退伍军人事务部电子病历管理数据中早发性痴呆诊断的有效性

J. Marceaux, J. Soble, J. O’Rourke, A. Swan, M. Wells, Megan Amuan, H. Sagiraju, Blessen C. Eapen, M. Pugh
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引用次数: 17

摘要

【摘要】目的通过对退伍军人健康管理局(VHA)电子医疗记录(emr)的分析,确定一种基于管理数据的算法对早发性痴呆(EOD)诊断的有效性。方法采用先前使用的利用行政数据识别痴呆症病例的方法,随机抽样176例65岁以下的9/11后部署的退伍军人。采用行政数据、图表抽象和经委员会认证的神经心理学家的审查/共识相结合的方法,对emr进行回顾性、横断面检查。结果在整个样本中,使用现有算法识别的EOD诊断中约有73%被识别为假阳性。在有精神健康问题的人中,这一比例增加到约76%,在轻度创伤性脑损伤(TBI)患者中,这一比例约为85%;即脑震荡)。与提高诊断准确性相关的因素包括更严重的创伤性脑损伤、诊断临床医生的类型、神经影像学资料的存在、没有合并症的精神健康状况诊断以及诊断时的年龄较大。先前使用的使用VHA管理数据检测痴呆的算法不支持在年轻成人样本中使用,并导致假阳性数量高得令人无法接受。基于这些发现,人们担心在使用类似算法识别退伍军人中EOD比率的人口研究中可能存在错误分类。此外,我们提供建议,以开发一种增强的算法,以更准确地监测年轻人群中的痴呆症。
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Validity of early-onset dementia diagnoses in VA electronic medical record administrative data
Abstract Objective To determine the validity of diagnoses indicative of early-onset dementia (EOD) obtained from an algorithm using administrative data, we examined Veterans Health Administration (VHA) electronic medical records (EMRs). Method A previously used method of identifying cases of dementia using administrative data was applied to a random sample of 176 cases of Post-9/11 deployed veterans under 65 years of age. Retrospective, cross-sectional examination of EMRs was conducted, using a combination of administrative data, chart abstraction, and review/consensus by board-certified neuropsychologists. Results Approximately 73% of EOD diagnoses identified using existing algorithms were identified as false positives in the overall sample. This increased to approximately 76% among those with mental health conditions and approximately 85% among those with mild traumatic brain injury (TBI; i.e. concussion). Factors related to improved diagnostic accuracy included more severe TBI, diagnosing clinician type, presence of neuroimaging data, absence of a comorbid mental health condition diagnosis, and older age at time of diagnosis. Conclusions A previously used algorithm for detecting dementia using VHA administrative data was not supported for use in the younger adult samples and resulted in an unacceptably high number of false positives. Based on these findings, there is concern for possible misclassification in population studies using similar algorithms to identify rates of EOD among veterans. Further, we provide suggestions to develop an enhanced algorithm for more accurate dementia surveillance among younger populations.
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