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KJ Poppe FENS novel food and health infrastructures
1. Novel food and health infrastructures in
Europe
FENS conference, Berlin, October 2015
Krijn J. Poppe, Karin Zimmermann, Pieter van ’t Veer
on behalf of the EuroDISH consortium
2. Conflict of interest
regarding this presentation:
I have no conflict of interest to report in relation to
this presentation.
4. www.eurodish.eu22/10/201p. 4
EuroDISH: The consumer as link
between the Agrifood & Health sector
Krijn Poppe
Studying the need for food and health research infrastructures in Europe
Societal challenges:
Food security, safety,
sustainability, climate
change
Societal challenges:
Health, demographic
change, and wellbeing
Food Policy Environment
Social Environment
• Biology & Behaviour
• Public – Private
• Connecting health and food
(ESFRI working group)
Health
sector
Agrofood
sector
Consumer
why & what do we eat,
how does it affect
health?
Healthy and active live
for EU-consumers
(JPI-HDHL, H2020)
public
private
public
private
5. www.eurodish.eu22/10/201p. 5
DISH domain
'DISH' model:
4 key building
blocks of food
and health
research
Krijn Poppe
Studying the need for food and health research infrastructures in Europe
7. www.eurodish.eu22/10/201p. 7
RIs enable adequate
response to the scientific
& societal challenges!
Research
Infrastructures
(centre of
knowledge triangle)
Help to shape scientific
communities:
Attract young people to
science & attract the
best researchers from
around the world,
Build bridges between
national research
communities and
scientific disciplines via
users from different
countries
Research Innovation
Unique research
services,
facilities, resources
and related
services
‘single-sited’,
‘distributed’, ‘virtual’
scientific
discoveries
& technological
development
Krijn Poppe
Studying the need for food and health research infrastructures in Europe
Education
ESFRI – Strategic Working
Group Health & Food
9. www.eurodish.eu22/10/201p. 9
KEY NEEDS
for FOOD and HEALTH RI
Need for RI Emerging RIs
GloboDiet
EuroFIR
No RI connecting DISH pillars
No RI specific for F&H domain
BBMRI
CESSDA
EATRIS
ECRIN
ELIXIR
EBI
ESS
MetaboHUB
SHARE
Agrifoodsector
Healthcaresector
Public-
private
Public-
private
innovation
Need = connecting pillars
overarching
I HSD
JPI/ENPADASI
RICHFIELDS
EuroDISH team
Research Infrastructure for Food related to Nutrition and Health
10. www.eurodish.eu22/10/201p. 10
Data grid that connects
the different disciplines in
the food and health
domain with cross-cutting
multidisciplinary research
at the level of study
DATA, research on
innovative TOOLS, and
food and health
SERVICES approaches.
Conceptual Design EuroDISH
food nutrition health
EuroDISH team
Studying the need for food and health research infrastructures in Europe
11. DISH-RI model
(EXPO2015: Milano Milestone)
Data platform that creates added value by
scientific integration of fragmented and
locked data via services to stakeholders
(public, private researchers, related RIs)
ICT backbone supporting the
interoperability of standardisation and
quality management of data and tools.
Governance structure that (a) provides
conditions for access such as membership,
ownership, privacy, and trust, (b) organises
centralised and distributed activities, and
(c) enables flexibility regarding innovation
within the RI.
DISH-RI
DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
12. DISH-RI for 2016 ESFRI Roadmap
Aim of DISH-RI
DISH-RI aims to be an overarching, virtual,
integrated, open access research environment
to collate, validate, harmonise and connect
existing and future research data.
DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
13. Impact
• DISH-RI will support innovative cutting-edge
research on food, nutrition and health by
connecting education, innovation and
research.
• DISH-RI will help policy makers and industry
to increase the impact of (public health) food
strategies and ultimately to improve the
health of all Europeans.
DISH-RI
DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
14. DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
DATA - research community
ontologies, metadata, exchange
platform, study data, big data
TOOLS - research community
calibration of datasets and new
tools by common standards
SERVICES - research community
enable federated analyses,
modelling, systems approach,
professional training
SERVICES - societal stakeholders
Data description and feedback to
consumers, food industries, policy
makers
Leverage scientific community
NL, UK, Dk and It
have proposed
ESFRI to create
DISH-RI
15. Leverage EU industrial
competitiveness
Scientific
community
Industry and
SMEs
Regulatory
authorities
DISH-RI
Data Tools Services
DISH-
RI
DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
ID S H
Political
authorities
• SMEs connected
• Innovative tools
• Health claims
• Food Industry
• Consumer insights
• Food composition
and innovation
17. “Hub, spokes and nodes”-
model
17DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
18. Time line of DISH-RI
2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
Design phase
2024 – Fully
operational RI
RI building, Member State level and EU level funding
Preparatory phase Implementation phase
Growth of Member States and stakeholders involved
Research projects: Member State and EU level (H2020, JPI, etc.)
DISH-RI
18DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
19. 19
RICHFIELDS
DISH-RI team
Research Infrastructure for Food related to Nutrition and Health
Research Infrastructure on
Consumer Health and Food
Intake for E-science with Linked
Data Sharing
3 year project, starting date 1st of November 2015
16 partners
2,997 K€
Agrofood
-Private: retail, food industry, fish and farm
-Public: Food production& land use
Health sector
-private: farma
-public: Medical care & cure, treatment
Need for RI: Unique connection agri-food supply chain and health care sector
Competitiveness is a tool to amplify innovation.
1. Mapping existing research infrastructures and identifying gaps, needs and governance issues.2. Integrating findings within and between DISH pillars, by defining larger entities of required infrastructures and identifying newly arising gaps and needs.3. Developing a conceptual design with a roadmap for implementation.
Two case studies on research infrastructures for dietary assessment, and those for innovative research into the biological mechanisms linking diet and disease.
ESS: European Social Survey, http://www.europeansocialsurvey.org/about/news.html
ELIXIR: A distributed infrastructure for life-science information, http://www.elixir-europe.org/
CESSDA: Council of European Social Science Data Archives, http://cessda.org/project
EBI: European Bioinformatics Institute, http://www.ebi.ac.uk/about
MetaboHUB: MetaboHUB aims at providing state-of-the-art tools, services and support in metabolomics and fluxomics to academic research teams and industrial partners in the fields of nutrition, health, agriculture and biotechnology.http://www.metabohub.fr/en/about-us/metabohub-infrastructure
BBMRI: Biobanking and biomolecular resources research infrastructure, http://bbmri-eric.eu/
ECRIN: European Clinical Research Infrastructure Network, www.ecrin.org
EATRIS: European Infrastructure for Translational Medicine, http://www.eatris.eu/
SHARE: Survey of Health, Ageing and Retirement in Europe, http://www.share-project.org/home0.html
Conceptual design based on the data grid that connects the DISH-pillars in the food and health domain with cross-cutting multidisciplinary research at the level of study DATA, research on innovative TOOLS, and food and health SERVICES approaches.
Two “wings” (vertical):
A Food and Behaviour wing (left) and A Nutrition and Health wing (right).
Three rows (horizontal) from top to bottom: Data, Tools, Services
DISH-RI is an overarching, virtual, integrated, open access research environment to collate, validate, harmonise and connect existing and future research data.
The interoperable data will enhance innovative and standardized technologies and tools that advance interdisciplinary cutting-edge research and therefore will foster both academic progress, commercial innovation and implementation of healthy diets for a healthy life, and enable the exploitation of interdisciplinary data on food in relation to nutrition and health. This way, the DISH-RI will enable generation of unique interdisciplinary research and system approaches relevant to public and private stakeholders in the food, nutrition & health domain; the innovative research will attract young investigators and will contribute to adequate responses to the societal challenges in the next decades.
European competitiveness though
influence the scientific community
improve the position of the EU industry (large & SMEs!)
influence the political and regulatory authorities
Next 2 slides with two examples that illustrates it: RICHFIELDS (D I; Large industry and retail data) and QUALIFY (I S H; SMEs)
Red dotted line: relevant RI which are not related to food or nutrition
Green – projects (lijntje naar H en S bij dedipac weggehaald)
Red – RI
Blue = purple ?? – Survey
MARGA: The ESFRI process has identified 13 BMS research infrastructures – from biobanks to structural biology – that are developing in parallel. As these infrastructures either produce or use data that lie within ELIXIR’s remit, close co-operation and coordination will help to ensure seamless deposition, access and integration of their data.
- The collaboration among the the biological and medical science Research Infrastructures on the ESFRI roadmap have been formalised in May 2015 when twelve BMS research infrastructures signed a Memorandum of Understanding to collaborate through a new BMS Strategy Group. The EU-funded CORBEL grant provides in parallel a formal mechanism for the twelve RIs to collaborate on a scientific and technical basis.
- ELIXIR co-ordinates the BioMedBridges project, which is a key initiative to bring together several ESFRI Research Infrastructures. BioMedBridges is developing the shared e-infrastructure to allow interoperability between data and services in the biological, medical, translational and clinical sciences.
What is the collaborative strategy: Not yet in stone. Projects and networks identified. On these levels intense collaboration.
Example: I myself am a TA leader in DEDIPAC, an advisor to ENPADASI (Barcelona last week)
Next steps are to define the needs and win wins in interactyoin and formalize the relationships in agreements where necessary
Paul Finglas: - I find it a bit strange that we don't have IARC (Globodiet) on slide 5 as they were a partner in Eurodish and also figure strongly in Q3a-c.