Explore our science, meet our people
Browse through our 2019 brochure to learn more about what the more than 300 scientists in our 16 different research groups are up to.
From brain wiring to protein aggregation and neuroinflammation, the best science is done with the best technology and, of course, the best brains.
You can find out more about the work we do through our YouTube channel. We regularly post updates about our recent research results.
Upcoming events
Past & Future Events
Past & Future Events
Only Past Events
Only Future Events
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Distinguished Lecture Series
Methusalem Lecture Series
Progress Seminar Series
03dec1:00 pmProgress seminarNuno Apóstolo & Adekunle Bademosi
Event Details
'Proteomic dissection of the cell-surface protein interaction network at a specific hippocampal synapse’ Nuno Apóstolo, de Wit lab ‘EndoA nanoscale reorganization & autophagy induction: a common mechanism?’ Adekunle Bademosi, Verstreken lab
Event Details
‘Proteomic dissection of the cell-surface protein interaction network at a specific hippocampal synapse’
Nuno Apóstolo, de Wit lab
‘EndoA nanoscale reorganization & autophagy induction: a common mechanism?’
Adekunle Bademosi, Verstreken lab
Time
(Tuesday) 1:00 pm CET
Location
ON4 auditorium
Organizer
Progress Seminar Series
Event Details
Margaret Sutherland, PhD, Program Manager Neurodegeneration Challenge Network, Chan Zuckerberg Initiative Katja Brose, PhD, Science Program Officer, Chan Zuckerberg Initiative
Event Details
Margaret Sutherland, PhD, Program Manager Neurodegeneration Challenge Network, Chan Zuckerberg Initiative
Katja Brose, PhD, Science Program Officer, Chan Zuckerberg Initiative
Time
(Thursday) 1:00 pm - 2:00 pm
Location
ON4 auditorium
Organizer
Verstreken lab
Event Details
MRC Laboratory of Molecular Biology, University of Cambridge Bertolotti's goal is to understand the mechanisms that govern the deposition of misfolding-prone proteins, why they persist in aged cells and to identify
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Event Details
MRC Laboratory of Molecular Biology, University of Cambridge
Bertolotti’s goal is to understand the mechanisms that govern the deposition of misfolding-prone proteins, why they persist in aged cells and to identify strategies that could reduce the burden of misfolded proteins for cells and organisms. Her team has made progress towards this goal and contributed to our understanding of the mechanisms governing aggregation of disease-related proteins. Moreover, they have identified potent strategies to rescue cell survival under protein misfolding stress, a condition underlying many diseases. The work of Bertolotti’s lab focuses on fundamental cell biological processes with the view that some of our discoveries will benefit human health..
Time
(Thursday) 4:00 pm CET
Location
ON4 auditorium
Organizer
Distinguished Lecture Series
