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MSC1000: Foundations in Translational ResearchSession 1, September 13, 2016
Master’s of Health Science in Translational Research:Putting Knowledge Into Action!
Joseph Ferenbok, Richard Foty,
Norm Rosenblum & Raad Yameen
Agenda
Part 1: An introduction to TR & TRP• Mind the GAP: What is the NEED?
• Building Bridges. What is TR? • Patient-centred research
• How is this different than what we’re currently doing
• Why is it important
• TRP pathway: The wheel• Translational Thinking
• What is the TRP?
Part 2: Communicating Science• Communication & TR
• Arbitrary Meaning – Rationale for Needs Analysis
• Science as Rhetoric
IDEO: 7 Tips on Better Brainstorming
“…idea generation is an art form. It's about setting a safe, creative space for people to feel like they can say anything, be wild, not be judged– so that new ideas can be born.”
One conversation at a time.Your team is far more likely to build on an idea and
make a creative leap if everyone is paying full attention
to whoever is sharing a new idea.
Encourage wild ideas. Thinking about ideas that are wacky or out there we
tend to think about what we really want without the
constraints of technology or materials.
Build on the ideas of others.Being positive and building on the ideas of others take
some skill. In conversation, we try to use “and” instead
of “but.”
Go for quantity & Defer judgementAim for as many new ideas as possible so say anything
and allow others to build on it. In a good session, up to
100 ideas are generated in 60 minutes. Crank the ideas
out quickly and build on the best ones.
Loosely based on Osborn 1957, Rules for Brainstorming;Copied from IDEO Toolkit.
Setting up a safe, creative space
Yours…
DefinitionsKnowledge Translation:
A dynamic and iterative process that includes synthesis, dissemination, exchange and ethically sound application of knowledge to improve health (…), provide more effective health services and products and strengthen the health care system”
Straus SE, Tetroe J, Graham ID. Defining knowledge translation. CMAJ 2009;181(3-4):165-8. DOI: 10.1503/cmaj.081229
DefinitionsTranslational Research:
The transfer of knowledge gained from basic research to new and improved methods of preventing, diagnosing, or treating disease, as well as the transfer of clinical insights into hypotheses that can be tested and validated in the basic research laboratory”
American Physiological Society. Quot. in: Hall JE. The promise of translational physiology. Am J Physiol 2002;283(2):E193-4.
Problem:
In all this, where is the patient?
or
Who Cares?
“Over the past 30 or so years, the ecosystems of basic and clinical research have diverged.”
Published online 11 June 2008 | Nature 453, 840-842 (2008) | doi:10.1038/453840a
“The clinical and basic scientists don't really communicate,”
A ‘GAP’ was formed.
And Nature Dubbed it: The Valley of Death!
“Over the past 30 or so years, the ecosystems of basic and clinical research have diverged.”
Published online 11 June 2008 | Nature 453, 840-842 (2008) | doi:10.1038/453840a
“The clinical and basic scientists don't really communicate,”
“The abyss left behind is sometimes labelled the 'valley of death' — and neither basic researchers, busy with discoveries, nor physicians, busy with patients, are keen to venture there.”
Bridging the ‘GAP’
Aka: What is TranslationalResearch?
Or
Aaka: How do we bridge the GAP?
FAILED!
The Valley of Death
The Valley of Death
Bench Bedside
Cell Society
Bridges Over Time: Westfall et al (2007)
Fiscella et al (2008)
Woolf (2008)
Lean et al (2008)
Khoury et al (2010)
T1 T2
Discovery to candidate application
T3
Evidence-based practice guidelines to health practice
T4
Health application to evidence based guidelines
Practice to population Health
Traditional Academic Research Path
Research Study
Publication
Grant Application
We need a new approach…
Transforming the vast quantity of research and innovation being produced into applications that advance health, patient experience, and individual and population outcomes requires a specialized core ‘translational’ skill set.
At the individual level we need:
“A new professional figure with the specific skills that are needed to navigate the whole itinerary of translational medicine to overcome fragmentation.”
A new way of doing applied
innovation in health sciences!
Definitions (NCATS)
Translation: process of turning observations in the laboratory, clinic and community into interventions that improve the health of individuals and the public….
Translational science: the field of investigation focused on understanding the scientific and operational principles underlying each step of the translational process.
TRP Definition of TR:
Systematic investigation, study and knowledge production that turns observations in the laboratory, clinic and community into interventions that improve the health of individuals and the public.
Analysis Synthesis
Translational Thinking
Need
Learn about the discovery, observation, and clinical and health, medical or patient need. What will happen if you meet this need?
Problem
Specify the barrier(s) to
addressing the need. Construct a point of
view based on Reflection and
integration of your discovery and
exploration.
Affirm
Check with patients
and key stakeholders that solving the
problem or issue will address the stated
need. Make sure your solution is
possible / translatable within the context of the
need & problem domain.
Design
Brainstorm creative ideas to solve the problem that would align with the identified need.
Integrate
Choose solution and
construct a method to represent your
solution to share with others. Place your
idea within the need-problem context.
Test
Engage with end-users,
stakeholders and patients to get
feedback on your solution to the
problem and how it relates to the
identified original need.
Define Validate Ideate Apply Evaluate
Experience Reflect Abstract Experiment
Iterate
Discover
Translational thinking:•Problem-solving by synthesis (abductive thinking)
•Person-Centered – Needs based synthesis• POV is ambiguous, contextual & dynamic• Understanding Needs should precede solutions• identifying needs: key to matching resources and
capabilities
•Observation & Experiment based – focus on ‘doing’• uncovering unarticulated needs
• Iterative• Rapid Iteration/prototyping• systematic learning from failure
Translational Research Program (TRP)
Translational Research is…
Best practices & Systematic / process thinking:field of investigation focused on understanding the scientific and operational principles underlying each step of the (translational) process
Applied Scienceprocess of turning observations in the laboratory, clinic and community into interventions that improve the health of individuals and the public
A Social ResponsibilityPublically funded research SHOULD provide direct (as well as indirect) benefit to society = tangible benefits for people & patients!
Science ApplicationTranslation
Mission:To facilitate opportunities, support & training for learners who catalyze the transformation of (scientific) discoveries into problem-solving designs with tangible benefits for human health.
TRP Values
Core TRP Principles
Translational
Thinking:
our approach to innovation is to focus on actual NEEDS
by: Empathizing with people to identify issues; Defining a
focused Problem/research question; Ideating multiple
possible solutions to: Prototype and Test for feedback
and iterative improvement.
Human-Centered: translational thinking should start with the people
(patients, populations) and end in tangible benefits tailor
made to suit their needs
Iterative Problem-
Based Research:
translational research involves contextually-sensitive
solutions through iterative systematic analysis, design,
development, and implementation
Reflection: central to experiential learning and allows for the
integration of experiences with existing knowledge
into abstractions that represent deeper learning and
possible solutions to for prototyping and testing
TRP Methods
Teaching Methods
Facilitative
Mentorship
personalized, participatory and iterative teaching
that promotes self-learning, critical thinking and
self-actualization
Experiential Learning learning-based conceptual understandings rooted
in observations and reflections from concrete
experiences of testing knowledge
Reflective Learning a recursive process that helps transform surface
learning into deep learning through synthesis and
interpretation of experiences
Collaborative Self-
Directed Learning
individually initiated and managed learning
activities pursued through learning communities,
discourse and knowledge exchange
Program Mechanics
Program Structure
Required 8.0 full-course equivalents (FCEs) :1) MSC1000H: Foundations in TR 1.0 FCE;
2) MSC4010Y: modular “core” 2.0 FCE
3) MSC1003H: advanced communication skills 0.5FCE
4) KMD1002H interdisciplinary design 0.5 FCE
5) MSC2021Y TR Capstone Prep course 1.0 FCE
6) MSC4000Y Capstone project course 2.0 FCE
7) two half-courses of qualifying electives 1.0 FCE
Course Pathway 2016/17
Year 1 Year 2
Course FCE Term 1 Term 2 Term 3 Term 4 Term 5
MSC 1000 1.0 Y TR Foundations
MSC 1003 0.5 H Communications
KMD 1002 0.5 H Practice
MSC 2021 1.0 Y Capstone Prep
MSC 4000 2.0 YE Capstone
MSC 4010 2.0 YE 8 Modules
Elective 0.5 H
Elective 0.5 H
Class Schedule 2016/17*
Fall 2016 Winter 2017
Tuesdays Thursdays Tuesdays Thursdays
1 – 4pm MSC 1000Foundations
MSC 2021Capstone
Prep
MSC 1000 Foundations
MSC 2021Capstone Prep
4 – 7pm MSC 1003Rhetoric of
Science
MSC 4010Modules / Workshops
KMD 1002Practices &
Contexts
MSC 4010Modules / Workshops
Capstone Project • Students generate Capstone Projects*;
• Students select committees*;
• Capstone projects should be collaborative and cross traditional disciplinary boundaries;
• Capstone projects may range widely but MUST attempt to advance health; have an experiential learning component; AND provide opportunities for Translational Reflection and core program competencies. *Projects and committees must be approved in writing
by the TRP Program Committee.