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Maastricht Centre for Systems Biology (MaCSBio)

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Maastricht Centre for Systems Biology

Launched in 2015, the Maastricht Centre for Systems Biology (MaCSBio) aims to develop a set of computational and mathematical models and methods that will advance our understanding of biological systems, and predict the progression and treatment of complex diseases over time.

Fast facts

  • Three research themes: Systems BioMedicine, Computational Neuroscience, Systems Toxicology
  • At the interface of biology and computational modelling
  • Developing and applying novel mathematical and computational multi-scale models and methods
  • Integrating human (multi)omics data with detailed phenotypic information
  • Master's programme on Systems Biology
  • Led by Prof. Ilja Arts
Get a master's degree in Systems Biology

Systems Biology

Following fast technological advances, it is now possible to collect a wealth of information about the human body, ranging from large to miniscule scales. We can peek into the brain without opening the skull. Our glucose levels can be measured continuously using a smart sensor and an app on our mobile phone.

The entire human genome is available as one large roadmap, and more and more knowledge about molecules in health and disease becomes available every day. What if all of the available human data could be combined and deciphered by computers to create a “Digital Twin”? Welcome to the world of Systems Biology.

  • Research

    MaCSBio strives to perform cutting edge research in:

    • Systems BioMedicine
    • Computational Neuroscience
    • Systems Toxicology
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  • Education

    • the two-year master's programme Systems Biology
    • bachelor's and master's courses in several other programmes
    • project groups
    • internships
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  • Interdisciplinary

    To achieve scientific breakthroughs that could not be achieved in individual labs, the centre brings together the expertise of biologists, chemists, physicists, physicians, engineers, epidemiologists, mathematicians and computer scientists. Based at the Faculty of Science and Engineering, MaCSBio has close collaborations with the Faculty of Psychology and Neuroscience, and with the Faculty of Health, Medicine and Life Science, with their state-of-the-art laboratory and high-field MRI facilities.

  • Technology driven

    Despite great technological advances in omics, (non-invasive) imaging techniques, and wearable biosensors, combining such data and obtaining actionable information from them is a huge challenge. Therefore, experts at MaCSBio use and further develop a broad range of complex data analysis techniques, mathematical and computational models, and theories. This empowers scientists to infer insights and hypotheses beyond what is suggested by the data itself.

  • Open

    MaCSBio is fostering an environment of open and shared knowledge by actively seeking collaboration, organizing peer-to-peer learning and networking activities, early involvement of bachelor- and master students through teaching, project groups, and internships, and postgraduate education. Interested in what your peers are doing in the field of Systems Biology?

    Get involved, check out our events.

     

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