and literature review also discusses possible preventive measures that may avert this catastrophic outcome. Cases of blindness after bilateral radical neck dissection were identified by an electronic literature search, as well as cross-checking all references of the above-identified papers. Eleven previous cases of blindness after bilateral neck dissection were identified. The most common cause was posterior ischemic optic neuropathy (PION), which was permanent. We present the only case in the literature in which blindness occurred after radical neck dissections separated by a span of 9 years. The cause of blindness in our patient was posterior ischemic optic neuropathy. Contributing factors included anemia, hypotension, and disruption of collateral venous return from the neck.

Aged↗