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