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综合公共卫生监测系统的演变

Evolution of an integrated public health surveillance system.

作者信息

Chapman Derek A, Ford Nancy, Tlusty Susan, Bodurtha Joann N

机构信息

Department of Epidemiology and Community Health, School of Medicine, Virginia Commonwealth University, Richmond, VA 23218, USA.

出版信息

J Registry Manag. 2011 Spring;38(1):15-23.

Abstract

There is a growing recognition in maternal and child health of the importance of social, behavioral, biological, and genetic factors across the entire life course. Unfortunately, most state maternal and child health surveillance systems are not designed to readily address longitudinal research questions or track and follow children across multiple programs over time. The Virginia Department of Health (VDH) recently integrated its birth defects registry, newborn hearing screening tracking and management system, and electronic birth certificate (EBC) into a robust, Web-based surveillance system called the Virginia Vital Events and Screening Tracking System (VVESTS). Completely redesigning the existing birth defects and newborn hearing screening system (the Virginia Infant Screening and Infant Tracking System--VISITS I) with minimal disruption of ongoing reporting presented a number of challenges. Because VVESTS had different requirements such as required fields and data validations, extensive data preparation was required to ensure that existing VISITS I data would be included in the new system (VISITS II). Efforts included record deduplication, conversion of free text fields into discrete variables, dealing with missing/invalid data, and linkage with birth certificate data. VISITS II serves multiple program needs; improves data quality and security; automates linkages within families, across programs, and over time; and improves the ability of VDH to provide children with birth defects and their families necessary follow-up services and enhanced care coordination.

摘要

母婴健康领域越来越认识到社会、行为、生物和遗传因素在整个生命历程中的重要性。不幸的是,大多数州的母婴健康监测系统并非为轻松解决纵向研究问题或长期跟踪和随访儿童参与多个项目的情况而设计。弗吉尼亚州卫生部(VDH)最近将其出生缺陷登记处、新生儿听力筛查跟踪与管理系统以及电子出生证明(EBC)整合到一个强大的基于网络的监测系统中,称为弗吉尼亚生命事件与筛查跟踪系统(VVESTS)。在尽量减少对正在进行的报告造成干扰的情况下,对现有的出生缺陷和新生儿听力筛查系统(弗吉尼亚婴儿筛查与婴儿跟踪系统——VISITS I)进行全面重新设计带来了诸多挑战。由于VVESTS有不同的要求,如必填字段和数据验证,需要进行大量的数据准备工作,以确保现有的VISITS I数据能被纳入新系统(VISITS II)。这些工作包括记录去重、将自由文本字段转换为离散变量、处理缺失/无效数据以及与出生证明数据建立关联。VISITS II满足了多个项目的需求;提高了数据质量和安全性;实现了家庭内部、不同项目之间以及长期的数据自动关联;并提高了VDH为患有出生缺陷的儿童及其家庭提供必要的后续服务和加强护理协调的能力。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9255/4870589/876611b04028/nihms785344f1.jpg

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Data linkage using probabilistic decision rules: a primer.使用概率决策规则的数据链接:入门指南。
Birth Defects Res A Clin Mol Teratol. 2008 Nov;82(11):812-21. doi: 10.1002/bdra.20510.

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