Coronavirus information for participants
The onsite course and conference programme at EMBL has been paused until the end of June 2020.
We aim to continue offering our advanced training for the scientific community however we safely can. While some events have been cancelled, many have been rescheduled for a later date and others will be delivered as virtual events.
Registration is open for onsite courses and conferences starting after 1 July and for the virtual events. All registration fees for any events which don’t take place due to the COVID-19 disruption are fully refundable.
More information for participants of events at EMBL Heidelberg can be found here.
Cell types are the fundamental units of multicellular life, which have diversified during animal evolution. The ongoing revolution in single-cell genomics/transcriptomics technologies and new insights into the molecular mechanisms specifying cell type identity now allow us to explore this process in unprecedented detail. Our new EMBO | EMBL Symposium will bring together scientists in this emerging field. We will jointly discuss fundamental questions such as the origins of cell types in the evolution of multicellularity, their diversification in divergent animal lineages and the molecular evolution of regulatory networks underlying the specification of cell types and tissues. One focus will be on the evolution of neuron type identity, and the cellular origins of the vertebrate cortex. We will also explore new computational approaches to unravel whole-body single-cell gene regulatory networks that underlie cell type diversification. For the first time, our EMBO | EMBL Symposium will provide a forum for the emerging field of cell type and tissue origination in the single-cell genomics era.
- From cell types to tissue types
- Vertebrate multi-omics
- Regulatory mechanisms of neuron type identity
- The origins of cell types - evolution of multicellularity
- Cell type diversification in animal evolution
- Computational approaches to unravel single-cell gene regulatory networks