The symposium began on Wednesday evening with a keynote speech by Tobias Walther, who conducts research at the Memorial Sloan Kettering Cancer Centre in New York (USA). He reported on his work on the biogenesis of lipid droplets in the endoplasmic reticulum. On Thursday and Friday, 19 further presentations were given by speakers from Germany and abroad.
In addition, during the symposium, numerous doctoral students associated with the Integrated Research Training Group (IRTG) of the Collaborative Research Centre were able to present their research to an international audience on posters – and in a very special setting at that. Given the pleasant temperatures, it was decided at short notice to move the poster session to the outdoor area of the Botanical Garden.
Christian Ungermann and Florian Fröhlich, the symposium organisers, are pleased with how it went: „We are delighted with the success of the symposium and the excellent contributions from the numerous scientists, who not only gave impressive presentations but also engaged in lively discussions with participants during poster sessions and breaks. The symposium has once again demonstrated that Osnabrück is internationally renowned in the field of membrane biology.“
An overview of all guest speakers
- Tobias Walther, New York
- Claudine Kraft, Freiburg
- Vassiliki Nikoletopoulou, Lausanne
- Qing Zhong, Shanghai
- Dagmar Heuer, Berlin
- Felix Randow, Cambridge
- Natalie Krahmer, Munich
- Bianca Schrul, Homburg
- Volker Haucke, Berlin
- Carla Schmidt, Mainz
- Bettina Böttcher, Würzburg
- Rachid Thiam, Paris
- Guillaume Drin, Nice
- Ute Hellmich, Jena
- Christine Ziegler, Regensburg
- Milena Schumacher, Lausanne
- Francesca Giordano, Paris
- Giovanni D´Angelo, Lausanne
- Pedro Carvalho, Oxford
- Hannes Maib, Sheffield
About the Collaborative Research Center 1557
The Collaborative Research Centre 1557 addresses the question of how membranes and their lipid code control the plasticity of membrane proteins – and how, in turn, membrane properties are maintained and adapted in response to the environment.
