This document summarizes a project presentation on developing a strategy for efficient vaccine distribution in Japan. It discusses the need for an integrated system to help decision-makers provide accurate information on vaccine distribution during an influenza pandemic. The presentation proposes a centralized system that collects surveillance data, predicts pandemics, models vaccine distribution based on demographics and infrastructure, and uses geospatial analysis to identify recommended distribution areas. This system aims to improve Japan's pandemic response by facilitating real-time decision-making on vaccine allocation and distribution.
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Coconut Surveillance is a mobile disease surveillance and rapid response system. It has been used for more than two years by the Zanzibar Malaria Elimination Programme. This presentation provides a brief overview of the system, results, and potential for scale up.
Real-time Surveillance and Response for Malaria EliminationRTI International
Coconut Surveillance is a proven, ground-breaking mobile application designed by malaria epidemiologists and program managers. In Zanzibar it is helping to prevent the resurgence of the disease. Can it be useful in other malaria elimination contexts?
Future Health Challenges: Developing Global Norms for Data and Results Sharin...ExternalEvents
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A benefits case study describing how national stakeholders have used HSCIC's immunisation statistics to help drive improvements in immunisation services and inform decisions when managing disease outbreaks
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Senegal’s National Malaria Control Programme (NMCP) implements control interventions in the form of targeted packages: (1) scale-up for impact (SUFI), which includes bed nets, intermittent preventive treatment in pregnancy, rapid diagnostic tests, and artemisinin combination therapy; (2) SUFI + reactive case investigation (focal test and treat); (3) SUFI + indoor residual spraying (IRS); (4) SUFI + seasonal malaria chemoprophylaxis (SMC); and, (5) SUFI + SMC + IRS. This study estimates the cost effectiveness of each of these packages to provide the NMCP with data for improving allocative efficiency and programmatic decision-making.
The developing world is much different that the developed world in terms of handling infectious disease. The developed world has healthcare, educated population, financial resources, research and education, along with an infrastructure to, collaborate between federal, state, and local agencies. This doesn't exist in the developing world. This presentation discusses the next steps to prevent outbreaks from Ebola or other troubling infectious disease which affects people and live stock. It is important for the world to have the human talent and resources to prevent another global catastrophe. Infectious diseases are found throughout the world but less publicity is found in the developing world to discuss the human tragedy from pain and suffering. Learn what you can do to help and understand what's being done to prevent the next catastrophe.
Zero Mothers Die is a global partnership initiative saving the lives of pregnant women and their newborns through the systematic use of ICTs and mobile technologies to improve maternal, newborn and child health.
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More presentations at http://www.swinecast.com/2016-niaa-symposium-antibiotic-use-working-together-for-better-solutions
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A feasibility study was conducted by Pulse Lab Jakarta on the use of real-time information from social media during forest and peat fires haze events to support emergency response management in Indonesia. Specifically, the study sought to explore early signals from Twitter relating to major forest fires or haze events with a view to understanding the relation between communications trends and on-the-ground events. The results of the study demonstrated that Indonesians tweet significantly more about haze during and immediately after major fire events.
Cite as: UN Global Pulse, 'Feasibility Study: Supporting Forest and Peat Fire Management Using Social Media', Global Pulse Project Series, no.10, 2014.
Data Visualisation and Interactive Mapping to Support Response to Disease Out...UN Global Pulse
From January – May 2015, a typhoid outbreak occurred in Uganda. Pulse Lab Kampala was invited to join the National Task Force in response to the outbreak. In coordination with WHO, and in collaboration with the Ministry of Health, Pulse Lab Kampala produced a series of data visualisations to support the early response to the disease. Visualisations of weekly reports from health centres were produced with interactive maps at district, sub-county and individual health facility level. The visualisations allowed decision making for the allocation of medicine, medical personnel and health centres, as well as targeting training areas.
Cite as: "Data Visualisation and Interactive Mapping to Support Response to Disease Outbreak”, Global Pulse Project Series no. 21, 2015
Real-time Surveillance and Response for Malaria EliminationRTI International
Coconut Surveillance is a proven, ground-breaking mobile application designed by malaria epidemiologists and program managers. In Zanzibar it is helping to prevent the resurgence of the disease. Can it be useful in other malaria elimination contexts?
Future Health Challenges: Developing Global Norms for Data and Results Sharin...ExternalEvents
http://www.fao.org/about/meetings/wgs-on-food-safety-management/en/
Future Health Challenges: Developing Global Norms for Data and Results Sharing during Public Health Emergencies. Presentation from the Technical Meeting on the impact of Whole Genome Sequencing (WGS) on food safety management and GMI-9, 23-25 May 2016, Rome, Italy.
A benefits case study describing how national stakeholders have used HSCIC's immunisation statistics to help drive improvements in immunisation services and inform decisions when managing disease outbreaks
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Senegal’s National Malaria Control Programme (NMCP) implements control interventions in the form of targeted packages: (1) scale-up for impact (SUFI), which includes bed nets, intermittent preventive treatment in pregnancy, rapid diagnostic tests, and artemisinin combination therapy; (2) SUFI + reactive case investigation (focal test and treat); (3) SUFI + indoor residual spraying (IRS); (4) SUFI + seasonal malaria chemoprophylaxis (SMC); and, (5) SUFI + SMC + IRS. This study estimates the cost effectiveness of each of these packages to provide the NMCP with data for improving allocative efficiency and programmatic decision-making.
The developing world is much different that the developed world in terms of handling infectious disease. The developed world has healthcare, educated population, financial resources, research and education, along with an infrastructure to, collaborate between federal, state, and local agencies. This doesn't exist in the developing world. This presentation discusses the next steps to prevent outbreaks from Ebola or other troubling infectious disease which affects people and live stock. It is important for the world to have the human talent and resources to prevent another global catastrophe. Infectious diseases are found throughout the world but less publicity is found in the developing world to discuss the human tragedy from pain and suffering. Learn what you can do to help and understand what's being done to prevent the next catastrophe.
Zero Mothers Die is a global partnership initiative saving the lives of pregnant women and their newborns through the systematic use of ICTs and mobile technologies to improve maternal, newborn and child health.
Updates from the CDC - Michael Craig, Senior Advisor for Antibiotic Resistance Coordination and Strategy, National Center for Emerging and Zoonotic Infectious Diseases, CDC, from the 2016 NIAA Antibiotic Symposium - Working Together For Better Solutions, November 1 - 3, 2016, Herndon, Virginia, USA.
More presentations at http://www.swinecast.com/2016-niaa-symposium-antibiotic-use-working-together-for-better-solutions
Supporting Forest and Peat Fire Management Using Social Media - Project OverviewUN Global Pulse
A feasibility study was conducted by Pulse Lab Jakarta on the use of real-time information from social media during forest and peat fires haze events to support emergency response management in Indonesia. Specifically, the study sought to explore early signals from Twitter relating to major forest fires or haze events with a view to understanding the relation between communications trends and on-the-ground events. The results of the study demonstrated that Indonesians tweet significantly more about haze during and immediately after major fire events.
Cite as: UN Global Pulse, 'Feasibility Study: Supporting Forest and Peat Fire Management Using Social Media', Global Pulse Project Series, no.10, 2014.
Data Visualisation and Interactive Mapping to Support Response to Disease Out...UN Global Pulse
From January – May 2015, a typhoid outbreak occurred in Uganda. Pulse Lab Kampala was invited to join the National Task Force in response to the outbreak. In coordination with WHO, and in collaboration with the Ministry of Health, Pulse Lab Kampala produced a series of data visualisations to support the early response to the disease. Visualisations of weekly reports from health centres were produced with interactive maps at district, sub-county and individual health facility level. The visualisations allowed decision making for the allocation of medicine, medical personnel and health centres, as well as targeting training areas.
Cite as: "Data Visualisation and Interactive Mapping to Support Response to Disease Outbreak”, Global Pulse Project Series no. 21, 2015
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Moving towards malaria elimination: developing innovative tools for malaria s...Malaria Consortium
In collaboration with the national malaria control programme in Cambodia (CNM), Malaria Consortium developed a diverse set of tools to improve malaria surveillance and to provide the information needed by national and district staff to manage the national malaria programme, respond to malaria outbreaks and individual cases and monitor in real-time the levels of critical malaria supplies at health facilities.
The surveillance tools developed were a mix of routine reporting systems using eHealth and mobile phone-based (mHealth) solutions that would enable resource constrained environments to provide real-time data for immediate action. This learning paper documents the lessons learned in developing an appropriate tool and the specific considerations in the implementation of mHealth solutions.
1. NORIKO MORIOKA | AYAKO MATSUURA | ANJAR DIMARA SAKTI
| SUHIMO NAKATSU | SHOHEI HODOTA | TAKU MONJO
Project Presentation
Sunday, 23 March 2014
Sharon Village
STRATEGY OF EFFICIENT VACCINE
DISTRIBUTION IN JAPAN
Global Leader Program for Social
Design and Management
2. What is influenza?
• occur when a non-human influenza virus
gains the ability for efficient and sustained
human-to-human transmission and then
spreads globally.
INTRODUCTION ABOUT THE VIRUSES
Pandemic
• It is an acute respiratory
disorder caused by influenza
virus.
• Two types of influenza:
Seasonal vs. Pandemic
• Influenza viruses
with pandemic
potential:
H5N1, H7N9 etc.
3. What happened on 2009?
A new type of H1N1 virus emerged in April 2009
About 170000 people were infected in Japan by
November 2009
No framework about distribution of vaccines before.
Imbalance in
demand and supply of vaccine
- The vaccines were not delivered to the right region
- Surplus of the vaccines
5. The Ministry of Health, Labor and Welfare shall deliver vaccines in multiple
phases to individual vaccination locations through wholesalers etc.,
according to the doses requested by each agency and prefectural
government.
http://www.cas.go.jp/jp/seisaku/ful/keikaku/pdf/gl_guideline.pdf
Municipality
Prefecture
The Ministry of Health,
Labor and Welfare
Request the dose of
vaccines
Decide the allocation of vaccines
according the amount of request,
pandemic situations,
demographics in each area
wholesalers
Delivering vaccines
Hospitals & clinics
Strategy for allocation of vaccines
6. Vaccine Management Business
Improvement project (2003)
-Centralized Vaccine Distribution(2008)
-Vaccine Tracking System(2013)
-National Pediatric Vaccine Stockpile
CDC (http://www.cdc.gov/vaccines/programs/vmbip/index.html)
Situation and efforts in U.S.
7. Centralized Distribution; Deliver Vaccines
Directly to Providers
By 2008, CDC had successfully transitioned all 64 awardee health departments
from a dispersed model (where they managed their own distribution and 430+
storage depots) to a centralized model (leveraging one private distributor with two
national depots) to deliver vaccines directly to providers. The benefits of this
change include reduced inventory costs, distribution contract savings, and
decreased vaccine wastage.
Vaccine Distribution Contract Between CDC
and McKesson Specialty, Inc.
Improve CDC’s Financial Control of National
Vaccine Distribution Costs, Reduce High
Vaccine Waste and Save money
CentralizedVaccine Distribution
8. a secure, web-based information technology
system that integrates the entire publicly-funded
vaccine supply chain from purchasing and
ordering through distribution to participating
state, local, and territorial health departments
(referred to as 'awardees') and health care
providers.
VTrckS was launched at four pilot awardee sites
in December 2010; the phased roll-out of the
system to all 64 awardees was completed in May
2013.
VaccineTracking System
10. OBJECTIVE
To develop a Integrated system to help decision
makers to provide accurate information about the
Multiple Scenario Services and Pre-analysis about
distribution of vaccine.
IMPROVING OF JAPAN HEALTH POLICY
Assumed circumstances
Pandemic of highly pathogenic influenza virus in Japan
ACTINGDECISION MAKINGINTEGRATED
SYSTEM
Application
Development
Collaboration
with
other
Management of
Health
Epidemiological
Studies
Health Policy
Information
Technology
Geospatial
System
12. HEALTH INFORMATION DATA CENTER
POSITION IN THE USER INTERACTION WITH STAKEHOLDER
VACCINE DISTRIBUTION MANAGEMENTMULTI LAYER MODEL
Distribution of Vaccine
Pandemic Prediction
Demography
Hospital & Health
Center
Surveillance (patient)
CENTERRALIZATION NIID
VACCINE COMPANY
LOCAL GOVERNMENT
- Location of Hospital, school
- Population
HOSPITAL AGENCY
MHLW
HEALTH CENTER
Implementation
System in
Health
Management
15. Parameter :
Infected Point
Pandemic Population
Transportation Network
Location of Public Facilities
Recommended area
to distribute vaccine
GEOSPATIAL
ACTIVITIES
APPLICATION OF GIS TO IDENTIFY
PANDEMIC AREA DISTRIBUTION
PLANNING
MAPPING
ANALYZINGGEO-
DATABASE
VISUALIZING
GEOSPATIAL ACTIVITIES
GEO-MONITORING
16. STAKEHOLDER
-The system would affect the interest of some actors
The supplier of information from surveillance
Hospitals Health Center
Manufacture
Wholesale
NIID(National Institute of Infectious Diseases, Japan)
←could need initial investment, but the burden is not highly different from
the usual surveillance
The receiver of information; need to organize
Ministry of Health Labor andWelfare
NIID
←fairly ameliorated by the scandalized format and cloud computing
18. For Faster, Safer and more effective
way to deliver the vaccine
ARIGATOU GOZAIMASU
Editor's Notes
Following by epidemic in 2009, Japanese government formulate a guidelines of prevention and control of pandemic influenza. There are 4 main strategies and vaccination
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