In this work we present the design procedure of an electrical stimulation-based bioreactor capable of delivering highly controlled electrical stimulation to the culture environment. The device was validated through in vitro tests aimed at examining the role of different electrical stimulation patterns in enhancing differentiation of adipose-derived stem cells and human cardiac progenitor cells toward the cardiac phenotype
Effect of electric field stimulation on murine and human stem/progenitor cells isolated from different sources
CONSOLO, FILIPPO;FIORE, GIANFRANCO BENIAMINO;SONCINI, MONICA;REDAELLI, ALBERTO CESARE LUIGI;
2012-01-01
Abstract
In this work we present the design procedure of an electrical stimulation-based bioreactor capable of delivering highly controlled electrical stimulation to the culture environment. The device was validated through in vitro tests aimed at examining the role of different electrical stimulation patterns in enhancing differentiation of adipose-derived stem cells and human cardiac progenitor cells toward the cardiac phenotypeFile in questo prodotto:
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Comunicazione Congresso _Frontiers in Cardiovascular Research_ Trieste 30maggio 2 giugno 2012.pdf
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