Highlights
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The Genetic Landscape of Neuro-Related Proteins
An international collaboration between Human Technopole, Fudan University, the University of Edinburgh, and the SCALLOP Consortium identified hundreds of proteins in human plasma related to human behavioural traits and neuropsychiatric disorders. These proteins are potential targets for drug repurposing and novel therapeutic interventions for mental disorders. The findings are published in Nature Human Behaviour.
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The National Facility for Light Imaging with Nicola Maghelli
Meet Nicola Maghelli, Head of the National Facility for Light Imaging at Human Technopole. The National Facility for Light Imaging is equipped with several high-end microscopy systems and instruments that enable both internal and external scientists to explore the microscopic world by imaging single cells and their components with high spatial and temporal resolution, potentially enhancing our understanding of diseases and paving the way for new therapies.
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5 fully funded PhD scholarships at HT through the SEMM
Human Technopole is offering up to 5 fully funded PhD scholarships to young scientists from the national and international community who wish to undertake a doctoral degree on a project focused on Computational Biology, Structural Biology or Biophysical modelling.
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Study reveals previously unknown genetic causes of Colorectal Cancer
An international team of scientists, including Andrea Sottoriva, Head of Human Technopole’s Computational Biology, has provided the most comprehensive analysis to date of the genetic makeup of colorectal cancer (CRC). The pioneering study was led by the University of Oxford, The Institute of Cancer Research and the University of Manchester.
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The National Facility for Data Handling and Analysis with Alberto Riva
Meet Alberto Riva, Head of the National Facility for Data Handling and Analysis. The mission of the NF for Data Handling and Analysis is to support national research by providing advanced analysis of biological datasets from high-throughput genomic and imaging technologies.
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Multiscale investigation of 7q11.23 copy number variation in neurodevelopmental disorders
Using diverse omics approaches and multiscale disease modelling, Human Technopole researchers uncovered the effects of 7q11.23 CNV, a section of chromosome 7 on neuronal differentiation, gene expression, protein synthesis, and intrinsic neuronal excitability in two neurodevelopmental disorders (i.e., Williams-Beuren and 7q microduplication syndromes). The research results are published in The Journal of Clinical Investigation.
Research at HT
Improving human life and technology by investing in human health and prevention research is the ultimate goal of Human Technopole. We need to prevent and cure diseases to allow people of all ages to not only live longer, but also live better.
To accomplish its mission, HT’s research strives to unravel fundamental mechanisms relevant to human physiology and disease using a multi-scale systems biology approach, based on a combination of experimental research and theory, coupled with computational biology and Artificial Intelligence.
Shared Research Infrastructure
To fulfil the needs of the Italian life science research community, HT infrastructure includes 5 National Facilities, serving as technological hubs and incubators for developing and disseminating new tools and methodologies and for carrying out top-level research.
Courses and Conferences
Work with us
We offer the opportunity to be part of a new, dynamic research institute promoting a highly collaborative and international working environment.
We aim to attract the best resources in each field with a selection based on merit and transparency as we believe that highly diverse teams produce the best and most innovative results.
If you are a passionate person who likes to seize great challenges, consider applying for one of our scientific or administrative vacancies.