EMBL Courses and Conferences during the Coronavirus pandemic
With the onsite programme paused, many of our events are now being offered in virtual formats.
Registration is open as usual for many events, with back-up plans in place to move further courses and conferences online as necessary. Registration fees for any events affected by the COVID-19 disruption are fully refundable.
More information for participants of events at EMBL Heidelberg can be found here.
EMBL is committed to sharing research advances and sustaining scientific interaction throughout the coronavirus pandemic. We are delighted to announce that the symposium is going virtual and invite you to join us online. The virtual symposium includes talks from invited speakers, short talk presenters, digital poster sessions and networking opportunities.
Information about accessing the conference platform (containing the live stream, access to the discussion forum and digital posters) will be sent to registered participants on Monday 15 March.
Morphogenesis, the generation of shape, is a topic of considerable interest in basic research with important implications in biomedicine. Across scales, from subcellular structures to multicellular systems shape is intimately linked with function. While traditional genetic approaches have allowed the identification of key components controlling individual morphogenetic processes, recent advances in synthetic biology are opening the possibility to engineer gene circuits, signal systems, and biomaterials to not only probe morphogenesis but also to re-construct it and direct it.
Synthetic morphogenesis is a novel and exciting field that requires collaboration among traditionally distinct scientific communities, from developmental biologists, to chemists, theoreticians and computational modellers. This symposium will bring together scientists from these different disciplines to discuss the extent to which cells/tissues/organs can be built de novo starting from isolated components.
- Origin and evolution of life
- Engineering life
- Artificial cells/tissues
- Developmental mechanisms
- Patterning and self-organisation
- Physics of life