european health data space and digital health actions on
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European Health Data Spaceand digital health actions on cancer
Ioana Gligor
Head of unit European Reference Networks and
Digital Health, DG SANTE
Ceri Thompson, DrPH
Deputy Head of unit, DG CNECT
eHealth, Well Being and Ageing
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A European Health Data SpaceOBJECTIVES
SCOPE & EXPECTED IMPACT
Use of health data
(primary)
• Access and control of patient over their data & exchange
of health data (incl. cross-border) for healthcare provision
• Digital health services and products (including telehealth
and m-health);
Re-use of health
data
(secondary)
• Research, innovation
• Policy and regulatory decisions
High quality & safe
healthcare provision
Facilitated research &
innovation Data-enabled policy-
making
Timely and simplified exchange of and access to health data
MEANS
Legal / Governance Quality of data Infrastructure Capacity building
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EHDS: What are the problems?
Use of health data for healthcare
(primary)
Re-use of health data
(secondary)
Sharing of healthdata for healthcare
• Limited control to and access to patients
• Repeated tests and high costs
• Insufficientexchange of healthdata
• Limited interoperability between health care providers
Single market for digital health products and
services
• Uneven national legislative frameworks
• Uneven quality / interoperability frameworks
• Uneven proceduresfor prescriptions, reimbursement, liability
Access to healthdata for research, innovation, public
health policy making
• Low re-use of health data
• Cumbersome cross-border access to health data
• Fragmented digital infrastructures
Artificial Intelligence
• Limited provision of data for training of AI
• Difficulties for regulators to evaluate
• AI algorythms
• Uncertainty on AI liability in health
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Cross-border healthcareDirective
GDPR
Data Governance Act
AI regulation
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EHDS: Articulation with EU regulatory framework
EHDS
- health data for healthcare
- Control of patients over
their health data
- Use of data for research,
policy making, regulatory
decision
- Provision of tele-health
and m-health, including
cross-borders
- Clarifying use of AI in
health
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1a. Use of data for healthcare
Primary use of health data (EHDS 1/MyHealth@EU)
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Access to health data in digital format
Today, a large number of EU citizens and healthcare professionals
cannot access health data in a digital format. Data are often available
in paper, or only a limited set of data categories are available in digital
format.
Interoperable health data
Tools and infrastructure
Health data is collected in such a way, that the format is different
everywhere. This makes it impossible to understand the meaning of
health data in different contexts. Therefore, interoperability standards
are required to promote wider use and understanding.
Member States organise health data access through different means.
Some member states have patient or professional portals at the level
of healthcare provider, region or nation, while others have apps or
personal data space solutions. Also, registries of who should have
access are also local, regional or national solutions.
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• Main challenges relate to adoption, deployment and integration of digital
health (particularly true in cross border settings)
• Important elements
• Control of patients over their own health data, including tele-health/m-health
• Use of cross-border infrastructure for health data exchanges (My@HealthEU)
• Support assessments and guidance on assessment criteria (in collaboration with HTA
bodies, medical devices etc.)
Digital health (tele-health and m-health)
Reimbursement Interoperability Labelling/certificationData privacy and
liability
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EHDS1: rules: Commission Recommendation on a
Electronic Health Record Exchange Format
Common technical specifications (baseline)
Initial health information domains:
• patient summaries
• ePrescriptions
• laboratory reports
• medical images and reports
• hospital discharge reports
Interoperability specifications
• HL7 CDA
• DICOM
• IHE profiles
Incremental and selective approach
• adopting, refining, and maintaining the specifications of the European EHR exchange format
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EHDS1: MyHealth@EU: cross-border exchange of patients’ data
patient summaries and ePrescriptions: 7 MS live, 15 MS in 2021 > 2021: images, laboratory results, discharge reports; access of patients to their health data
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2. Use of data for research, policy making and AI
Secondary use of health data
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Secondary use of data in the EHDS
Health data from patients
and healthcare professionalsReuse of health data by
researchers, policy-makers
and industry
Rules, protocols, infrastructure
and governance
Granting researchers, policy-makers and industry access to health data across
borders in an interoperable, digital format
Other research data
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Targets
2021: Pilot infrastructure
2025: EU-wide infrastructure
Testbed (proof of concept)
Governance
IT and data infrastructure
Demonstrator
Cross-country ecosystem
Secondary use of health data
Pilot project EHDS2: motivation
EU4HEALTH
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Inception Impact Assessment:
https://ec.europa.eu/info/law/better-regulation/have-your-
say/initiatives/12663-A-European-Health-Data-
Space-
Public consultation (3 May – 26 July
2021)
Impact Assessment(Q3 2021)• Study on Assessment of the EU
Member States’ rules on health data in the light of GDPR (Q1 2021)
• Study on regulatory gaps, including evaluation D. 2011/24/EU, digital health services, AI (Q2 2021)
• Studies to support the Impact Assessment (Q3 2021)
• JA TEHDAS 2021
Consultation EDPS
Legalproposal (Q4
2021/Q2 2022
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EHDS: next steps
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National level investments
• National funds
• RRF
• ERDF
• ESF+
• InvestEU
EU level investments
• EU4Health
• DEP
• Horizon Europe
14
Budget
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A new EU state of the art platform for innovators to pilot technologies that target
cancer, and demonstrate the power of AI and digital technologies to beat cancer
European Cancer Imaging Initiative
Combining and focusinginitiatives on the
development of resources for innovators
Enabling the next generation of
diagnostics and treatment for
cancer patients
• Anonymised patient cancer
imaging available to innovators
• Testing and experimentation
facility supported by dedicated
Digital Innovations Hubs for
health
• Engaging with
stakeholders across the
ecosystem of hospitals,
researchers and innovators
• Support on regulatory
aspects of AI
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H2020 projects portfolio: cancer imagingChaimeleon EuCanImage ProCancer-I Incisive Primage
Accelerating the lab to market
transition of AI tools for cancer
management
A EU cancer image platform linked
to biological and health data for
next-generation AI and precision
medicine in oncology
An AI Platform integrating
imaging data and models,
supporting precision care
through prostate cancer’s
continuum
A multimodal AI-based toolbox
and an interoperable health
imaging repository for the
empowerment of imaging analysis
related to the diagnosis, prediction
and follow-up of cancer
PRedictive In-silico Multiscale
Analytics to support cancer
personalized diaGnosis and
prognosis, Empowered by
imaging biomarkers
Setting up an EU-wide
structured repository for
health imaging data as a
distributed infrastructure to
be openly reused in AI
experimentation for cancer
management.
Building a highly secure,
federated and large-scale
European cancer imaging
platform, populated with new
data from 25 000 subjects
and cross-linked to biological
and health repositories
through the European
Genome–phenome Archive.
Establishing a validated
AI Platform integrating
imaging data and models
to support precision care
and clinical decision
making for prostate
cancer treatment
Establishing a pan-European
federated repository of
medical images; developing
and validating an AI-based
toolbox to enhance existing
cancer imaging methods;
developing an automated,
machine learning-based
annotation mechanism.
Establishing a cloud-
based platform to support
decision making for
clinical management
based on the use of
novel imaging
biomarkers, in-silico
tumour growth simulation
and machine-learning
based translation into
predictors for Clinical End
Points
Lung, breast, colorectal
and prostate cancer
Colorectal, breast cancer Prostate cancer Lung, breast, colorectal and
prostate cancer
Neuroblastoma and
Diffuse Intrinsic Pontine
Glioma
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BD2 Decid
e
Big Data and models for personalized Head and Neck Cancer decision support
Decision Support System linking population-specific epidemiology and behavioral data, patient-specific genomic, pathology, clinical and imaging data with big data techniques against Head and Neck Region Cancers
Bounce
Supporting clinical decision making for
breast cancer
building a decision-support system for breast cancer patients to establish
a predictive model of patient outcomes
iPC
Supporting clinical decision making for paediatric cancers using virtual-patient models – iPC
addressing paediatric cancers through in-silico avatars to provide personalized diagnostics and recommended treatment options
H2020 projects portfolio: decision support systems
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CAPABLE• CAncer PAtients Better Life
Experience - A cancer patient coaching system combining AI and Big Data for predictive models
ONCORELIEF• A digital guardian angel
enhancing cancer patient’s wellbeing and health status improvement following treatment
LifeChamps• A collective intelligence
platform to support cancer champions
ASCAPE• Artificial Intelligence
Supporting Cancer Patients across Europe
FAITH• A Federated Artificial
Intelligence solution for moniToring mental Health status after cancer treatment
BD4QoL• Big Data Models and
Intelligent tools for Quality of Life monitoring and participatory empowerment of head and neck cancer survivors
CLARIFY• Cancer Long Survivors
Artificial Intelligence Follow Up
PERSIST• Patients-centered
SurvivorShIp care plan after Cancer treatments based on Big Data and Artificial Intelligence technologies
QUALITOP• Monitoring QoL after cancer
ImmunoTherapy - an Open smart digital Platform for personalized prevention and patient management
Call H2020-SC1-
DTH-01-2019:
Big data and
Artificial
Intelligence for
monitoring
health status
and quality of
life after the
cancer
treatment
35 000 000 EUR
H2020 projects portfolio: quality of life
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Pilot project: Develop Artificial Intelligence for diagnosis and treatment of paediatric cancer – EU4Child project
Objectives
• Support the development of multi-national approaches to facilitate capturing
data on paediatric cancer from multiple sources
• Build a multi-stakeholder network to explore the applications of Artificial
Intelligence technologies in paediatric cancer
• Develop a state-of-the-art report to help understanding the challenges, needs
and gaps in capturing data on paediatric cancer across the EU/EEA,
developing a framework to find solutions to bridge existing gaps
• Pave the road to a one-stop shop European point of access for integrated
healthcare and research data platforms that collate clinical data
• Create a multi-stakeholder network to connect and facilitate the exchanges
and dissemination of best practices in clinically relevant Machine-Learning
and Artificial Intelligence technologies between all relevant stakeholders
Financed under the EP programme ‘Pilot
Projects and Preparatory Actions’
1 000 000 EUR available, 2 years
EU4ChildRecently launched
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Digital twins
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Health in Digital Europe (WP 2021/22)
Data spaces
Genomics
Cancer Imaging
Testing and Experimentation
Facilities
TEF
for
Health
Cybersecurity and trust
Support to the health sector
Accelerating best use of
technologies
Cloud, data and Artificial Intelligence
Uptake of digital solutions in Health and
Care
An ecosystem for digital twins in healthcare
€20m
1st call
48mo
€18m
2nd call
36mo
€1m
1st call
24mo
€5m
1st call
24mo
€30m; 2nd call;
48-60 months€10m; 2nd call;
up to 24 months
… plus activities under advanced skills; benefits through HPC and cloud infrastructures; European Digital Innovation Hubs…
Subject to adoption of the DIGITAL programme
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Thank you
© European Union 2021
Unless otherwise noted the reuse of this presentation is authorised under the CC BY 4.0 license. For any use or reproduction of elements that are
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