【职业性周围神经障碍的研究:综述】。

Mamoru Hirata
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引用次数: 0

摘要

目的:结合笔者的工作经验,综述了职业性周围神经疾病(OPD)在工作场所的研究现状及未来面临的问题。方法:作者展示了四个案例研究,因为四种化学物质;利用神经传导速度(NCV)对人造丝工厂接触二硫化碳(CS2)的工人周围神经影响的横断研究,以及振动综合征(VS)和非特异性颈臂疾病(CBD)患者OPD的研究。结果:4例分别为无机铅、铊、正己烷、甲基溴慢性中毒所致OPD,均出现OPD的临床症状和体征,并分析了两者的因果关系。横断面流行病学研究表明,暴露于约5ppm CS2的工人下肢NCV降低,暴露于> 5ppm CS2的工人上肢NCV降低。多灶性损伤表现为多发神经感觉神经传导速度(SCV)降低。报告了CBD患者食指桡神经的SCV减少。结论:病例、患者和流行病学研究显示了OPD的不同阶段。然而,最近由于化学品引起的与工作有关的疾病的减少可能导致OPD的减少。包括其他因素和鉴别诊断在内的门诊疾病问题,由于引入了毒性尚不清楚的化学品,最终将继续存在。
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[A study on occupational peripheral nerve disorders: a general view].

Objectives: The studies on occupational peripheral nerve disorders (OPD) in the workplace and future issues of OPD were overviewed based on the author's experiences.

Methods: The author shows four case studies because of four chemicals; cross-sectional studies using nerve conduction velocity (NCV) on the effect on the peripheral nerve among workers exposed to carbon disulphide (CS2) in rayon manufacturing factories and studies on OPD among patients with vibration syndrome (VS) and non-specific cervicobrachial disorders (CBD).

Results: Four cases of OPD due to chronic poisoning because of inorganic lead, thallium, n-hexane, and methyl bromide, respectively, were presented with clinical signs and symptoms of OPD and the cause-and-effect relationships were described. Cross-sectional epidemiological studies clarified that workers exposed to approximately 5 ppm of CS2 showed NCV reduction in the lower extremities and those exposed to > 5 ppm showed NCV reduction in the upper extremities. Multifocal damages due to VS was presented through high rate of patients with sensory nerve conduction velocity (SCV) reduction in multiple nerves. SCV reduction of the radial nerve in the index finger among patients with CBD was presented.

Conclusions: The various OPD phases were shown by case, patient, and epidemiological study. However, the recent decrease of work-related illness due to chemicals may result to OPD reduction. The issue of OPD including other factors and differential diagnosis, will remain eventually owing to introducing chemicals of which toxicity are unclear.

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CiteScore
0.30
自引率
0.00%
发文量
40
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