Technology for Health, or for Healthcare ? by Yunkap Kwankam
1. Going Digital and to Scale:
Prof. S. Yunkap Kwankam, PhD
Executive Director, International Society for Telemedicine and eHealth
(ISfTeH)
CEO, Global eHealth Consultants, Switzerland
Addressing the Digital Health Grand
Challenges
2. Outline
Digital health priority action areas – not much change in a decade
Benefits of digital health well understood – but benefits limited by
critical factors: review of Digital Health Grand Challenges
Examples of scale limitations - application areas and enabling actions
Scale effects: application areas and enabling actions
Suggestions for a way forward
Conclusions
3. WHO eHealth priority actin areas (2006)
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rity mHealth application areas (W H O ’06)
• eLearning
• MOOCs
• BCC
• Rapid SMS
• EHR/PHR
• HIS
• Telemedicine
modalities
• DSS
Service
delivery
Access to
info
Workforce
Dev.
Health
promotion
Priority mH ealth enabling actions (W H O
•SDOs
•Interoperability
•IHE; C.A.
•MAMA, ZMD
•ZMD
•Who?
•What?
•Where?
•Lessons
•Legal issues
•Ethical considerations
•Policies
•Strategies
Policy &
Regulatory
Environment
Business
Inteligence
Norms &
Stds;
Interop.
PPPs, ICT
R&D for
Health
Application areas
Enabling actions
4. The Digital Health Landscape
ICT – the third pillar of the health care industry
http://medcitynews.com/2014/08/often-consumers-use-digital-health-tools-graph-will-
show/
5. Creating knowledge commons for
Digital Health
Going to scale with Digital Health
interventions – commensurate with the
scale of problems
Creating integrated eHealth systems
Transforming all health workers into
ePractitioners
ICT to support health production
ICT for the health system of the future
Digital Health Grand Challenges
6. Going to scale with digital health
What to scale – the need for evidence
How to scale – the need for information and knowledge
sharing (The Global Knowledge Commons)
7. Examples of scale limitations
Most glaring hurdles are in information intensive digital
health applications – HIS; EMR/EHR – adoption by some
but not others
Health facilities
Health districts
Build resistance to digital health adoption – the equivalent
of MDR-or XDR-TB
9. Framework 2: PMNCH workbook
Purpose inter-alia to:
Identify obstacles to scale-up
Guide exchange of ideas
12 specific mHealth applications
and 9 themes structured to
guide the dialog
10. Framework 3: ITU process
Purpose:
Propose a six-step process for
scaling eHealth interventions in
step with advances in ICT
developments.
Scalinge-Health Servicesin step with ICTTransformation
Mappingclient platform and connectivity requirementsof ane-Health system
Method: This study has adopted the methodology suggested in (17) and customized it as illustrated
in flowchart of figure (1). Initially, several real-life scenarios in preventive, curative and palliative care
delivery was surveyed covering 26 major e-health initiatives from a mix of private, government and
NGO organizations addressing over 200000 patients across India. These e-health networks
aggregated the skills and facilities of primary, secondary and tertiary care from rural villages and
urban cities, from several thousands of entities (hospitals, clinics, diagnostic labs, insurance claims
administrators, medical colleges, call centres, pharmacies, etc.,) across India. India was chosen for its
wide spectrum of technological, economic, social, linguistic and cultural diversity and number of
pioneering initiatives already underway (18). From their publications, site visits and in some cases
interviews with the staff, various usage models and infrastructure at the point-of-care were studied
to identify adoption pattern of connectivity and end-user platform technologies in their activities (for
details refer (19)).
FIGURE1: Stepsused in thisstudy
Survey Health care
initiatives and identify
care activities
Identify possible
transactions within
such activities
Categorize nature of
information exchange
events within
transactions
Map user platform &
communication
requirements for
information events
Group information
events with similar
requirements in
various transactions
Remap and group
information events as
a function of
infrastructure
11. Regulatory interoperability
Issues of mutual recognition and fee
waiver for cross-jurisdictional practice in
states within a country
Legal instruments for cross-border
activities among countries, such as in
the European single market
All WHO member countries – 194
18,721 separate bilateral
agreements, or
1,198,144 tri-lateral agreements,
or
1 all-party accord
Examples: IHR-2005; Framework convention on
Tobacco
12. Dimensions of the GKC
Who is doing what, where; how well is it working; what
can we learn and what can we use from it?
14. First decade-and-a-half of the 21st
century
has seen major advances in digital health
At policy level
In national programs
Technological advances – with industry
rediscovering health as a market
Local capacity for digital health in countries
Conclusions - 1
15. Conclusions - 2
To further consolidate gains and plan for the future, we
must
1. Focus on the big picture
Emphasis on overall economic development. Paradigm shift.
ICT4H ICT4D
2. Strategic and Tactical
Creation of pull structures for sustainability
Emphasis on health and wellbeing
Address the Digital Health Grand Challenges, especially the
GKC for Digital Health innovation
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eHealth Corps
eHealth Steering
Committee
eHealth
Center/Network of
Excellence -
Resource Ctr
National eHealth
Council
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National eHealth Society
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The GeHCs-ISfTeH Framework
Similarities WHO priorities (2006) and Be-Cause Health themes (2016)
Well reasoned assessment criteria for new WHO DG
Health in Africa
Health of Women
Some of the most challenging health gains concern these two populations
Progress made on MDGs in SSA
What remains to be done?
Why do these challenges persist?
I share my take on the grand challenges facing digital health and how these may be overcome.
Telemedicine is only a part of the broader digital health space, where the convergence of communications, computing and media is leveraged for health purposes. This is one representation – there are others. It captures the essential components: from mHealth to medical imaging and big data, and from health and wellness Apps to electronic health records and interoperability. Information and communication technology, ICT, is considered the third pillar of the health care industry. The first was Chemistry, which in the 19th century led to the pharmaceuticals industry. In the 20th century, Physics gave us imaging systems and sophisticated equipment. ICT is the foundation of the knowledge-based systems for health in the 21st century.
ICT has provoked a fundamental paradigm shift in health. From a narrow focus on caring for the sick by health professionals in formal health care settings, to a broader emphasis on health, and empowering people with information and knowledge so that they can help take care of their health.
mHealth has further refined this. Rather than take our health problem to where the solution exists, we now attempt to make the solutions available wherever the need arises.