Neuroimmunology
Our main research programme encompass identification of genes that predispose to both human MS and its experimental counterpart (EAE), attempting to elucidate the molecular and cellular mechanisms that lead to disease development. Our related programmes compliment this strategy by focusing on why nerve cells die and how stem cells can be used to heal neuroimmunological damage.
Research Teams
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Genetics of Experimental Autoimmune Encephalomyelitis and immunological therapy in Multiple Sclerosis
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Multifactorial disease genetics
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Epigenetics is comprised of stable changes of gene expression inherited from one cell generation to the next without a change in DNA sequence (genetic code). This is mainly achieved through modifications of DNA and histones. It provides additional and more flexible level of regulation on the top of the genetic code that can also be modulated by environment.
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Neural stem cells in inflammation and neurotrauma
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Bone marrow-derived cells as a tool for reconstructive neurobiology.
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Defining the genetics and mechanisms of nerve degeneration