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Title

Neural priming of adipose-derived stem cells by cell-imprinted substrates

Authors
Ghazali, Zahra Sadat
Eskandari, Mahnaz
Bonakdar, Shahin
Renaud, Philippe
Mashinchian, Omid
Shalileh, Shahriar
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Published in Biofabrication. 2020
Abstract Cell-imprinting technology is a novel method for directing stem cell fate using substrates molded from target cells. Here, we fabricated and studied cell-imprinted substrates for neural priming in human adipose-derived stem cells in the absence of chemical cues. We molded polydimethylsiloxane (PDMS) silicone substrates on fixed differentiated neural progenitor cells (ReNcellTM VM). The ReNcellTM cell line consists of immortalized human neural progenitor cells that are capable to differentiate into neural cells. The fabricated cell-imprinted silicone substrates represent the geometrical micro- and nanotopology of the target cell morphology. During the molding procedure, no transfer of cellular proteins was detectable. In the first test with undifferentiated ReNcellTM VM cells, the cell-imprinted substrates could accelerate neural differentiation. With adipose-derived stem cells cultivated on the imprinted substrates, we observed modifications of cell morphology, shifting from spread to elongated shape. Both immunofluorescence and quantitative gene expression analysis showed upregulation of neural stem cell and early neuronal markers. Our study, for the first time, demonstrated the effectiveness of cell-imprinted substrates for neural priming of adipose-derived stem cells for regenerative medicine applications.
Keywords Neural tissue engineeringCell imprintingHuman mesenchymal stem cellsPatterned substrateNeural differentiation.
Identifiers
PMID: 33126230
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Structures
Research groups Groupe Thomas Braschler (970)
Génomique et métagénomique des produits sanguins labiles (956)
Projects
Swiss National Science Foundation: PP00P2_163684
Swiss National Science Foundation: PZ00P2_161347
Citation
(ISO format)
GHAZALI, Zahra Sadat et al. Neural priming of adipose-derived stem cells by cell-imprinted substrates. In: Biofabrication, 2020. doi: 10.1088/1758-5090/abc66f https://archive-ouverte.unige.ch/unige:144917

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Deposited on : 2020-11-18

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