We aim to establish causal links between learning deficits or development delay and impaired brain circuit adaptation during behavior. Further, we aim to identify genetic factors contributing to mild learning impairment. (Picutres: Helmchen lab (left) and Ruff lab (right)).
From molecules to behavior
We aim to uncover molecular mechanisms underlying brain circuit development. Further, we want to identify mutations affecting circuit formation and multi-sensory processing. (Picture: Alexandre Dumoulin, Stoeckli Lab, UZH)
Translational research for better patient care
We aim to translate insights from basic research to the clinic and to develop new diagnostic tools as well as innovative treatment strategies. (Picture: Children's Hospital Zurich)
Microscopy Innovation Platform (MIP) – Pushing the boundaries of effective resolution
Building on the success of our mesoSPIM microscopes, we drive cutting-edge innovation across a wide range of light microscopy technologies.Further, we provide expertise and service for UZH researchers interested in using our microscopes, which allow high-resolution 3D imaging. (Pictures: mesospim.org)
Platform: Innovative high-dimensional data science (HDDS)
We aim to develop innovative algorithms for analysis of data from microscopy, functional imaging or behavior videos. (Picture: Sepp Kollmorgen, Platform manager, UZH)
Platform for learning and learning disorders (LLD)
The platform aims to foster efficiency of collaborative research projects and to ensure effective dissemination of scientific knowledge by providing educational activities, information, and materials on learning disorders for different stakeholders. Further, we provide dyslexia assessement.
Adaptive Brain Circuits in Development and Learning