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Electrophysiological properties of neural stem cell-derived midbrain neurons reveal functional dopaminergic differentiation as prerequisite for therapeutic approaches

A Hermann, M Maisel, F Wegner, J Milosevic, M Gerlach, J Schwarz, A Storch · Aktuelle Neurologie · Ausgabe 09/2007

DOI 10.1055/s-2007-987582

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Autor:innenA Hermann, M Maisel, F Wegner, J Milosevic, M Gerlach, J Schwarz, A Storch
ZeitschriftAktuelle Neurologie
Ausgabe09/2007
Jahrgang / SeitenNicht angegeben

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Abstract-Vorschau

Neural progenitor cells existing in the developing and adult brain retain the capacity to self renew and to produce the major cell types of the brain opening new strategies for restorative therapy of neuropsychiatric disorders. These cells can be grown in vitro while retaining the potential to differentiate into nervous tissue. A primary target for neurorestoration is Parkinson's disease, characterized by a continuo…

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A Hermann, M Maisel, F Wegner, J Milosevic, M Gerlach, J Schwarz, A Storch (2007) Electrophysiological properties of neural stem cell-derived midbrain neurons reveal functional dopaminergic differentiation as prerequisite for therapeutic approaches. Aktuelle Neurologie (09). https://doi.org/10.1055/s-2007-987582

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