White R F, Diamond R, Krengel M, Lindem K, Feldman R G, Letz R, Eisen E, Wegman D
Department of Neurology, Boston University School of Medicine, MA, USA.
Neurotoxicol Teratol. 1996 Jul-Aug;18(4):441-8. doi: 10.1016/0892-0362(96)00021-9.
Performance on the Neurobehavioral Evaluation System (NES) has been demonstrated to be affected by exposure to a variety of neurotoxicants. However, the relation of NES subtests to CNS function has not yet been documented in patients diagnosed with neurologic disorders known to implicate specific brain substrates. A validation study of the NES2 was carried out in patients with multiple sclerosis (MS) and Parkinson's disease (PD), disorders exhibiting neuropathology at loci (white matter in MS, basal ganglia in PD) believed to be the sites of action of several known neurotoxicants. The results indicated that performance on certain NES2 subtests was affected in expected ways in both types of patients. However, performance on many more subtests was impaired, relative to controls, in MS than in PD. The relative insensitivity to PD suggests that expansion and refinement of the battery are required if it is to serve well in detecting the effects of toxicants in subjects without frank physical symptoms. These are the goals of a new version of the instrument currently under development (NES3).
神经行为评估系统(NES)的测试表现已被证明会受到多种神经毒物暴露的影响。然而,在被诊断患有已知涉及特定脑基质的神经系统疾病的患者中,NES子测试与中枢神经系统功能之间的关系尚未有文献记载。对NES2进行了一项验证研究,研究对象为患有多发性硬化症(MS)和帕金森病(PD)的患者,这两种疾病在被认为是几种已知神经毒物作用部位的位点(MS中的白质,PD中的基底神经节)表现出神经病理学特征。结果表明,在这两类患者中,某些NES2子测试的表现均以预期方式受到影响。然而,相对于对照组,MS患者中表现受损的子测试比PD患者更多。对PD相对不敏感表明,如果该测试组合要在检测无明显身体症状的受试者中有毒物质的影响方面发挥良好作用,则需要对其进行扩展和完善。这些是目前正在开发的新版本仪器(NES3)的目标。