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Restoration of microcirculation allows efficient cell therapy at an advanced stage of muscular dystrophy Cesare Gargioli Institute of Cell Biology and Tissue Engineering Scientific Park of S. Raffaele Rome

Restoration of microcirculation allows efficient cell

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Page 1: Restoration of microcirculation allows efficient cell

Restoration of microcirculation allows efficient cell therapy at an advanced

stage of muscular dystrophy

Cesare Gargioli Institute of Cell Biology and

Tissue Engineering Scientific Park of S. Raffaele

Rome

Page 2: Restoration of microcirculation allows efficient cell
Page 3: Restoration of microcirculation allows efficient cell

Mesoangioblast from embryonic dorsal aorta

Endothelial

(Flk+, PECAM+)

Pericytes

(Flk- , PECAM-)

De Angelis et al., Development 1999

Page 4: Restoration of microcirculation allows efficient cell

1. Dissect dorsal aorta from E9.5 mouse embryo

2. Grow the aorta as organ culture for

7-15 days

4. Pick clones with given morphology and expand

3. Dissociate to single cells and clone on

STO feeder layer

Page 5: Restoration of microcirculation allows efficient cell
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Gene expression of mesoangioblast clones

Page 8: Restoration of microcirculation allows efficient cell

Dystrophy recovery ( SG-KO mice model)

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