Milne R M, Taylor M W, Taylor R J
Department of General Practice, University of Aberdeen, Foresterhill Health Centre, Scotland.
J Epidemiol Community Health. 1998 Apr;52 Suppl 1:20S-24S.
To create a national data resource for studying morbidity in Scottish general practice, complementary to existing information systems and available for management and research purposes at national and local levels.
The Department of General Practice, University of Aberdeen has worked since 1988 to collect and analyse computerised information at practice, regional, and national levels by distribution of a floppy disk-based software program, which extracts a predetermined dataset from each general practice computer system.
Almost 100% of patients in Scotland are registered with a general practitioner. Scotland has a national computer system, General Practice Administration System for Scotland (GPASS), used by over 75% of all Scottish practices. Escalating costs of health care and demographic changes in the national population emphasise the monetary value of the gatekeeper role of general medical practice. General practitioners' increasing involvement in the provision and purchasing of care has raised the importance of the management of populations as well as the care of individual patients.
Collection of major morbidity and prescribing data from up to 2.4 million patients, approximately half the population of Scotland, takes place biannually. A subset of practices (population 282,700 patients; 52 practices) are continuously collecting doctor/patient contact information (symptoms or diagnoses).
The data collected provide information at the level of the individual patient. Morbidity, prescribing, screening, and administrative data can be linked by patient, date or postcode. The sample population studied is representative by age, sex, deprivation, and sparsity (using the postcode) of the national population. Large sub-populations of patients satisfying a selected criteria can be extracted for further study of needs assessment or of epidemiological research.
The gatekeeping role of Scottish general practice and the predominance of GPASS favours standardisation of methods of data capture and the construction of large regional, national, and Continuous Morbidity databases. Analysis by geographical, demographic, and temporal distributions allows the changing patterns of illness and provision of health care to be studied in substantial detail to the benefit of patients, doctors, and the national health service.
创建一个用于研究苏格兰全科医疗发病率的国家数据资源,作为现有信息系统的补充,供国家和地方层面用于管理和研究目的。
阿伯丁大学全科医疗系自1988年以来一直致力于通过分发基于软盘的软件程序来收集和分析实践、区域和国家层面的计算机化信息,该软件程序从每个全科医疗计算机系统中提取预先确定的数据集。
苏格兰几乎100%的患者都在全科医生处注册。苏格兰有一个国家计算机系统,即苏格兰全科医疗管理系统(GPASS),超过75%的苏格兰医疗机构都在使用。医疗保健成本的不断上升和全国人口的人口结构变化凸显了全科医疗守门人角色的货币价值。全科医生越来越多地参与到医疗服务的提供和购买中,这提高了人群管理以及个体患者护理的重要性。
每两年收集多达240万患者(约占苏格兰人口的一半)的主要发病率和处方数据。一部分医疗机构(涉及282,700名患者;52家医疗机构)持续收集医生/患者接触信息(症状或诊断)。
所收集的数据提供了个体患者层面的信息。发病率、处方、筛查和管理数据可以通过患者、日期或邮政编码进行关联。所研究的样本人群在年龄、性别、贫困程度和稀疏程度(使用邮政编码)方面具有全国人口的代表性。可以提取满足选定标准的大量患者亚群体,以进一步进行需求评估或流行病学研究。
苏格兰全科医疗的守门人角色以及GPASS的主导地位有利于数据采集方法的标准化以及大型区域、国家和持续发病率数据库的建设。通过地理、人口和时间分布进行分析,可以详细研究疾病模式和医疗保健提供情况的变化,从而造福患者、医生和国家医疗服务体系。