FORNEUROCELL II - Projects
- Development of imaging techniques for the detection of endogenous as well as transplanted stem cells in the living organism
- Non-invasive detection of functional integration of optically-controlled stem cells by (f)MRI in vivo
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- Watch me if you can: Optical and MRS imaging of neurogenesis in the adult brain
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- Identification of signalling pathways in maintenance and differentiation of adult neural stem cells
- Identification of signalling pathways regulating adult neural stem cell maintenance
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- The Role of Brain-derived Neurotrophic Factor Signaling for Differentiation and Maintenance of Neural Stem Cells and Newborn Neurons in the Hippocampus
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- Preclinical testing in lesion models
- Characterization of adult neural progenitor cells inthe striatum in models of Parkinson's disease
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- Differentiation of adult human astroglia into functional neurons
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- Long-term in vivo imaging of the integration, the maturation and the survival of adult-born neurons in the olfactory bulb of transgenic animal models of Alzheimer’s disease.
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- Watch me if you can: Optical and MRS imaging of neurogenesis in the adult brain
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- Targeted programming or reprogramming of stem cells
- Canonical Wnt-signalling in dopaminergic differentiation in vivo and in vitro
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- Characterization of adult neural progenitor cells inthe striatum in models of Parkinson's disease
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- Differentiation of adult human astroglia into functional neurons
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- Functional characterization od adult human hippocampal stem cells and their targeted differentiation into dopaminergic neurons
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- Impact of Sox proteins on adult oligodendrogenesis in the normal and lesioned spinal cord
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- Transfer of stem cell technology to human cells
- Canonical Wnt-signalling in dopaminergic differentiation in vivo and in vitro
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- Characterization of adult neural progenitor cells inthe striatum in models of Parkinson's disease
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- Differentiation of adult human astroglia into functional neurons
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- Functional characterization od adult human hippocampal stem cells and their targeted differentiation into dopaminergic neurons
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