Cargando…

A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia

The government of Indonesia and the Japan International Cooperation Agency launched a three-year project (2008–2011) to strengthen the surveillance of human avian influenza cases through a comprehensive surveillance system of local-priority communicable diseases in South Sulawesi Province. Based on...

Descripción completa

Detalles Bibliográficos
Autores principales: Hanafusa, Shigeki, Muhadir, Andi, Santoso, Hari, Tanaka, Kohtaroh, Anwar, Muhammad, Sulistyo, Erwan Tri, Hachiya, Masahiko
Formato: Online Artículo Texto
Lenguaje:English
Publicado: The Japanese Society of Tropical Medicine 2012
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3598071/
https://www.ncbi.nlm.nih.gov/pubmed/23532690
http://dx.doi.org/10.2149/tmh.2012-10
_version_ 1782262713185992704
author Hanafusa, Shigeki
Muhadir, Andi
Santoso, Hari
Tanaka, Kohtaroh
Anwar, Muhammad
Sulistyo, Erwan Tri
Hachiya, Masahiko
author_facet Hanafusa, Shigeki
Muhadir, Andi
Santoso, Hari
Tanaka, Kohtaroh
Anwar, Muhammad
Sulistyo, Erwan Tri
Hachiya, Masahiko
author_sort Hanafusa, Shigeki
collection PubMed
description The government of Indonesia and the Japan International Cooperation Agency launched a three-year project (2008–2011) to strengthen the surveillance of human avian influenza cases through a comprehensive surveillance system of local-priority communicable diseases in South Sulawesi Province. Based on findings from preliminary and baseline surveys, the project developed a technical protocol for surveillance and response activities in local settings, consistent with national guidelines. District surveillance officers (DSOs) and rapid-response-team members underwent training to improve surveillance and response skills. A network-based early warning and response system for weekly reports and a short message service (SMS) gateway for outbreak reports, both encompassing more than 20 probable outbreak diseases, were introduced to support existing paper-based systems. Two further strategies were implemented to optimize project outputs: a simulation exercise and a DSO-centered model. As a result, the timeliness of weekly reports improved from 33% in 2009 to 82% in 2011. In 2011, 65 outbreaks were reported using the SMS, with 64 subsequent paper-based reports. All suspected human avian influenza outbreaks up to September 2011 were reported in the stipulated format. A crosscutting approach using human avian influenza as the core disease for coordinating surveillance activities improved the overall surveillance system for communicable diseases.
format Online
Article
Text
id pubmed-3598071
institution National Center for Biotechnology Information
language English
publishDate 2012
publisher The Japanese Society of Tropical Medicine
record_format MEDLINE/PubMed
spelling pubmed-35980712013-03-25 A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia Hanafusa, Shigeki Muhadir, Andi Santoso, Hari Tanaka, Kohtaroh Anwar, Muhammad Sulistyo, Erwan Tri Hachiya, Masahiko Trop Med Health Field Action Report The government of Indonesia and the Japan International Cooperation Agency launched a three-year project (2008–2011) to strengthen the surveillance of human avian influenza cases through a comprehensive surveillance system of local-priority communicable diseases in South Sulawesi Province. Based on findings from preliminary and baseline surveys, the project developed a technical protocol for surveillance and response activities in local settings, consistent with national guidelines. District surveillance officers (DSOs) and rapid-response-team members underwent training to improve surveillance and response skills. A network-based early warning and response system for weekly reports and a short message service (SMS) gateway for outbreak reports, both encompassing more than 20 probable outbreak diseases, were introduced to support existing paper-based systems. Two further strategies were implemented to optimize project outputs: a simulation exercise and a DSO-centered model. As a result, the timeliness of weekly reports improved from 33% in 2009 to 82% in 2011. In 2011, 65 outbreaks were reported using the SMS, with 64 subsequent paper-based reports. All suspected human avian influenza outbreaks up to September 2011 were reported in the stipulated format. A crosscutting approach using human avian influenza as the core disease for coordinating surveillance activities improved the overall surveillance system for communicable diseases. The Japanese Society of Tropical Medicine 2012-12 2012-12-29 /pmc/articles/PMC3598071/ /pubmed/23532690 http://dx.doi.org/10.2149/tmh.2012-10 Text en © 2012 Japanese Society of Tropical Medicine This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
spellingShingle Field Action Report
Hanafusa, Shigeki
Muhadir, Andi
Santoso, Hari
Tanaka, Kohtaroh
Anwar, Muhammad
Sulistyo, Erwan Tri
Hachiya, Masahiko
A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia
title A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia
title_full A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia
title_fullStr A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia
title_full_unstemmed A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia
title_short A Surveillance Model for Human Avian Influenza with a Comprehensive Surveillance System for Local-Priority Communicable Diseases in South Sulawesi, Indonesia
title_sort surveillance model for human avian influenza with a comprehensive surveillance system for local-priority communicable diseases in south sulawesi, indonesia
topic Field Action Report
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3598071/
https://www.ncbi.nlm.nih.gov/pubmed/23532690
http://dx.doi.org/10.2149/tmh.2012-10
work_keys_str_mv AT hanafusashigeki asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT muhadirandi asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT santosohari asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT tanakakohtaroh asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT anwarmuhammad asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT sulistyoerwantri asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT hachiyamasahiko asurveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT hanafusashigeki surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT muhadirandi surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT santosohari surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT tanakakohtaroh surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT anwarmuhammad surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT sulistyoerwantri surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia
AT hachiyamasahiko surveillancemodelforhumanavianinfluenzawithacomprehensivesurveillancesystemforlocalprioritycommunicablediseasesinsouthsulawesiindonesia