With a worldwide penetration rate of over 85%, the mobile phone has become one of the most transformative tools in human history. As mobile communication technologies become less expensive, faster, and more accessible, the ability of people, communities and institutions to share information and knowledge will continue to skyrocket. Specifically for Global Health, the use of mobile communication and network technologies for delivery of health care (mHealth) holds great promise for the future. In low resource settings, community health workers (CHWs) provide a backbone for the delivery of health care services. Often isolated and without significant formal education or training, CHWs can be seen as key connectors between their communities and the formal health care system. In the hands of CHWs, mHealth tools may facilitate effective task shifting; by expanding the pool of human resources, increasing the productivity of health systems, and lowering the cost of services. The reported experience with mHealth suggest a wide range of opportunities exist to improve ease, speed, completeness and accuracy of the work of CHWs. The outcomes associated with these sort of new capabilities can be expected to result in ongoing improvements in performance on key national health indicators. The presentation will examine the state of the art and science-- by describing a systematic review of the literature and citing examples in action -- and provide recommendations focused on the design and development of mHealth tools for use by CHWs to strengthen Global Health interventions.
Speaker Bio:
Dennis M. Israelski, M.D
www.instedd.org/team
Night 7k to 12k Chennai City Center Call Girls 👉👉 7427069034⭐⭐ 100% Genuine E...
mHealth and Community Health Workers
1. Enhancing Community Health Dennis M. Israelski, MD
President and CEO, InSTEDD
Workers Performance With
Mobile Technology
Innovative Support to from PEPfAR
with support Emergencies
Diseases and Disasters
2. Source: Wall Street, 20th Century Fox, Written by Stanley Weiser and Oliver Stone, Directed by Oliver Stone, Produced by Edward Pressman, 1987
4. 4b
Mobile phone subscriptions (billions)
developing countries
developed countries*
3b
2b
1b
2000 ‘01 ’02 ’03 ’04 ’05 ’06 ’07 ’08
source: World Bank, 2011 http://data.worldbank.org/indicator/IT.CEL.SETS.P2 *OECD members
5. Global Cell Phone Usage
Cell Phones Per Person
Over 1.20 .901 - 1.20 .601 - .900 .301 - 600 Under .300
source: World Bank, 2011 http://data.worldbank.org/indicator/IT.CEL.SETS.P2
6. 87% of the global population is a mobile phone user
Cell Phones Per Person
Over 1.20 .901 - 1.20 .601 - .900 .301 - 600 Under .300
source: World Bank, 2011 http://data.worldbank.org/indicator/IT.CEL.SETS.P2
7. 87% of the global population is a mobile phone user
4.5 billion
source: CIA World Fact book 20010-11
users in the developing world
8. A kid in Africa with a
smartphone today has
access to more information
than the President of the
United States had just
15 years ago.
Ray Kurswell
quote: kid in
africa has more
info than the pres
15 yrs ago
source: Quote from Futurist, Ray Kurzweil, Time Magazine, March 26, 2012
9.
10. “ This device has become part of the fabric of
society, whether a teenage girl taking a Blackberry
to bed with her, or a farmer in an African village
trying to find out the latest crop prices.
”
source: Quote from Ben Wood, mobile phone analysis at CCS Insight, 2010, http://www.bbc.co.uk/news/10569081
11. “
The mobile phone
just may be the
most prolific
consumer device
”
on the planet.
source: Quote from Ben Wood, mobile phone analysis at CCS Insight, 2010, http://www.bbc.co.uk/news/10569081
18. Countries with a Critical Shortage of Health Service Providers
(doctors, nurses and midwives)
countries with critical shortage countries without critical shortage
source: WHO, Global Atlas of Health Workforce (http://www.who.int/mediacentre/events/2006/g8summit/healthworkers_large.gif)
19. 53% of the population of Africa
owns a mobile phone
source: World Bank, 2011
20. 53% 74% of the population of Asia
owns a mobile phone
of the population of Africa
owns a mobile phone
source: World Bank, 2011
21. mHealth:
at the intersection of mobile communication
technologies and health
+ health issues
mobile + service delivery
communications mHealth + decision support
technologies + supervision
+ more
source: USAID Community Health Worker Evidence Summit Concept Note, 2012
22. The Community Health Worker
at the Intersection of Two Dynamic Systems
graphic: Mobile Tech and Community Case Management , UNICEF & frog design
24. Systematic Review of the Literature
initial search strategy
n = 5,868
duplicate citations
identified & excluded
n = 1,201
unique citations
n = 4,667
mHealth exclusions based on title,
abstract & author key words
relevant mHealth
n = 2,064
literature obtained
n = 2,603
CHW exclusions based on title,
abstract & key words
relevant CHW & mHealth
n = 2,031
literature obtained
n = 35
CHW & mHealth inclusions
based on citations
full text of potentially n=4
relevant literature obtained
n = 37
studies excused
post full-text review
literature included in n = 11
analysis
n = 26
Catalani, C et. al. ( Manuscript Submitted)
supported by HIPPP, PEPfAR
25. medical engineering
mHealth
research areas
global
public
development
health
databases
Catalani, C et. al.
26. Systematic Review of the Literature
Catalani, C et. al. ( Manuscript Submitted)
supported by HIPPP, PEPfAR
27. Systematic Review of the Literature
Catalani, C et. al. ( Manuscript Submitted)
supported by HIPPP, PEPfAR
28. - errors
- data loss
- lack of real-time QA
- lack of CHW supervision
- lack of rapid response
- travel expenses
29. africa asia
n=9 n=5
mHealth
research locations
south north
america america
n=2 n=1
Catalani, C et. al.
30. provide
address
decentralized
health issues
services
mHealth
research use cases
provision of professional
medical support &
services supervision
Catalani, C et. al.
31. Colombia | multimedia mHealth technologies
A simulated experimental study in + significantly decreased errors
Colombia used mobile multimedia + increased compliance with care protocols
devices to facilitate point-of-care + combination of text, audio, images and
video improve patient care
clinical decisions among CHW.
Florez-Arango JF, Iyengar MS, Dunn K, Zhang J. Performance factors of mobile rich media job aids for community
health workers. Journal of the American Medical Informatics Association : JAMIA. 2011 Mar 1;18(2):131-7.
32. Tanzania | CommCare maternal mHealth technologies
CommCare is a CHW focused automated + improved time management
quality improvement system operating + improved data reporting
through mobile phones. + helpful decision support
Svoronos T, Mjungu D, Dhadialla P, Luk R, Zue C. CommCare : Automated Quality Improvement To Strengthen
Community-Based Health The Need for Quality Improvement for CHWs. New York City: 2010.
33. + health
+ human
system
resources
productivity
mHealth
effective support for
task shifting
- costs - errors
Catalani, C et. al.
34. + fewer errors
+ less data loss
+ real-time review of quality
+ close CHW supervision
+ rapid response capabilities
+ cost effective
35. mHealth technologies
Verboice is a
customizable
application that
empowers users to
build their own
interactive voice
response systems.
36. mHealth technologies
Baby Monitor is an
unconventional approach
to service delivery along
the birth continuum in
remote locations by
creating an interactive
voice response
application for mobile
phones that is designed
for mothers as
end-users.
37. mHealth technologies
Reporting Wheel is a
non-electric device that
simplified data reporting for
the most remote workers,
including the illiterate.
39. mHealth technologies
GeoChat is enables self-
organizing group
communications by allowing
users to link the field,
headquarters, and the local
community in a real-time,
interactive conversation
visualized on the surface of a
map. GeoChat is a tool for
group communications based
on SMS, email, and Twitter.
40. mHealth technologies
GeoChat is a flexible open
source group
communications technology
that lets team members
interact to maintain shared
geospatial awareness of who
is doing what where — over
any device, on any platform,
over any network.
41. mHealth technologies
Nuntium is a set of
services and clients that
allow anyone to build
SMS-based applications
with uses that range from
simple modem-based
needs to countrywide
deployments integrated
with wireless operators.
42. mHealth technologies
Nuntium is used every
day in mission-critical
applications including
ministries of health or in
crises such as in Haiti.
50. Enhancing Community Health
Workers Performance With
Mobile Technology
Innovative Support to Emergencies
Diseases and Disasters
(manuscript in preparation)
51. Health Informatics Public Private Partnership
Management Team
Paul Biondich, Regenstrief Institute Mike Gehron, OGAC
Dennis Israelski, InSTEDD John Novak, USAID
Chris Seebregts, Jembi, South Africa Xen Santas, CDC
Chris Bailey, WHO*
A Central OGAC Initiative
*former member
52. 1. Narasimhan V, Brown H, Pablos-Mendez A, et al. Responding to the global
Enhancing Community Health
REFERENCES human resources crisis. Lancet. 2004;(363):1469–72.
2. Chen L, Evans T, Anand S, Boufford JI, Brown H, Chowdhury M, et al. Human
resources for health: overcoming the crisis. Lancet. 2004;364(9449):1984-90. Workers Performance With
3. Hongoro C, McPake B. How to bridge the gap in human resources for health.
Lancet. 2004;364(9443):1451-6. Mobile Technology
4. WHO. Taking stock: Task shifting to tackle health worker shortages. Geneva:
2010.
5. Price N, Walder R. Community-based distribution: Service Sustainability
Strategies in Sexual and Reproductive Health Programming. 2010. Caricia Catalani, DrPH, MPH
6. WHO. World Health Report. Geneva: 2006. InSTEDD and University of California, Berkeley*
7. Lipp A. Lay health workers in primary and community health care for maternal
and child health and the management of infectious diseases: a review synopsis.
Public health nursing (Boston, Mass.). 2009;28(3):243-5.
8. Islam MA, Wakai S, Ishikawa N, Chowdhury A, Vaughan JP. Cost-effectiveness Rebecca Braun, DrPH(c), MPH
of community health workers in tuberculosis control in Bangladesh. Bulletin of the University of California, Berkeley
World Health Organization. 2002 Jan;80(6):445-50.
9. Torgan C. The mHealth Summit: Local & Global Converge. Washington, D.C:
2009. Julian Wimbush, PhD, InSTEDD
10. Rotheram-Borus M-J, Richter L, Van Rooyen H, van Heerden A, Tomlinson M,
Stein A, et al. Project Masihambisane: a cluster randomised controlled trial with
peer mentors to improve outcomes for pregnant mothers living with HIV. Trials.
2011 Jan;12:2. Dennis Israelski, MD, InSTEDD**
11. Zurovac D, Sudoi RK, Akhwale WS, Ndiritu M, Hamer DH, Rowe AK, et al. The
effect of mobile phone text-message reminders on Kenyan health workers’
adherence to malaria treatment guidelines: a cluster randomised trial. Lancet. 2011 Brooke Estin, InSTEDD
Aug 3;378(9793):795-803.
12. Florez-Arango JF, Iyengar MS, Dunn K, Zhang J. Performance factors of mobile
rich media job aids for community health workers. Journal of the American *Contact lead author: Caricia@instedd.org
Medical Informatics Association : JAMIA. 2011 Mar 1;18(2):131-7.
13. Mahmud N, Rodriguez J, Nesbit J. A text message-based intervention to bridge **Contact senior author: israelski@instedd.org
the
healthcare communication gap in the rural developing world. Technology and
health care : official journal of the European Society for Engineering and
Medicine. 2010 Jan;18(2):137-44.
14. Curioso WH, Karras BT, Campos PE, Buendia C, Holmes KK, Kimball AM.
Design and implementation of Cell-PREVEN: a real-time surveillance system for Innovative Support to Emergencies
adverse events using cell phones in Peru. AMIA ... Annual Symposium Diseases and Disasters
proceedings / AMIA Symposium. AMIA Symposium. 2005 Jan;:176-80.
15. Bernabe-Ortiz A, Curioso WH, Gonzales MA, Evangelista W, Castagnetto JM,
Carcamo CP, et al. Handheld computers for self-administered sensitive data
collection: a comparative study in Peru. BMC medical informatics and decision
making. 2008 Jan;8:11.
16. Leach-Lemens C. Using mobile phones in HIV care and prevention. 2009.
17. Tomlinson M, Solomon W, Singh Y, Doherty T, Chopra M, Ijumba P, et al. The
use of mobile phones as a data collection tool: a report from a household survey in
South Africa. BMC medical
(manuscript submitted)
Editor's Notes
The iLab Southeast Asian team member, An Yon show to Kien Chrey Health Center staff to use the reporting wheel to send suspect TB patient to TB system.\n
CONTEXT: MOBILE PHONES \nNot long ago, the idea of everyone having a cell phone was a far fetched idea. We believed cell phones were only a reality for the richest, most powerful men in the world. \n\n\n
In 1973, the first cell phone reached market. It was more than a foot long, weighed nearly 2 pounds and sold for $3,995 (that’s over $19,300 adjusted for today)!\n
http://data.worldbank.org/indicator/IT.CEL.SETS.P2\n\nCONTEXT: MOBILE PHONES\nToday, the idea of mobile phones only reaching elite and wealthy customers has been shattered. Mobile technologies continue to skyrocket worldwide. \n
\n
CONTEXT: MOBILE PHONES\nOut of the 7 billion people worldwide, 5.9 billion are mobile phone users. That means 87% of the worlds population has a mobile phone. In addition, smartphone sales are up 63% from 2010 *4888.5 million* were sold in 2011. \n
Ben Wood, mobile phone analyst at CCS Insight said the mobile phone may be "the most prolific consumer device on the planet" \n\n
Time quote of Kurzweil, "A kid in Africa with a smartphone has access to more information than the President of the United States of the U.S. 15 years ago." This quote from page 2 of the Editor's Desk from the Time magazine on March 26th 2012.\n\nRead more: http://business.time.com/2012/03/15/sxsw-top-5-stories-of-2012/slide/ray-kurzweils-vision-of-the-future/#ray-kurzweils-vision-of-the-future#ixzz1wD9ZFQjh\n\nsource: Quote from Futurist, Ray Kurzweil, Time Magazine, March 26, 2012\n
Every single one of us in this room has a cell phone. We use it everyday to communicate to our friends, families and progressional networks. And it’s not just us. With a global penetration rate of 87%, the mobile phone has become part of our culture.\n\nhttp://s3.amazonaws.com/estock/fspid9/13/00/71/6/ecomm-ecomm2008-ecommmedia-1300716-o.jpg\n\nWe all know that the internet, global telecommunications, and economic globalization have made the world incredibly interconnected. This has not only helped us all communicate better, but has also empowered each of us to such an extent that the average individual has more power now than at any other time in history. \n
CONTEXT: HOW WE USE MOBILE PHONES \nQuote from Ben Wood, mobile phone analyst at CCS Insight\n\nhttp://www.ccsinsight.com/\n\nBen Wood, mobile phone analyst at CCS Insight said the mobile phone may be "the most prolific consumer device on the planet".\n
CONTEXT: PROLIFERATION AND SCALE OF MOBILE PHONES\nQuote from Ben Wood, mobile phone analyst at CCS Insight\n\nWith a worldwide penetration rate of over 85%, the mobile phone has become one of the most transformative tools in human history. As mobile communication technologies become less expensive, faster, and more accessible, the ability of people, communities and institutions to share information and knowledge will continue to skyrocket.  Specifically for Global Health, the use of mobile communication and network technologies for delivery of health care ( mHealth) holds great promise for the future.\n
CONTEXT: PROLIFERATION AND SCALE OF MOBILE PHONES\n\nMobile phones are quickly becoming the cheapest, easiest, fasted most effective and efficient way to connect people and institutions in a seamless way.\n\nWith a worldwide penetration rate of over 85%, the mobile phone has become one of the most transformative tools in human history. As mobile communication technologies become less expensive, faster, and more accessible, the ability of people, communities and institutions to share information and knowledge will continue to skyrocket.  Specifically for Global Health, the use of mobile communication and network technologies for delivery of health care ( mHealth) holds great promise for the future.\n
CONTEXT: PROLIFERATION AND SCALE OF MOBILE PHONES\nWith a worldwide penetration rate of over 85%, the mobile phone has become one of the most transformative tools in human history. As mobile communication technologies become less expensive, faster, and more accessible, the ability of people, communities and institutions to share information and knowledge will continue to skyrocket.  Specifically for Global Health, the use of mobile communication and network technologies for delivery of health care ( mHealth) holds great promise for the future.\n
\n
In low resource settings, community health workers (CHWs) provide a backbone for delivery of health care services. Often isolated and without significant formal education or training, themselves, CHWs can be seen as key connectors between communities and formal health care system.\n
CONTEXT: CHW SHORTAGE\n\nNearly all countries are challenged by shortages of health workers. 57 countries.\n\nsource: Narasimhan V, Brown H, Pablos-Mendez A, et al. Responding to the global human resources crisis. Lancet. 2004;(363):1469–72. | Chen L, Evans T, Anand S, Boufford JI, Brown H, Chowdhury M, et al. Human \n
CONTEXT: CHW SHORTAGE\n36 of which are in sub-Saharan Africa, have severe shortages of health workers. For the world’s poorest countries, the scarcity of human resources is a crisis fueled by the low absolute numbers of trained health workers, difficulties in recruiting, retaining and managing health workers, the devastation of HIV/AIDS, migration of qualified health workers to richer countries, poor health-worker performance and inadequate investment in a national health system\n
http://www.who.int/mediacentre/events/2006/g8summit/healthworkers_large.gif\n\nCONTEXT: CHW SHORTAGE\n\nNearly all countries are challenged by shortages of health workers. For the world’s poorest countries, the scarcity of human resources is a crisis fueled by the low absolute numbers of trained health workers, difficulties in recruiting, retaining and managing health workers, the devastation of HIV/AIDS, migration of qualified health workers to richer countries, poor health-worker performance and inadequate investment in a national health system\n
\n
By building on existing resources and skills, we have a transformative opportunity to dramatically improve global health\n
mHealth also exists at the intersection of two dynamic spaces, making it a natural tool for CHW\n
Global Health Evidence Summit \n\nCommunity and Formal Health System Support for\nEnhanced Community Health Worker Performance\n\n
\nfor the purpose of this talk, mHealth, is defined as “the delivery of health care services via mobile communication devices”\n\nCHWs are the backbone of health care in developing countries, however they often have little formal education and training and so devices that use a combination of text, audio, images and video can improve their ability to provide high quality patient care\n\n
\n
As part of our ongoing commitment to research and evaluation, InSTEDD conducted a systematic review of the literature focused on CHWs and mHealth. To capture the multidisciplinary evidence of this field, we searched in the following medical, public health, engineering, and global development database\n
\n
\n
BENEFITS:mHealth tools enable CHWs to provide health services far from the clinical setting, in rural areas, and among hard to reach communities. A rigorously designed series of evaluations found that, as compared to paper-based data collection, mHealth tools had fewer errors (15), less data loss (17) and enabled real-time review of quality, CHW supervision, and rapid response to cited health issues (14,17). \nIn the hands of CHWs, mHealth tools may facilitate effective task shifting; by expanding the pool of human resources, increasing the productivity of health systems, and lowering the cost of services. The reported experience with m-Health suggest a wide range of opportunities exist to improve ease, speed, completeness and accuracy of the work of CHWs. The outcomes associated with these sort of new capabilities can be expected to be potential transformative.\n\nServices are more accessible to patients due to reduced time and expense of travel (13) and due to the ability to seek out patients who are the targets of stigma and discrimination (14).\n\nMahmud N, Rodriguez J, Nesbit J. A text message-based intervention to bridge the healthcare communication gap in the rural developing world. Technology and health care : official journal of the European Society for Engineering and Medicine. 2010 Jan;18(2):137-44. \n\nCurioso WH, Karras BT, Campos PE, Buendia C, Holmes KK, Kimball AM. Design and implementation of Cell-PREVEN: a real-time surveillance system for adverse events using cell phones in Peru. AMIA ... Annual Symposium proceedings / AMIA Symposium. AMIA Symposium. 2005 Jan;:176-80. \n\nBernabe-Ortiz A, Curioso WH, Gonzales MA, Evangelista W, Castagnetto JM, Carcamo CP, et al. Handheld computers for self-administered sensitive data collection: a comparative study in Peru. BMC medical informatics and decision making. 2008 Jan;8:11. \n\nTomlinson M, Solomon W, Singh Y, Doherty T, Chopra M, Ijumba P, et al. The use of mobile phones as a data collection tool: a report from a household survey in South Africa. BMC medical informatics and decision making. 2009 Jan;9:51. \n\n
Most articles reported on projects in developing countries particularly Africa (n=9), with several focused on Asia (n=5), a few in South America (n=2), and only one in North America\nThere were more programs in rural (n=18) than urban (n=13) areas.\n
address health issues:A broad range of health issues were addressed; the most common included the interrelated set of issues around sexual, reproductive, maternal and child health (n=20), including HIV/AIDS (n=8). Using mHealth technology for data collection (n=11), decision support (n=6), and alerts and reminders (n=5), typical activities included field-based research and direct medical care. \nProvide decentralized servicesmHealth tools enable CHWs to provide health services far from the clinical setting, in rural areas, and among hard to reach communities. A rigorously designed series of evaluations found that, as compared to paper-based data collection, mHealth tools had fewer errors (15), less data loss (17) and enabled real-time review of quality, CHW supervision, and rapid response to cited health issues (14,17). \nProvision of medical services: CHWs commonly provide direct medical services from the field using mobile devices, , most prominently through decision support as well as alerts and reminder tools. The authors argue that CHWs are the backbone of health care in developing countries, however they often have little formal education and training, and so devices that use a combination of text, audio, images, and video can improve their ability to provide high quality patient care. CommCare is a salient example from the literature of an automated quality improvement system. In a small descriptive study of a maternal health intervention in Tanzania, the authors found that their mobile phone system helped CHWs manage their day and report real-time data through checklists, decision support protocols, and reminders that reinforce target activities and outcomes (18). \nLink CHWs to professional support and supervision. Articles describe the creation of professional support networks, both among CHWs and between CHWs and their supervisors, to provide real-time support while working in the field. In his quasi-experimental study, Chib (2010) found that professional networks also created an opportunity for remote monitoring and supervision of CHWs, leading to greater autonomy for CHWs. Svoronos et al (2010) found, similarly, that mobile phone tools facilitated real-time monitoring of job performance by supervisors at the clinic.\n
From Paper:\nThe literature indicates that CHWs commonly provide direct medical services from the field using mobile devices, most prominently through decision support as well as alerts and reminder tools. Several studies found that these tools facilitated improvements in the quality of care provided independently by CHWs, far from the clinic. For instance, a simulated experimental study (12) used mobile multimedia devices to facilitate point-of-care clinical decisions among CHWs in Colombia. They found that CHWs had significantly decreased errors and increased compliance with care protocols in a range of clinical care situations. The authors argue that CHWs are the backbone of health care in developing countries, however they often have little formal education and training, and so devices that use a combination of text, audio, images, and video can improve their ability to provide high quality patient care. \n\n
From Paper:\nCommCare is another salient example from the literature of an automated quality improvement system. In a small descriptive study of a maternal health intervention in Tanzania, the authors found that their mobile phone system helped CHWs manage their day and report real-time data through checklists, decision support protocols, and reminders that reinforce target activities and outcomes (18). Although lacking in rigor, this study demonstrates the feasibility of using a variety of mobile tools to shift tasks from highly trained physicians and nurses in the clinic, to minimally trained CHWs in the field. \n\n\n
Benefits of mHealth include expanding the pool of human resources, increasing the productivity of health systems, and lowering the cost of services. Empowering CHW is one of the cheapest, fastest most efficient ways to improve global health. \n
BENEFITS:mHealth tools enable CHWs to provide health services far from the clinical setting, in rural areas, and among hard to reach communities. A rigorously designed series of evaluations found that, as compared to paper-based data collection, mHealth tools had fewer errors (15), less data loss (17) and enabled real-time review of quality, CHW supervision, and rapid response to cited health issues (14,17). \nEvidence suggests a wide range of mHealth opportunities to improve ease, speed, completeness and accuracy of the work of CHWs.\n\n\n14. Curioso WH, Karras BT, Campos PE, Buendia C, Holmes KK, Kimball AM. Design and implementation of Cell-PREVEN: a real-time surveillance system for adverse events using cell phones in Peru. AMIA ... Annual Symposium proceedings / AMIA Symposium. AMIA Symposium. 2005 Jan;:176-80. \n15. Bernabe-Ortiz A, Curioso WH, Gonzales MA, Evangelista W, Castagnetto JM, Carcamo CP, et al. Handheld computers for self-administered sensitive data collection: a comparative study in Peru. BMC medical informatics and decision making. 2008 Jan;8:11. \n\n17. Tomlinson M, Solomon W, Singh Y, Doherty T, Chopra M, Ijumba P, et al. The use of mobile phones as a data collection tool: a report from a household survey in South Africa. BMC medical informatics and decision making. 2009 Jan;9:51. \n\n
www.instedd.org/technologies/verboice\n
\n
www.instedd.org/technologies/reporting-wheel\n
www.instedd.org/technologies/resource-map\n
\n
\n
\n
\n
While the number of evaluations has grown and become increasingly rigorous, more research and evaluation needs to be done in this field. While the number of evaluations has grown and become increasingly rigorous, more research and evaluation needs to be done in this field.\n
 There is still a lot of small scale, independent, exploratory pilots that lack consideration for interoperability, reusability, scalability, and therefore sustainability.\n
 There is still a lot of small scale, independent, exploratory pilots that lack consideration for interoperability, reusability, scalability, and therefore sustainability.\n
The literature indicated a tendency towards external "fly-in and fly-out" approach, rather than a locally driven and sustainable path forward\n
In order to maximize the impact of CHWs on Global Health interventions, we need to keep our focus on the collaborative design and development of mHealth tools in order to ensure we've hit the mark.\n\n
Evidence suggests promising opportunities to improve the range and quality of services provided by community health workers with mHealth tools.  Following the current trend, there remains a need for more rigorous evaluation of impacts. Future efforts should focus on economic analysis, participatory approaches to program leadership and management, and best practices for sustainable and scalable mHealth initiatives.\n\nPART 5: RECOMMENDATIONS FOR FUTURE\npoint 1: Effective implementation requires:  1) need to develop implementation science agenda for rigorous M&E, operations research, economic assessment & impact evaluation\npoint 2:  Effective implementation requires 2) country and community ownership, human centered design and engaged end users \npoint 3:  Effective implementation requires 3) smart architecture, reusability, interoperability, open source accessibility\n\nTherefore, recalling the Paris Declaration on Aid Effectiveness, the Accra Agenda for Action and other relevant declarations and drawing deeply on the 2010 Greentree Principles, Improving Health Outcomes with Information and Communications Technologies; \nWe, the undersigned representatives, commit to progress on these issues and supporting improved health outcomes and equity via eHealth in LMICs by: \nCoordinating, Harmonizing and Sharing - Agreeing to strategically coordinate and harmonize our eHealth work in low resource settings and planning to use our combined resources and assets in ways that are increasingly shareable, where possible, for increased impact and decreased duplication of effort.\nCountry Leadership and Ownership - Promoting and strengthening the in-country leadership and ownership of eHealth projects by governments and their partner organizations within low-resource countries where eHealth solutions are being developed and implemented.\nCapacity Development - Developing and responding to the capacity development needs of local constituencies by actively working to improve local in-country skills and jobs so as to ensure appropriate support and partnerships, as well as long-term sustainability.\n\nOpenness - Promoting the use of open eHealth architecture, interoperability, industry-based standards, and transparent sharing of technology and its components. \n\nStrategic Reuse - Building considerations of reusability and interoperability into new eHealth projects and initiatives; Extracting reusable components from appropriate projects, and building new, shared tools and platforms as required; Promoting values of reuse, wherever possible.\n\nResearch and Evaluation - Contributing to the body of knowledge that informs future eHealth investment by actively including research and evaluation in the plans and budgets of eHealth projects and initiatives, building the international evidence-base for what works and what does not, particularly in low resources environments.\n\n
1 - technology\n2 - medicine\n3 - rapid responses\n4 - education\n5 - research\n6 - evaluation\n7 - community cohesion \n8 - prevention\n9 - local capacity\n10 - cultural understanding\n\n