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Enhancing Policy environment and Mechanisms to support research translation
Dr. Eng. Ahmed HAMDYAfrican Union
Scientific, Technical and Research Commission
• What is research translation • Problem statement • Why• what are the challenges • preliminary policy analysis (on research
translation) • Stakeholders for research translation • Identification of pillars and sub-pillars • Identification policy/strategy arrangements• Identification of infrastructure; systems and mechanisms
• Observations.
It is a relatively new field, an exact definition is difficult to achieve
The USA National Institute of Health (NIH) defines translational researchas the movement of discoveries in basic research to application at theclinical level.
S.H. Woolf (2008 and 2015), defines translational research as ‘the “ frombench to bedside” i.e. enterprise harnessing knowledge from basicsciences to produce new drugs, devices and treatment options forpatients.”
What is research translation ?
Transfer of new understandings of disease
mechanisms from the laboratory into the
development of new methods for diagnosis,
therapy, prevention, and their first testing in humans
Translation of results from clinical studies into
everyday clinical practice and health decision-making
Cont. What is research translation ?
Improved
Health
Two steps translation model
Problem statement?
There is a failure to translate research into practice and policy. As of that patientsfail to benefit from the advances in healthcare and they are exposed tounnecessary risks while healthcare systems are exposed to unnecessaryexpenditure. (Grimshaw, et al. 2012).
LEE Jong-wook ; WHO Director General Stated thatThere is a gap between today’s scientific advances and their application: betweenwhat we know and what is actually being done. Health work teaches us thataction without knowledge is wasted effort, just as knowledge without action iswasted resource
Bridging the know-do gap is one of the most important challenges for publichealth in this century; WHO 2005
Medical scientists and public health policy makers are concerned that thescientific discoveries of the past generation are falling to be translated efficientlyinto tangible human benefit. (Sung, 2009)
Is it a new problem
Not at all
In 1936 W. Hughes the Commonwealth Minister for Health; Stated :Research must be actively pursued and developed and as fast as new knowledge isacquired it must be applied .
Why this problem does exist ?
high costs slow resultslack of facilities or equipment
lack of funding regulatory obstacles
fragmented infrastructure career insecurity practitioners burn out
Ineffective research regulation and management
incompatible databases and information on the beneficiary needs
IP issues shortage of qualified investigators
week participation by the stakeholders conflict of interest
Weak or insufficient communications
gaps between research evidence and policies
inadequate knowledge management and translation systems
Generally Clinical research is increasingly burdened by
Ch
alle
nge
s
• public participation,• information systems,• workforce training,• Regulations and Standardization,• Funding ,and• others
Policy environment and Mechanisms to support research translation
Wh
y th
is p
rob
lem
physical infrastructure
Systems
Mechanisms etc
etc
etc
Strategic goal (from bench to bedside)
stak
eho
lder
s
Research translation
Enhancing/building research infrastructureEnhancing technical and professional
competenciesEnabling Environment
sub-pillar sub-pillar sub-pillar sub-pillar sub-pillarsub-pillar
Stakeholders
Consumers/research participant
Professionals
National policy makers
Local administration
Regulatory bodies
Industry
Researchers/ educators
Funders
Stakeholder analysis
Analysis of three pillars
Research Translation Pillars
1. Research Infrastructure2. Technical/Professional
Competence3. Enabling Environment
• Strengthen existing R&D Institutions on the National level
• Establish new National R&D institutions in the priority sectors
• Encourage Private Sector to establish new R&D facilities
• Encourage Private Sector to establish Universities/ Higher Education Institution
• Promote Sciences parks
• Build critical mass of practitionersMD, M.Scs. & Ph.Ds.
• Promote Technology transfer & Acquisition
• Build lifelong learning
• Promote Knowledge exchange and brain circulation
• Develop advocacy programmesand outreach at all levels
• Innovation capacity building
• Entrepreneurship capacity building
• Development of Integrated market
• Financial support research translation
• Advocacy & communication
• Financial instruments for entrepreneurship establishments
• Setting up a comprehensive IP system
• Development of policies/strategies that correlated to pillars 1 & 2
Using problem Tree methodology each of the Research translation pillars were
analysed and the needed sub-pillars were identified to ensure that they are in place to
achieve the required output and ultimately to address the Research translation goal.
su
b-p
illa
rs
1- Predefined sub-pillars were examined and analysed using problem Tree
methodology to identify policy/strategy arrangements that needed in
place to strengthen the three pillars and ultimately contributes to
research translation.
Analysis of the predefined sub-pillars
Policy/Strategy Aim Objectives
Investment Policy on
R&D Infrastructures
To build and Strengthen
existing R&D
infrastructures in MS
Higher Education
institutions and research
facilities
Encourage and facilitate
the establishment of
private R&D institutions
and facilities
Improve national budgetary allocation for R&D infrastructure
Maximize the use of existing infrastructure
Promote R&D agreements between private enterprises and
national research centres
Create an enabling/encouraging environment for private sector
investment on Universities and Higher Education institutions
Facilitate Regulation on the establishment of privet
Universities and Higher Education institutions
Promote standardization and quality control systems for
private Universities and Higher Education institutions
Science Parks Promotion
Policy
Encourage the establishment
of thematic science parks
Leverage the entrepreneurship at National and Regional levels
Building the National and Regional entrepreneurship capacity
Attract more foreign direct investments
Extending the local/regional market size
Incubate innovations and inventors
Create wealth
Policy/strategy Aim Objectives
Reviews on National
Higher Education
Policies
To introduce creative thinking
and Innovation capacity
building to the Education
System in all levels
Build critical mass of MSc’s & PhDs
Promote HR mobility between industry and academia
To develop innovative thinkers and inventors
To develop competitive work force for the market
Strategies on Lifelong
Learning
Improve the competitiveness
of professionals and
practitioners
Improve the scales of professionals and practitioners to
address the translation issues
Develop mentor-training systems
Ensure that health care providers are educated in applying
clinical evidence to clinical practice and decision making
Extend the national benefit from existing work force
To develop mechanisms for collecting data on training
programmes outcome
Promote career development, direction, and change/adaptation
Extending Job market size and wealth creation
Strategies on Knowledge
Exchange and Brain
Circulation
Introducing new and up-to-
date knowledge to the
practitioners and ultimately to
boost the know-do process
Introduce a new dimension of cooperation and mutual benefit
of the Health research committee.
Foster knowledge production and sharing
Facilitate access to accurate and up-to-date information
Bridge the Scientific community and introducing a new
dimension of brain circulation
Promote publication sharing and open access.
Strategy on Enhancing
Public Participation
in Clinical Research
Standardizing
and Streamlining the
Regulatory Process
Maintain participant protection and to maintain an appropriate
level of privacy
Provide a mechanism whereby information can be accessed by
professionals
2- Predefined sub-pillars were examined using finite element analysis exercisewhere the challenges were considered as the boundary conditions to identifythe Physical Infrastructure; Systems; and mechanisms needed by each sub-pillars.
Enhancing/building research infrastructure
Strengthen existing R&D
Institutions on the National level
Promote Sciences parks
Encourage Private Sector to establish
Universities/ Higher Education
Institution
Encourage Private Sector to establish new R&D facilities
Establish new National R&D
institutions
physical infrastructure
Systems
Mechanisms
Analysis output for pillar 1
Research Infrastructure (pillar 1)
sub-pillar Physical Infrastructure Systems Mechanisms
Strengthen existing
National R&D
Institutions
Existing Universities,
Polytechnic, Research
Institutions and Centres
Investment policy on
R&D infrastructures
Improved budgetary allocation for
R&D infrastructures
Maximize the use of existing
infrastructures
Tax waivers on R&D materials and
equipment
Research grants
Encourage Private
Sector to establish new
R&D Institutions/
Facilities
Research unit/facility to
be attached to SMEs/
companies
Policy on the
engagement of Private
Sector on R&D
Regulation on benefit share of the
research output
Award/Incentives
Advocacy plans
R&D agreement
between private
companies/SMEs and
national research centers
to attend to private
sector R&D needs
Promote Science Parks Science parks at RECs&
Member States levels
Policy to encourage
the establishment of
science parks at the
national and regional
levels
Financial mechanisms (Investment
plan to be encouraged in RECs &
Member States)
Technology gap analysis/Market need
Assessment of STI priority areas in
Regional economic communities and
Member States
Comparative advantage assessment in
Regional Economic Communities and
Member States
Enhancing technical and professional
competencies
Promote Technology transfer &
Acquisition
Entrepreneurship capacity
Innovation capacity building
advocacy programmes and
outreach
Promote Knowledge
exchange and brain circulation
physical infrastructure
Systems
Mechanisms
Analysis output for pillar 2
Build critical mass of practitioners
Enhancing technical and professional competencies (Pillar 2)
sub-pillar Physical Infrastructure Systems Mechanisms
Build critical mass of
practitioners MD,
M.Scs. & Ph.Ds.
Improvement of
research facilities in
Universities/Research
Institutions
Policy reviews to the
existing Higher
Education policies
with emphasis to
postgraduate studies
and linking it to
industry
Higher Education trust fund,
Scholarships, loans, Awards & Grants
Curriculums development/updating
Exchange programs
Industrial scholarship for PhDs/MScs
Professional capacity building
programs
Promotion of HR mobility from
industry to academia and vice versa
Industrial Attachment Programs
Promote Knowledge exchange and brain circulation
Existing Networks
Strategies on
Knowledge Exchange
and Brain Circulation
Technical/Scientific networks
Data repositories and libraries
University Chairs
Incentives (Including visiting home
programs, relocation grants)
Bilateral and multilateral agreements
Enabling Environment
Financial support research
translation
Development of policies/strategies that correlated to pillars 1 & 2
Setting up a comprehensive IP
system
Financial instruments for
entrepreneurship establishments
Advocacy & communication
physical infrastructure
Systems
Mechanisms
Analysis output for pillar 3
Development of Integrated market
Enabling Environment (Pillar 3)
sub-pillar Physical Infrastructure Systems Mechanisms
Setting up a
comprehensive IP
system
Existing IP national
offices and advisory
bodies
Strong IP regulatory
frameworks
Protection legislations
Promotion of IP share and exchange
Financial instrument for research translation
Existing financial
institutions
Financial laws and
policies for promoting
research translation
Banking and micro- financing tools
Grants and loans
Communication skills of the
Practitioners
Updates on the research findings
Informative communication tools
Corporate Social
Responsibility
Advocacy policy
R&D Resear
chInst.
physical infrastructure
Universities Science
ParkNetworks
R&D Private
inst.
Financial Systems
Systems Research systems
Man power
systems
Technology transfer/ Outreach Systems
Research incentivesMechanisms
Ph.Ds. and
MScs.
Information accessibility
Long-life learning
etc
etc
etc
strategic goals (from bench to bedside)
stak
eho
lder
s an
d P
artn
ers
Research translation
Enhancing/building research
infrastructure
Enhancing technical and
professional competenciesEnabling Environment
5 sub-pillars 7 sub-pillars 6 sub-pillarsPath
way
Know Bench
BedsideDO
Observations:
This pathway was developed by an exercise that conducted under the limitationof time and participation and by considering two steps translation model; but itcould be a core for further development of the pathway ;
The two steps translation model need to be broken down to its micro level;
The Stakeholders analysis need to be more detailed by addressing their role andimpact in the pathway; and sure their participation in such exercise is vital;
Checklist need to be in place to find out which of the systems and mechanismsare in place and which are not;
Micro analysis to be conducted on each of the systems and mechanisms forperfection of the pathway;
Continues monitoring for the pathway and its structure to identify the obstaclesand to introduce mitigation actions or interventions;