Location & dates EMBL Heidelberg, Germany 26 - 29 Mar 2014
Deadlines Registration closed Abstract submission closed

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.

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Why attend

  • Topics
    • Where do microglia come from?
    • How do microglia contribute to neuronal development?
    • How do microglia respond to neuronal injuries?
    • How do microglia respond to disease?
  • Summary
    Microglia are phagocytic cells of hematopoietic origin that enter the brain and play important functions in both health and disease. Although discovered nearly one hundred years ago, microglia have only recently been appreciated to be highly dynamic cells that scan the brain to monitor and eliminate apoptotic, injured and sick neurons. Moreover, recent data indicate that microglia are able to sculpt developing neural circuits by engulfing synapses and contributing to synaptic pruning. These findings suggest that microglia are a jack-of-all-trades involved in brain surveillance, repair, and pruning. In this meeting we will bring together established and early stage researchers interested in microglia to better understand the many roles that these cells play in the healthy and sick brain. 
  • Aims
    We aim to encourage researchers with different expertise and perspectives on microglia to exchange findings and ideas. In this way we hope to contribute to the development of a new community of researchers centred around these cells.