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首页> 外文期刊>Clinical EEG and neuroscience: official journal of the EEG and Clinical Neuroscience Society (ENCS) >Long latency evoked potential database for clinical applications: justification and examples.
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Long latency evoked potential database for clinical applications: justification and examples.

机译：长时延诱发了潜在的临床应用数据库：理由和示例。

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We summarize our experience with the clinical utility of long latency evoked potential (EP) data in clinical QEEG studies. In contrast to common wisdom, such EP data are consistent across appropriately chosen age groups. In a healthy adult population, EP data correlate consistently with independently collected psychological variables. In our pediatric referral population, EP data are of greatest and most unique value in the learning disabilities but also augment detection of abnormality in epilepsy and behavioral abnormality. Selection of subjects for a clinical database on the basis of examined medical, neurological and behavioral health, forms adequately consistent groupings for clinical utility. The use of the Z-SPM is essential for detection of EP abnormality. A minimum of three replications within a clinical study protects against chance/false positives. Also, the true data dimensionality within EP data sets is far less than the total number of variables typically collected.
机译：我们总结了我们在临床QEEG研究中对长潜伏期诱发电位（EP）数据的临床实用性的经验。与常识相反，此类EP数据在适当选择的年龄组中是一致的。在健康的成年人口中，EP数据与独立收集的心理变量一致。在我们的儿科转诊人群中，EP数据在学习障碍中具有最大和最独特的价值，但也增加了癫痫和行为异常方面的检测。根据已检查的医学，神经和行为健康状况，为临床数据库选择受试者，从而形成足够一致的临床用途分组。 Z-SPM的使用对于检测EP异常至关重要。临床研究中至少要进行3次重复，以防止偶然/误报。而且，EP数据集中的真实数据维数远远小于通常收集的变量总数。

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