SNOMED CT 疾病的公理化:是否应留有余地?

Werner Ceusters, Anuwat Pengput
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引用次数: 0

摘要

SNOMED CT 是根据与临床医生相关的认识论、语义学和实用性原则设计的基于概念的大型术语。其目标是在电子医疗记录(EHR)中进行结构化临床报告。基本形式本体论(BFO)是一种本体论,其设计基础是基于独立于领域的本体论理论而声称在现实中存在的类型。其目标是在该理论范围内忠实地再现现实。通用医学本体论(OGMS)扩展了 BFO,为临床领域的相关类型提供了定义。将 SNOMED CT 与 BFO 和 OGMS 的本体论严谨性结合起来,可以通过防止数据录入错误和不一致等方式改进临床报告,并使电子病历更具可比性。为此,我们正在开发一个逻辑框架,通过与 BFO 兼容的桥接公理,利用 SNOMED CT 在术语上提供的功能,以及 BFO 和 OGMS 在本体论上基于现实主义的本体,并以其在一阶逻辑公理化中使用的相同 CLIF 方言来表达。在本文中,我们报告了我们试图从 SNOMED CT 的失调概念定义中使用的二元关系组合中发现至少可以部分自动构建此类公理的模式。我们的研究结果表明,这种部分自动化确实是可能的,但程度比我们期望的要小。我们将我们的方法与最近提出的一项建议进行了比较,该建议试图通过将SNOMED CT疾病重新解释为临床发生物来拉近SNOMED CT与BFO之间的距离。该建议的优点是为 SNOMED CT 概念模型中有关 BFO 的部分提供了现实主义的基础,但在自动翻译成 OGMS 方面却缺乏足够的辨别力。问题的关键在于,SNOMED CT 紊乱术语与它们的正式定义相比,缺乏表面有效性,而且这还是在没有文本定义的情况下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Axiomatizing SNOMED CT Disorders: Should There Be Room for Interpretation?

SNOMED CT is a large concept-based terminology designed according to epistemic, semantic and pragmatic principles relevant to clinicians. Its goal is structured clinical reporting in electronic healthcare records (EHRs). The Basic Formal Ontology (BFO) is an ontology designed on the basis of types claimed to exist in reality based on a domain-independent ontological theory. Its goal is faithful representation of reality within that theory. The Ontology for General Medical Science (OGMS) extends the BFO by providing definitions for types relevant within the clinical domain. Combining SNOMED CT with the ontological rigor of BFO and OGMS might improve clinical reporting by, f.i., preventing data entry mistakes and inconsistencies, and make EHRs more comparable. To that end, we are developing a logical framework capable of exploiting what SNOMED CT offers terminologically and realism-based ontologies such as the BFO and the OGMS ontologically by means of bridging axioms compatible with the BFO, and expressed in the same CLIF-dialect as used in its axiomatization in first order logic. In this paper, we report on our attempts to detect in the combinations of binary relations that are used in the definition of SNOMED CT's definitions of disorder concepts patterns which might at least partially automate the construction of such axioms. Our findings suggest that this partial automation is indeed possible, but to a smaller extent than we had hoped for. We compare our approach with a recent proposal that seeks to bring SNOMED CT and BFO closer together by reinterpreting SNOMED CT disorders as clinical occurrents. The proposal has its merit in providing a realist underpinning for that part of SNOMED CT's concept model in terms of the BFO, but is not discriminatory enough for an automatic translation into OGMS. Key problem is the lack of face validity of SNOMED CT disorder terms as compared to the formal definitions they are given and this in absence of textual definitions.

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