Changes of neurobehavioral function of male workers could be caused by low intensity noise.
低强度噪声可引起作业男工神经行为功能的改变。
The results suggested that the handset using could cause adverse health effects in neurobehavioral function.
说明使用移动电话手机能引起神经行为方面的不良反应。
Objective To research the relation between blood alcohol concentration (BAC) and neurobehavioral function after drinking.
目的研究血中乙醇质量浓度与神经行为能力的关系。
Conclusion Occupational aluminium exposure might interfere with normal neurobehavioral function, the effects seem to be age dependent.
结论职业性铝接触可影响工人正常的神经行为功能，而且存在年龄依赖性差异。
Methods The neurobehavioral function of 81 workers exposed to CS2 were tested with NES-C3 and its relation with exposure levels was analyzed.
方法使用NES - C3对81名接触CS2工人的神经行为功能进行测试，并与其接触水平进行相关分析。
Method We assessed the cognitive function by a neurobehavioral function test MMSE , comparing the MMSE score among the LA, lacunar, normal groups.
方法利用简易精神状态量表（MMSE）作为认知功能的测评工具，比较LA伴腔隙梗死、单纯腔隙梗死、健康对照组间MMSE分值。
Objective:The aim of this investigation was to study the influence of driving and crew members work on the neurobehavioral function of the locomotive drivers.
目的：研究铁路驾乘作业对铁路机车司机神经行为功能的影响情况。
Results of correlation analysis showed that there was dose effect relationship between cumulative exposure to manganese and changes in neurobehavioral function.
相关分析发现神经行为功能改变与累积接触水平之间存在剂量效应关系。
Conclusion it suggests that occupational exposure to low level of aluminum can affect the neurobehavioral function and metabolism of monoamine neurotransmitter.
结论提示职业性低浓度接触铝可影响神经行为功能和单胺类神经递质代谢。
Objective to explore the neurotoxic effects of aluminium and age dependent difference of neurobehavioral function among occupationally aluminium exposed workers.
目的探索铝的神经毒性和职业性铝作业工人神经行为功能的年龄依赖性差异。
The aim of this study was to assess the dose effect relationship between cumulative levels in workers exposed to manganese and changes of their neurobehavioral function.
旨在探讨锰的累积暴露水平与神经行为改变之间的剂量效应关系。对139名锰铁冶炼工人和93名电焊工人进行了研究。
It suggested that the environmental lead pollution of low concentration may enhance the blood lead level and the genetic material damage, may decline the neurobehavioral function.
这表明，环境中低浓度铅污染可增加血铅负荷和遗传物质损伤，并且可降低神经行为功能。
It suggests that intrauterine lead exposure can cause adverse effects on neonatal neurobehavioral development, especially on their visual and auditory function.
宫内铅暴露对新生儿神经行为发育，特别对视和听功能可产生不良影响。
It suggests that intrauterine lead exposure can cause adverse effects on neonatal neurobehavioral development, especially on their visual and auditory function.
宫内铅暴露对新生儿神经行为发育，特别对视和听功能可产生不良影响。
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