文摘

建筑相关疾病的现象近年来吸引了许多研究感兴趣是因为它在多大程度上影响免疫系统的人,尤其是孩子。在这项研究中,我们报告了参加我们的中心,因为儿童的神经系统发现慢性接触有毒霉菌。临床神经学和神经行为问卷管理合作的孩子�年代的父母。孩子们接受了一系列的神经生理学测试包括脑电图(EEG)、脑干诱发电位(BAEP)、视觉诱发电位(VEP)和躯体感觉诱发电位(SSEP)。结果显示高水平的异常分析的主观反应来源于问卷调查。异常脑电图检查在七分的患者相比,控制与只有十分之一的bihemispheric锋利的活动。在所有的病人,额颞叶θ波ativity似乎表明扩散代谢脑病的变化特征。也有高度显著的1到3赫兹三角洲活动在大脑的右半球不对称三的病人。BAEP波形的显示异常,90%的患者都15日和31日检查尺寸相比没有控制。波形有明显的延迟V在大多数病人代表功能失调性认知过程和传导性听力损失在两个耳朵。 VEP showed clear abnormalities in four in ten of the patients with P100 amplitudes and latencies decreased bilaterally. In all the patients, there was slowing of conduction in the right tibial at an average of 36.9 ms and there was significant decrease in amplitude of response at the proximal stimulation site. Sensory latencies obtained in the median, ulnar, and sural nerves bilaterally showed abnormalities in five out of ten compared to none in the controls. The median, ulnar, and sural sensory potentials were abnormal in six out of ten patients. There was prolongation of the median distal sensory latencies bilaterally at an average of 4.55 ms on the right and an average of 6.10 ms on the left as compared to the ulnars of 2.55 ms bilaterally. There was no abnormality in the controls. These findings represent evidence of diffuse polyneuropathy to which three patients demonstrated borderline slow motor conduction at an average of 41.1 ms. Overall, the objective neurophysiological measurements (EEG, BAEP, VEP, and SSEP) were abnormal, indicating significant neurological deficits in all the patients. Our findings revealed the extent to which toxic molds can affect the neurological and behavioral status of children. Further work should be encouraged in this regard.