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简易精神状态检查表的临床解读

Clinical interpretation of the mini-mental state.

作者信息

Patten S B, Fick G H

机构信息

Department of Community Health Sciences, Faculty of Medicine, University of Calgary, Alberta, Canada.

出版信息

Gen Hosp Psychiatry. 1993 Jul;15(4):254-9. doi: 10.1016/0163-8343(93)90040-u.

Abstract

The Mini-Mental Status Examination (MMSE) is a brief, structured test of cognitive function. The test is often used as a screening or case-finding instrument for the detection of organic mental disorders or cognitive impairment. However, many clinicians incorporate the MMSE into their clinical mental status examination. In both contexts, cutoff scores are often utilized to interpret the results, with scores below the cutoff being interpreted as evidence of cognitive dysfunction, and scores above the cutoff being interpreted as evidence against such dysfunction. However, when the test is done as part of a mental status examination, the application of a cutoff score fails to take account of prior clinical information, which is critical to the interpretation of all diagnostic tests. In this paper, an alternative approach to interpretation is proposed. In the proposed method, guidelines for interpretation are based on the probability of being free of organic disease at each potential score. Scores are interpreted in terms of their consistency or inconsistency with a prior diagnostic impression. This takes prior clinical information and clinical judgment into account. Although different from the traditional way of interpreting the MMSE, the proposed method can be implemented on an intuitive level and does not require mathematical calculations, which are inconvenient at the bedside.

摘要

简易精神状态检查表(MMSE)是一种简短的、结构化的认知功能测试。该测试常被用作筛查或病例发现工具,以检测器质性精神障碍或认知障碍。然而,许多临床医生将MMSE纳入他们的临床精神状态检查中。在这两种情况下,常使用临界值分数来解释结果,低于临界值的分数被解释为认知功能障碍的证据,而高于临界值的分数则被解释为不存在这种功能障碍的证据。然而,当该测试作为精神状态检查的一部分进行时,临界值分数的应用没有考虑到先前的临床信息,而这对于所有诊断测试的解释至关重要。本文提出了一种替代的解释方法。在所提出的方法中,解释指南基于每个潜在分数下无器质性疾病的概率。分数根据其与先前诊断印象的一致性或不一致性来解释。这考虑到了先前的临床信息和临床判断。尽管与传统的MMSE解释方式不同,但所提出的方法可以在直观层面上实施,并且不需要数学计算,而数学计算在床边操作时很不方便。

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