Shiffman R N
Center for Medical Informatics, Yale School of Medicine, New Haven, Connecticut, USA.
Proc Annu Symp Comput Appl Med Care. 1995:411-5.
Effective, computer-based representation of clinical observations requires balancing the advantages of structured, coded descriptions against those of free text narrative. An essential data set of relevant signs and symptoms was defined by a multidisciplinary group based on management goals published in a national guideline to meet the needs of clinicians in the Spina Bifida Clinic at Yale-New Haven Hospital. These core data elements are stored in a structured format. Additional material is stored as free text. A relational schema was devised that permits storage of both coded findings and narrative. Symptoms and signs are represented as subtypes of a supertype patient finding entity; they inherit common attributes and specialize others. The IVORY vocabulary was supplemented and modified to provide terms that describe relevant clinical observations. For this application, fields were added that enable predictive data entry of findings based on patient age and gender.
有效的基于计算机的临床观察表示需要在结构化编码描述的优势与自由文本叙述的优势之间取得平衡。一个多学科小组根据国家指南中公布的管理目标定义了一组相关体征和症状的基本数据集,以满足耶鲁-纽黑文医院脊柱裂诊所临床医生的需求。这些核心数据元素以结构化格式存储。其他材料则以自由文本形式存储。设计了一种关系模式,允许存储编码结果和叙述内容。症状和体征被表示为超级类型患者发现实体的子类型;它们继承共同属性并专门化其他属性。对IVORY词汇表进行了补充和修改,以提供描述相关临床观察的术语。对于此应用程序,添加了一些字段,以便根据患者年龄和性别进行结果的预测性数据输入。