Cornelius Gross
Head of EMBL Rome
EditAt EMBL Rome, scientists explore the connections between genome, environment, and neural function
The Epigenetics and Neurobiology Unit connects under one roof experts studying the control of gene expression with those examining sensory processing and behavioural control.
Research at the Unit focuses primarily on the interdisciplinary investigation of epigenetics and neurobiology. The scientific activity is supported by a full range of on-site core facilities including gene editing and virus engineering, light imaging, flow cytometry, and an efficient and user friendly administration.
Additional support for our researchers is available through collaborations with data science experts at EMBL-EBI in Hinxton, with structural biologists at EMBL Hamburg and EMBL Grenoble, and a wide range of molecular biologists and technology experts at EMBL Heidelberg and EMBL Barcelona that host a series of complementary core facilities in genomics, proteomics, metabolomics, and imaging.
The interdisciplinary focus and relatively small size of the Unit foster a special atmosphere that exemplifies the founding principles of EMBL as a dynamic, open and collaborative environment where new scientific ideas are born and shaped.
The common theme explored in numerous projects across the site is how changes in gene expression and brain plasticity enable organisms to adapt to their environment. This research is complemented by the development of computational models of brain-body-environment interactions, integrating theoretical science with experimental data. As part of the EMBL AI Strategy, EMBL Rome has established a research line aimed at developing AI-driven agents capable of collaborating with scientists to optimise experimental workflows and accelerate scientific discovery.
Head of EMBL Rome
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Visual systems neuroscience
Mechanisms of embryonic gene regulation
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Epigenetic gene silencing in mammals
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Neural control of instinctive behaviour
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Epigenetic mechanisms and intergenerational inheritance
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AI-Driven Systems for Scientific Discovery
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Advanced optical techniques for deep tissue microscopy
Visual circuits in the thalamus
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Advancing molecular biology research to study life in context
Research groups at EMBL are organised into nine units spanning six European sites
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