brain; cognition; independent component analysis; medical disorders; neurophysiology; ADHD adults; ADHD symptoms; ERP data; attention deficit-hyperactivity disorder; cognitive function evaluation; event-related potential; healthy comparison controls; iICA method utility; inhibitory control; iterative independent component analysis; neural mechanisms investigation; neurophysiological correlates; short interstimulus intervals; single-trial brain responses; Analysis of variance; Biomedical engineering; Educational institutions; Electroencephalography; Process control; Standards; ADHD; Continuous Performance Task; Event Related Potentials; Independent Component Analysis; Inhibitory Control;
机译:成人多动症与其同龄人在抑制控制方面的神经生理学差异
机译:多巴胺转运蛋白(SLC6A3)基因型会影响认知反应对照在ADHD患者的成人样本中的神经生理学相关性
机译:使用独立的ERP组件和支持向量机区分ADHD成人和控制者:一项验证研究
机译:稀疏转换的脑电信号的独立成分分析,用于多动症/正常成年人的分类
机译:使用迭代独立分量分析改进了诱发电位估计。
机译:多巴胺转运蛋白(SLC6A3)基因型影响ADHD患者的成人样本中认知反应控制的神经生理相关性。
机译:多巴胺转运蛋白(SLC6A3)基因型影响ADHD患者的成人样本中认知反应控制的神经生理相关性。