Seyfang Andreas, Miksch Silvia, Marcos Mar
Institute of Software Technology and Interactive Systems, University of Technology, Favoritenstrasse 9-11/188, A-1040, Vienna, Austria.
Int J Med Inform. 2002 Dec 18;68(1-3):49-57. doi: 10.1016/s1386-5056(02)00064-3.
Traditionally, diagnosis and treatment have been seen as two distinct tasks. Consequently, most approaches to computer supported health care focus on one of the two-mostly on diagnosis or rather on the interpretation of measurements which is much better understood and formalised. However, in practice diagnosis and treatment overlap and influence each other in many ways. Combinations range from repeatedly going through the diagnosis-treatment loop over a period of time to permanent monitoring of the patients' health condition as it is done in intensive care units. In this article we describe how to model these combinations using the clinical protocol-representation language ASBRU. It implements treatment steps in a hierarchy of skeletal, time-oriented plans. Diagnosis can either be described in a declarative way in the conditions, under which treatment steps are taken or it can be modelled explicitly as plans of their own right. We demonstrate our approach using examples taken from the American Association of Paediatricians' guideline for the treatment of hyperbilirubinemia in the new-born.
传统上,诊断和治疗被视为两项截然不同的任务。因此,大多数计算机辅助医疗保健方法都侧重于这两者之一,主要是诊断,或者更确切地说是对测量结果的解释,这一点得到了更好的理解和形式化。然而,在实践中,诊断和治疗在许多方面相互重叠并相互影响。其组合方式包括在一段时间内反复进行诊断-治疗循环,以及像在重症监护病房那样对患者健康状况进行持续监测。在本文中,我们描述了如何使用临床协议表示语言ASBRU对这些组合进行建模。它在面向时间的骨架计划层次结构中实现治疗步骤。诊断既可以在采取治疗步骤的条件中以声明方式进行描述,也可以作为独立的计划进行明确建模。我们使用美国儿科学会新生儿高胆红素血症治疗指南中的示例来展示我们的方法。