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Nordic solutions for AI in healthcare
Autumn 2025
The much anticipated AI-driven discovery of disease mechanisms, treatment targets, and precision medicine strategies has yet to materialize …
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Artificial intelligence (AI) has created paradigm shifts in many human endeavors and industries, but the much anticipated AI-driven discovery of disease mechanisms, treatment targets, and precision medicine strategies has yet to materialize. A key constraint is that the data sets available for these challenges typically do not capture the full complexity of human health across a lifetime. On 2 June 2025, Council members of the Nordic Society of Human Genetics and Precision Medicine (NSHG-PM) gathered in Copenhagen, Denmark, for a roundtable with expert guests and industry representatives to explore the potential for multimodal Nordic data, combined with AI technology and expertise, to address this problem.
The discussions, led by Ole Andreassen (University of Oslo), Søren Brunak (University of Copenhagen), and Olli Kallioniemi (University of Helsinki), concluded that this would require ongoing and dedicated funding and an initiative supported by the Nordic governments. Such an initiative should initiate pilot projects that demonstrate the potential impact in high-burden disorders. Partnerships with several industrial sectors will be crucial, but these must be transparent, such that a Nordic AI-Health initiative aligns with Nordic values, expectations for data security, and other European health data and AI activities.
These insights and others from the roundtable and follow-up meetings are now informing the development of a manuscript outlining the opportunities for AI in research, innovation, and healthcare across the Nordic countries.
NSHG-PM 2025 Copenhagen: AI Opportunities in Nordic Healthcare
Spring 2025
Are you overwhelmed by the AI hype? Come to Copenhagen June 2 to find out what you really need to know, plus attend a great workshop on data visualisation …
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Are you overwhelmed, and a bit put off, by the AI hype? It seems that if we blink, we’ll miss the AI revolution in biomedicine and healthcare. But how will that dynamic collide with a health field that is fundamentally conservative and cautious, for many good reasons? One thing is certain: It is already playing out in biomedical research, where artificial intelligence / machine learning is nothing new.
To learn more about the current state of the art and possible future directions, join us for NSHG-PM 2025: AI Opportunities in Nordic Healthcare, a free afternoon symposium on 2 June 2025. Take in the view from the top of the magnificent Mærsk Tower at the University of Copenhagen and hear leading Nordic researchers offer their perspectives on the emerging and future role of AI and other information technologies in healthcare and biomedical research, followed by a reception/poster session.
- 4 May – deadline to be eligible for a podium talk and/or possible travel fellowship
- 20 May – final deadline for posters
Visit the Symposium website, where you can register and submit your abstract and sign up for the 1-2 June Workshop on Data Visualisation, where you will learn how to make your plots, figures, tables stand out from the crowd. The workshop will be led by expert illustrator and scientist Cara Thompson, and includes a networking dinner.
Nordics Share Their Personalized Medicine Knowledge
17 March 2022, by Hakon Heimer
Students around the world can now draw upon the combined knowledge of precision medicine researchers and clinicians in all the Nordic countries.
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By Hakon Heimer
17 March 2022. Students around the world can now draw upon the combined knowledge of precision medicine researchers and clinicians in all the Nordic countries.
The online course “Personalised Medicine from a Nordic Perspective” represents a collaboration between the leaders of Nordic faculties of health and medicine and the Nordic Society of Human Genetics and Precision Medicine, with funding from the Joint Committee of the Nordic Medical Research Councils (NOS-M).
The “massive open online course” (MOOC) is designed to introduce the concept of personalized, or precision, medicine as a final-year elective for medical students. With 30 videos in six modules and a faculty of 35 contributors, it is one of the largest online courses ever produced by the Coursera team at the Centre for Online and Blended Learning at the University of Copenhagen (UCPH), which provided significant in-kind support, as did the University of Iceland and deCODE genetics.
Many members of NSHG-PM volunteered their time to create lectures and participate in interview segments, and
“We are very proud of this course,” said Engilbert Sigurdsson, dean of University of Iceland’s medical faculty, on behalf of the Educational Working Group of Faculty leaders at Nordic universities. Sigurdsson led the project with Ulla Wewer, dean of UCPH’s faculty of health and medical sciences.
The curriculum was developed by professors Sisse Ostrowski at University of Copenhagen and Sædis Sævarsdottir at University of Iceland and deCODE genetics.
The Nordic model
The technical revolution has generated large numbers of data in healthcare and biomedical research. The rapidly increasing capacity to analyze these data holds great potential to support a change from the one-size-fits-all paradigm of healthcare to personalized medicine, also called precision medicine.
“To be able to make sense of the complexity of human biology, you need an awful lot of data,” said NSHG-PM President Kári Stefánsson of deCODE genetics in a promotional video for the course.
Nordic countries provide a unique platform for personalized medicine, with unparalleled health data infrastructure that can be combined for research and the implementation of new knowledge into clinical care.
NSHG-PM officer Søren Brunak of UCPH added that, “In the Nordic countries we have longitudinal data. We can track people over time: not only one disease but actually all the diseases they’ve had, even if they move around.”
The course describes precision medicine from the perspective of patients, healthcare systems, research and development, and infrastructure elements. The extensive Nordic electronic health records, disease registers, and biobanks are poised to generate a learning environment that is integrated with everyday care of patients.
The curriculum also covers communication of risk and the ethical, legal, and social aspects of personalized medicine, and presents examples where the approach already is used in routine care.
“The course has already become part of the optional curriculum for last-year medical students’ electives at the universities of Copenhagen and Iceland,” said Sigurdsson. “It can also be harnessed as part of specialist training courses and continuing medical education (CME) activities in this field as well as for doctoral and master-level students in allied health sciences.”
The course is still in its “beta test” phase at the two lead universities, but in the first month it jumped onto the list of the 30 most popular Coursera MOOCs worldwide. The creators are encouraging health and medical faculties across the region to add the course to their regular 2022-2023 elective offerings.
“We want to emphasize that this should be thought of a basic course to gain understanding of the personalized medicine concept from different angles, and we hope it will give insights into future possibilities in the Nordic countries,” said Sævarsdóttir. “We also hope that this can serve as a platform to add on more in-depth activities in this field, and bridge the gap between basic research and the everyday clinic.”
Even if you are not affiliated with a university that is offering the course for credit, you can watch the videos by creating an account at Coursera.
Novo Nordisk Foundation: Grant-giving Dip Is Temporary
16 May 2023, by Hakon Heimer
After a dip in their grant giving in 2022, the Novo Nordisk Foundation (NNF) will resume their goal of significantly increasing research and other funding.
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By Hakon Heimer
16 May 2023. After a dip in their grant giving in 2022, the Novo Nordisk Foundation (NNF) will resume their goal of significantly increasing research and other funding.
“While the total amount is not as high as in 2021, we still expect to be increasing our level of grant giving in the coming years,” according to a recent press release.
The largest biomedical foundation in the world (apparently by a wide margin), NNF granted 7.464 billion Danish kroner (~1 billion euros) for 695 new initiatives in 2022.
“It requires a concerted effort to tackle the societal challenges the world is facing today. Forming partnerships with national and international actors is therefore vital, and this is something we will continue to rely on in the coming years,” said NNF CEO Mads Krogsgaard Thomsen.
Greater transparency
And if you wonder how NNF spent that money, and maybe how you can increase your odds of being funded, you can now peruse the foundation’s newly launched Facts and Figures website, which NNF says provides “open access to all its grant-giving data.”
The online interactive dashboard contains data for the Foundation’s previous as well as current grants, including data on the outputs, outcomes and societal impact of completed grants.
The data shown include the success rates for applications in open competition and the distribution of grants by age, gender and across institutions and scientific areas, among other things.
“We are thrilled to be able to make our data available to the public, to stakeholders, university researchers and all our grantees. We hope that our grant holders will see how their reporting contributes to valuable insights and that educational institutions can benefit from studying these data,” says Thomas Alslev Christensen, Senior Vice President of the Novo Nordisk Foundation’s impact, analytics, data and insight department, in a press release.
INTERVIEW: Health Research Stymied by Legal Barriers to Safe and Effective Data Sharing
19 October 2021, by Carol Cruzan Morton and Hakon Heimer
International collaborations are essential for health research, but legal obstacles continue to block effective and protected data sharing, with potentially damaging effects on people who could benefit from the discoveries.
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By Carol Cruzan Morton and Hakon Heimer
19 October 2021. International collaborations are essential for health research, but legal obstacles continue to block effective and protected data sharing, with potentially damaging effects on people who could benefit from the discoveries.
These obstacles need to be removed, says Heidi Beate Bentzen, a researcher in law and medical ethics at the University of Oslo, Norway. Bentzen also helps lead the legal working group of the Nordic Society of Human Genetics and Precision Medicine (NSHG-PM).
In a recent paper in Nature Medicine, Bentzen and her UK, US, Norwegian, and German co-authors explain why it is so difficult to transfer privacy-protected personal data outside the European Economic Area (EEA), as well as the serious implications for medical research, citizens, and patients.
Image credit: Courtesy Nature Medicine.
For example, there are about 5,000 collaborative projects between the US National Institutes of Health (NIH) and EEA countries. At least 40 clinical and observational studies on risk factors and exposures for cancer have been suspended or delayed because of the current legal challenges.
We asked Bentzen for an update of efforts to overcome legal obstacles to global data sharing and privacy protection.
NSHG-PM: What’s new in this article? Have you tried to frame the problems or solutions in a new way?
Bentzen: There has been significant activity in this field the previous year: New guidance from the European Data Protection Board (EDPB), comprising all the data protection authorities in the European Economic Area, EEA); new Standard Contractual Clauses (SCCs) from the European Commission; high-level political discussions (e.g., during President Biden’s visit to the EU in June 2021); and establishment of an EU-US Trade and Technology Council.
Heidi Beate Bentzen
However, so far, and despite all these efforts, a solution to the data transfer challenge has not been found. Our paper builds on the April 2021 report by three European academy networks: ALLEA, EASAC, and FEAM. It also builds on the NSHG-PM public consultation comments to the EDPB, in which scientists and lawyers in the six Nordic countries collaborated to develop recommendations for suitable legal, technical, and organizational measures suitable for medical research that can supplement a General Data Protection Regulation (GDPR) transfer mechanism and ensure a high level of data protection.
In our Nature Medicine paper, we included an up-to-date overview of all the EU GDPR data transfer mechanisms and available guidance for each. It clearly shows there is currently no appropriate safeguard available that can function as a data transfer mechanism for data transfers to, for instance, US federal institutions, such as the US National Institutes of Health. This is because enforceable data subject rights and effective legal remedies for non-US data subjects are unavailable.
NSHG-PM: Are there any examples of solutions that you would call low-hanging fruit? Would they form a foundation for more change?
Bentzen: The EU GDPR provides a high standard of protection of personal data. It builds on the Council of Europe Convention 108, which is legally binding in 55 countries worldwide, so many countries share the same data protection foundation.
Several countries have also been inspired by the GDPR to raise their data protection standards, for instance, Brazil’s General Data Protection Law (LGPD), and also a US state – the California Consumer Privacy Act (CCPA). We are seeing a move toward raised data protection standards around the world, and the more harmonization we see in this field, the easier it will be to transfer data globally. In the US, it would be preferable with a federal law rather than the prospect of each state making its own law, which may lead to up to 50 different US data protection laws.
Statutory conflicts between EU fundamental rights and US federal law create the main challenge to EEA data transfer to US federal institutions. Meaningful progress in easing data transfers requires US legal reform.
We have suggested a sovereign immunity waiver, which would give non-US research participants enforceable data subject rights and effective legal remedies when data about them are processed by US federal institutions, such as the NIH or the Food and Drug Administration (FDA). Such a waiver already exists for US citizens and US permanent residents, and should be feasible to expand.
There are also actions that ought to be taken on the EU side, however, and these do not require legislative changes. For instance, it would be helpful if the European Commission developed standard contractual clauses specifically for scientific research data transfers.
NSHG-PM: Does the main issue with international data sharing now rest on US legal reform? Can you point to any activity – whether editorials, commissions, or actual legislation – that is moving in this direction?
Bentzen: The EU and the US are collaborating to find a replacement for the now invalidated Privacy Shield, under which US companies used to be able to self-certify to provide adequate data protection, making it unproblematic to transfer data from the EU to those US companies.
The large US cloud providers were amongst the companies that were Privacy Shield certified. Following the Court of Justice of the European Union Schrems II judgment, in most cases it is now not possible to transfer data to US cloud providers, upon which data-intensive research projects often rely. A Privacy Shield replacement will require finding a solution that does not violate EU fundamental rights. The European Commission will want to ensure that the new framework will not be invalidated in court; no one wants a Schrems III case.
What about the situation with the United Kingdom [UK] – another significant partner?
Bentzen: The situation with the UK is very worrisome at the moment. The UK government has signaled a wish to diverge from EU data protection legislation to make itself more competitive in artificial intelligence and life sciences. I believe what the UK government fails to take into account is that these fields require data beyond what the UK itself has available, so to be successful in these fields, they must collaborate internationally.
The UK should therefore take great care not to lose their current adequacy decision from the European Commission. That is a decision that is up for renewal in four years, and it can also be withdrawn earlier if the UK changes its data protection legislation. Should the UK no longer be considered by the European Commission to offer an adequate level of data protection, it may become as difficult to transfer personal data from the EEA to the UK as it currently is to the US.
Reference
Remove obstacles to sharing health data with researchers outside of the European Union.
Bentzen HB, Castro R, Fears R, Griffin G, Ter Meulen V, Ursin G.
Nat Med. 2021 Aug;27(8):1329-1333.
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