A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys

Background: Large multicenter surveys are increasingly popular in the environmental health field. The quality of the data and management of surveys is crucial to the success of the project. However, none of the existing survey tools include remote, multirole, and real-time quality control of the sur...

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Main Authors: Yi Zhang, Jianlong Fang, Peng Du, Jiaonan Wang, Runmei Ma, Hongtai Pei, Tiantian Li
Format: Article
Language:English
Published: Wolters Kluwer Medknow Publications 2019-01-01
Series:Cardiology Plus
Subjects:
Online Access:http://www.cardiologyplus.org/article.asp?issn=2470-7511;year=2019;volume=4;issue=3;spage=81;epage=86;aulast=Zhang
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spelling doaj-f3938d3ce59b46edb98e4a6ccea5f6122020-11-25T02:04:12ZengWolters Kluwer Medknow PublicationsCardiology Plus2470-75112470-752X2019-01-0143818610.4103/cp.cp_18_19A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveysYi ZhangJianlong FangPeng DuJiaonan WangRunmei MaHongtai PeiTiantian LiBackground: Large multicenter surveys are increasingly popular in the environmental health field. The quality of the data and management of surveys is crucial to the success of the project. However, none of the existing survey tools include remote, multirole, and real-time quality control of the survey. We have therefore developed an electronic investigation system (EIS), with multirole real-time quality control and progress monitoring modules. Methods and Results: Our investigation system has three levels of quality control officers. Questionnaires verified by the lower-level quality control officers can also be verified at a higher level. The strictly hierarchical verification roles improve quality control even more than retaining quality control officers at each study center. Project investigators can also monitor the progress of the project and each center daily and annually, for a real-time understanding of the performance of each investigator and quality control officer. Conclusion: Our EIS has met the requirements for multicenter studies in the environmental health field. Researchers may use our design to conduct multicenter surveys more efficiently in future.http://www.cardiologyplus.org/article.asp?issn=2470-7511;year=2019;volume=4;issue=3;spage=81;epage=86;aulast=ZhangMulticenter survey toolprogress monitoringreal-time quality controlweb-based
collection DOAJ
language English
format Article
sources DOAJ
author Yi Zhang
Jianlong Fang
Peng Du
Jiaonan Wang
Runmei Ma
Hongtai Pei
Tiantian Li
spellingShingle Yi Zhang
Jianlong Fang
Peng Du
Jiaonan Wang
Runmei Ma
Hongtai Pei
Tiantian Li
A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
Cardiology Plus
Multicenter survey tool
progress monitoring
real-time quality control
web-based
author_facet Yi Zhang
Jianlong Fang
Peng Du
Jiaonan Wang
Runmei Ma
Hongtai Pei
Tiantian Li
author_sort Yi Zhang
title A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
title_short A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
title_full A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
title_fullStr A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
title_full_unstemmed A web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
title_sort web-based, real-time quality control and progress monitoring tool for multicenter environmental health surveys
publisher Wolters Kluwer Medknow Publications
series Cardiology Plus
issn 2470-7511
2470-752X
publishDate 2019-01-01
description Background: Large multicenter surveys are increasingly popular in the environmental health field. The quality of the data and management of surveys is crucial to the success of the project. However, none of the existing survey tools include remote, multirole, and real-time quality control of the survey. We have therefore developed an electronic investigation system (EIS), with multirole real-time quality control and progress monitoring modules. Methods and Results: Our investigation system has three levels of quality control officers. Questionnaires verified by the lower-level quality control officers can also be verified at a higher level. The strictly hierarchical verification roles improve quality control even more than retaining quality control officers at each study center. Project investigators can also monitor the progress of the project and each center daily and annually, for a real-time understanding of the performance of each investigator and quality control officer. Conclusion: Our EIS has met the requirements for multicenter studies in the environmental health field. Researchers may use our design to conduct multicenter surveys more efficiently in future.
topic Multicenter survey tool
progress monitoring
real-time quality control
web-based
url http://www.cardiologyplus.org/article.asp?issn=2470-7511;year=2019;volume=4;issue=3;spage=81;epage=86;aulast=Zhang
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