2007 - FIS - im Forschungsinformationssystem der TU Dresden ...
2007 - FIS - im Forschungsinformationssystem der TU Dresden ...
2007 - FIS - im Forschungsinformationssystem der TU Dresden ...
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3. große interdisziplinäre forschungsprojekte<br />
Titel fachgebiet und<br />
arbeitsrichtung<br />
Regulated secretion and cell adhesion<br />
of pancreatic β-cells<br />
The role of vascular endothelial growth<br />
factor (VEGF) in neural progenitor cell<br />
function<br />
102<br />
Molecular cell biology,<br />
cell adhesion and signal<br />
transduction<br />
Developmental biology,<br />
vascular biology, neurobiology,<br />
stem cells<br />
Vascular tube formation Development,<br />
Angiogenesis, Membrane<br />
traffic, Tissue engineering<br />
Proliferation versus differentiation:<br />
contribution of hematopoietic cells to<br />
transdifferentiation processes in vascular<br />
proliferative diseases<br />
Culture of mesenchymal stem cells on<br />
BMP-containing bio-artificial matrices<br />
to generate interactive niches for early<br />
hematopoietic stem cells<br />
Cellular and molecular mechanisms<br />
un<strong>der</strong>lying the interaction of transplanted<br />
prominin-1/ CD133+ hematopoietic<br />
stem cells with mesenchymal stem cells<br />
– An essential step in the reconstitution<br />
of the hematopoietic system<br />
Regulation of cell adhesion, traficking,<br />
and lymphoid tissue formation by<br />
SWAP-70<br />
The role of runx1 in haematopoietic<br />
stem cells<br />
Interaction of FLT3 and CXCR4 in<br />
hematopoietic stem cells<br />
Development of ch<strong>im</strong>erism in various<br />
tissues after transplantation of prominin-1/<br />
CD133 positive hematopoietic<br />
stem cells in mice and man<br />
Medicine, molecular and<br />
cellular biology<br />
Cell biology of mesenchymal<br />
and hematopoietic<br />
stem cells/ Bio-engineering<br />
of artificial matrices<br />
Molecular cell biology,<br />
cell-cell-interaction<br />
Cell biology, molecular<br />
biology, biochemistry,<br />
<strong>im</strong>munology, cell motility<br />
and tissue homing<br />
Transcriptional regulation<br />
in hematopoietic stem<br />
cells<br />
Cell migration,<br />
Engraftment, Adhesion,<br />
cell-cell-interaction and<br />
tissue formation<br />
Engraftment kinetics of<br />
hematopoietic stem cells<br />
in various tissues<br />
leiter<br />
Prof. Sol<strong>im</strong>ena<br />
Prof. Breier<br />
Dr. Lammert<br />
PD Dr. Braun-<br />
Dullaeus<br />
Prof.<br />
Bornhäuser/<br />
Prof. Werner<br />
Dr. Corbeil<br />
Prof.<br />
Jessberger<br />
Dr. Buchholz<br />
PD Dr. Thiede/<br />
Dr. Brenner<br />
Prof. Ehninger