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
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Only Future Events
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Distinguished Lecture Series
Methusalem Lecture Series
Progress Seminar Series
Event Details
University of Maryland Ho's research focuses on sensory neuroscience and sensory neuropathy. Her main interest is the pathogenesis and therapeutics of sensory neuropathy, with a focus on the impact of the
Event Details
University of Maryland
Ho’s research focuses on sensory neuroscience and sensory neuropathy. Her main interest is the pathogenesis and therapeutics of sensory neuropathy, with a focus on the impact of the skin microenvironment on the development of sensory neuropathy.
Time
(Thursday) 4:00 pm CET
Location
ON4 auditorium
Organizer
Distinguished Lecture Series
08oct1:00 pmProgress seminarKaterina Konstantoulea
Event Details
'Aβ templated interactions in Alzheimer’s Disease' Katerina Konstantoulea, Switch lab
Event Details
‘Aβ templated interactions in Alzheimer’s Disease’
Katerina Konstantoulea, Switch lab
Time
(Tuesday) 1:00 pm CET
Location
ON4 auditorium
Organizer
Progress Seminar Series
17oct4:00 pmCorinne HouartRNA regulation dynamics in developing and degenerating neurons
Event Details
Centre for Developmental Neurobiology Institute of Psychiatry, Psychology and Neuroscience, King’s College London The Houart Lab aims to understand the cellular, molecular and morphogenetic mechanisms required to build the vertebrate forebrain. Comparative
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Event Details
Centre for Developmental Neurobiology
Institute of Psychiatry, Psychology and Neuroscience, King’s College London
The Houart Lab aims to understand the cellular, molecular and morphogenetic mechanisms required to build the vertebrate forebrain. Comparative studies using zebrafish and mouse are designed to explore the regulatory changes generating forebrain diversity in vertebrates. We are exploring the impact of signalling pathways in cell migration and identifying key downstream targets of proteins triggering neurodegeneration in Amyotropic Lateral Sclerosis (ALS) and Human Spastic Paraplegia (HSP). Cell ablation and transplantation, genetics, high-throughput molecular biology and in vivo imaging are used to achieve our goals.
Time
(Thursday) 4:00 pm CET
Location
ON4 auditorium
Organizer
Distinguished Lecture Series
22oct1:00 pmProgress seminarAlberto Carpinteiro Soares & Kobe Janssen
Event Details
'Study of the molecular mechanisms in Tau propagation’ Alberto Carpinteiro Soares, Lab of Wim Annaert ‘Pept-in TM technology: opportunities and challenges for targeted aggregation in oncology’ Kobe Janssen, Switch lab
Event Details
‘Study of the molecular mechanisms in Tau propagation’
Alberto Carpinteiro Soares, Lab of Wim Annaert
‘Pept-in TM technology: opportunities and challenges for targeted aggregation in oncology’
Kobe Janssen, Switch lab
Time
(Tuesday) 1:00 pm CET
Location
ON4 auditorium
Organizer
Progress Seminar Series
