Schulz Stefan, Kumar Anand, Bittner Thomas
Department of Medical Informatics, University Hospital, Freiburg, Germany.
J Biomed Inform. 2006 Jun;39(3):350-61. doi: 10.1016/j.jbi.2005.11.003. Epub 2005 Dec 19.
Mereological relations such as part-of and its inverse has-part are fundamental to the description of the structure of living organisms. Whereas classical mereology focuses on individual entities, mereological relations in biomedical ontologies are generally asserted between classes of individuals. In general, this practice leaves some basic issues unanswered: type constraints of mereological relations, e.g., concerning artifacts and biological entities, the relation between parthood and time, inferred parts and wholes as well as a delimitation of parthood against spatial inclusion. Furthermore, mereological relations can be asserted not only between physical objects but also between biological processes and medical procedures. We analyze these ambiguities and make suggestions for a standardization of mereological relations in biomedical ontologies.
诸如“部分-整体”及其逆关系“具有-部分”等分体论关系对于描述生物体的结构至关重要。经典分体论关注个体实体,而生物医学本体中的分体论关系通常是在个体类之间断言的。一般来说,这种做法留下了一些基本问题未得到解答:分体论关系的类型约束,例如关于人工制品和生物实体的约束、部分与时间之间的关系、推断的部分和整体以及部分与空间包含的界定。此外,分体论关系不仅可以在物理对象之间断言,还可以在生物过程和医疗程序之间断言。我们分析了这些模糊性,并对生物医学本体中分体论关系的标准化提出了建议。