Step Inside The Danish National Biobank

From our symposium - Scaling Omics Approaches to Population Size: a talk from Stinus Lindgreen, Scientist and Politician. Member of Folketinget. On the topic: The political landscape, experiences from the first researcher in the Danish parliament

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Klaus Høyer, University of Copenhagen. On the topic: The future for donor consent

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Peter M. Nilsson, Lund University. On the topic: History of Biobanks

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Aaro Tupasela, University of Helsinki. On the topic: Does biobanking have room for ELSI debate anymore?

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Katja Kaastrup, Rigshospitalet and University of Copenhagen. One of six young researchers selected from submitted abstracts to give a talk, Katja was chosen as the first prize winner among the six student speakers based on this talk. On the topic: Program for Translational Hematology – Creating a platform for blood cancer research

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Anders H. Kverneland, National Center for Cancer Immune Therapy. One of six young researchers selected from submitted abstracts to give a talk. On the topic: Clinical potential of adoptive cell therapy with tumor infiltrating lymphocytes therapy in combination with checkpoint inhibitors in non-melanoma patients

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Josue L. Castro M. from University of Copenhagen. One of six young researchers selected from submitted abstracts to give a talk. On the topic: Gut microbiome and its metabolic functions reflect healthy and unhealthy distribution profiles of lipoproteins.

From our symposium - Scaling Omics Approaches to Population Size: a talk from Tine Jess of Statens Serum Institute.On the topic: Molecular prediction of inflammatory bowel disease

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Michael Christiansen, Statens Serum Institute and University of Copenhagen.On the topic: The Danish contribution to psychiatry through massive unbiased sample collections

From our symposium - Scaling Omics Approaches to Population Size: a shortened version of her halfway summary and the unedited talk of Eva Ortega Paino, Spanish National Cancer Research Centre (CNIO)On the topic: The Spanish perspective on cancer research

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Henrik Ullum, Copenhagen University Hospital.On the topic: The Danish Biobanks and registers as perfect tools for research and precision medicine

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Kristian Hveem, Norwegian University of Science and Technology.On the topic: Biobanking and precision medicine

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of our own Lasse Boding, Danish National Biobank, Statens Serum Institut. On the topic: Leveraging the potential of the Danish National Biobank      

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Rikard G. Fred, Novo Nordisk Foundation Center for Basic Metabolic Research. One of six young researchers selected from submitted abstracts to give a talk.On the topic: Single-cell analysis of liver biopsies from obese patients – a new approach to understanding fatty liver disease.  

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Madeleine Ernst, Statens Serum Institut. One of six young researchers selected from submitted abstracts to give a talk.  On the topic: Scaling Neonatal Metabolomics to Population Size.  

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Jon Foss-Skiftesvik, Rigshospitalet and Statens Serum Institut. One of six young researchers selected from submitted abstracts to give a talk. On the topic: Genome-wide association study across pediatric central nervous system tumors implicates shared predisposition and points to 1q25.2 (PAPPA2) and 11p12 (LRRC4C) as novel candidate susceptibility loci.  

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Mark Daly from the Institute for Molecular Medicine Finland and Harvard Medical School. On the topic: The FinnGen approach to understanding human disease.

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Naomi Allen from Oxford University and UK Biobank. On the topic: The 500,000 sequencing initiative in the UK Biobank  

From our symposium - Scaling Omics Approaches to Population Size: the unedited talk of Torben Hansen of the Novo Nordisk Foundation Center for Basic Metabolic Research. On the topic: Genetics of metabolism in a population isolate - lessons from Greenland

From our symposium - Scaling Omics Approaches to Population Size: The unedited talk of Matthias Mann from Max Planck Institute and Novo Nordisk Foundation Center for Protein Research. On the topic: Proteomics on a population-based scale

In this year’s last episode we take a look in the mirror. Having so far focused on the great work of our collaborators, we now turn the attention on biobanking itself. Inspired by our recent co-hosted PhD course and symposium: “The Future of Biobanking”, and with the help of biobanking expert Eva Ortega-Paino, we explore the past, present and future of biobanking. The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank, and hopefully inspire researchers to utilize this potential in the future.

The unedited talk of Mark Divers, Head of Karolinska Institute Biobank in Stockholm, at the symposium "Future of Biobanking"

The unedited talk of Kristian Hveem, Head of Biobank Norway, and PI of Hunt Biobank, at the symposium "Future of Biobanking"

This time we go searching for some of the root causes of male infertility with the world’s largest male offspring cohort, as we visit Bispebjerg Hospital, Copenhagen and the FEPOS-project. Though we are far from dystopian scenarios where humanity’s actual existence is threatened by infertility, it is one of the most common among major health issues facing young people. Infertility can be devastating, and half the time a couple faces infertility, semen quality is part of the problem. We sat down for a talk with Sandra Søgaard Tøttenborg, a reproductive and environmental epidemiologist, and Principal Investigator on the FEPOS-project. FEPOS investigates the possible causes of male infertility in what is passed on to the next generation at the fetal stage.  The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank, and hopefully inspire researchers to utilize this potential in the future.

In this episode, we visit the psychiatric centre, Sankt Hans in Roskilde, to speak with Professor of Biological Psychiatry, Thomas Werge about the comprehensive research initiative, iPsych that he and five other Principal Investigators lead, - about how mental disorders can be understood better and treated diversely for different groups and individuals in the future, - and about what normal is. The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank and hopefully inspire researchers to utilize this potential in the future.

New research by genetic epidemiologist, Bjarke Feenstra of Statens Serum Institute, will help solve the puzzle of birth. In this episode Bjarke tells us about the new piece of the puzzle that he and his team have discovered. As a world first, they’ve been able to pinpoint a certain location in the genome of the unborn child that affects when the child is born. Here cytokine proteins seem to work as a sort of telegraph sending word along the wire, from child to mother. Signaling that the child is ready to come into the world. The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank and hopefully inspire researchers to utilize this potential in the future.

The unedited keynote of Carole Goble of the Software Sustainability Institute, at the un-conference, "Software in the Life Sciences - Development, Usability, Sustainability"

The unedited keynote of Tim Gardner, CEO of Riffyn at the un-conference, "Software in the Life Sciences - Development, Usability, Sustainability"

We sat down with the three research software engineers trying to put focus on quality and sustainability in research software, as well as the increasingly important role of software engineers in modern life science research. The three: Nikolaus Sonnenschein, a Senior Researcher at DTU Biosustain, Kai Blin, also Researcher at DTU Biosustain, as well as our own Head of IT at the Danish National Biobank, Bartlomiej Wilkowski together hosted an unconference on these topics supported by the Novo Nordisk Foundation. The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank and hopefully inspire researchers to utilize this potential in the future.

In the second episode we visit the Danish Cancer Society, and speak with Professor Anne Tjønneland about the studies Diet, Cancer and Health and it's recent extension Next Generations. And about the power we all have over cancer as individuals, through the lifestyle choices we make. The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank and hopefully inspire researchers to utilize this potential in the future.

The first episode looks at Mitochondrial DNA research into mental disorders, and how it has helped scientists understand the origin and biological ancestry of the Danish population. Principal Investigator, and Cheif Physician at SSI, Michael Christiansen tells the story. The Danish National Biobank is a treasury of science for international health research. It contains 10 million biosamples across an array of diagnostic categories, as well as the Danish Biobank Register that links over 25 million biosamples in Danish biobanks to vast amounts of register information. This podcast will give an insight into some of the amazing research done through the Danish National Biobank and hopefully inspire researchers to utilize this potential in the future.