Weed L L, Zimny N J
PKC Corporation, South Burlington, VT 05401.
Phys Ther. 1989 Jul;69(7):565-8. doi: 10.1093/ptj/69.7.565.
The information tool to aid us in making the clinical decisions discussed in this presentation is called the PKC. Our goal with patients should be to couple the knowledge of the unique patient to the knowledge in the literature and get the best possible match. This approach requires combinatorial versus probabilistic thinking. In the real world, ideal matches are not found. Therefore, it is critical to exhaust the patient's uniqueness first and only then use probabilities to settle further uncertainties. It is an error to teach people how to deal with uncertainty instead of teaching them to clean up a great deal of the uncertainty first. Patients must be involved in this endeavor. In essence, they have a PhD in their own uniqueness, and it is this uniqueness that is very powerful in solving complex problems. This method of patient evaluation and management cannot be used with the unaided mind. It requires new and powerful information tools like the PKC. All information that is relevant to a problem should be included in the coupler. It should encompass differing points of view, and the rationale should be made explicit to clinician and patient alike. When complete, the coupler should represent an interdisciplinary compilation of questions and tests that are expected to be collected every time in the clinic for the type of problem the coupler represents. This method will provide a basis for quality control because the contents of the coupler now have defined what we expect to occur in every patient encounter.(ABSTRACT TRUNCATED AT 250 WORDS)
在本演讲中,帮助我们做出临床决策的信息工具叫做PKC。我们对待患者的目标应该是将患者的独特知识与文献中的知识相结合,以获得最佳匹配。这种方法需要组合思维而非概率思维。在现实世界中,找不到理想的匹配。因此,首先穷尽患者的独特之处,然后再用概率来解决进一步的不确定性至关重要。教导人们如何应对不确定性,而不是先教导他们消除大量不确定性,这是一种错误。患者必须参与到这项工作中来。本质上,他们在自身独特性方面拥有博士学位,而正是这种独特性在解决复杂问题时非常有力。这种患者评估和管理方法不能仅靠大脑完成。它需要像PKC这样强大的新信息工具。与问题相关的所有信息都应包含在耦合器中。它应涵盖不同的观点,并且原理应向临床医生和患者都明确说明。完成后,耦合器应代表一个跨学科的问题和测试汇编,每次在诊所遇到耦合器所代表的问题类型时都应进行收集。这种方法将为质量控制提供基础,因为耦合器的内容现在已经定义了我们期望在每次患者诊疗中出现的情况。(摘要截选至250字)