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Developmental biology / Cell biology / Cloning / Inner cell mass / Embryonic stem cell / Progenitor cell / Induced pluripotent stem cell / Hematopoietic stem cell / Cell therapy / Biology / Stem cells / Biotechnology


In vitro differentiation of mouse embryonic stem cells into inner ear hair cell-like cells using stromal cell conditioned medium
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Document Date: 2012-05-24 05:56:36

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Olympus / Millipore / Takara / Becker KG / HITACHI / RIKEN Cell Bank / Creative Commons / Covance / Macmillan Publishers Limited / /

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France / Japan / United States / /

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Nara Medical University / Institute of Scientific / Osaka University / Scale bar / BioResource Center / /

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differentiated media / culture media / stem cell technology / confocal imaging system / therapy for inner ear diseases / differentiation media / therapy for inner ear disease / experimental protocols / /

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DF / viral infection / leukemia inhibitory factor / disorder / MS / Hearing loss / inner ear diseases / Disease / PFA / inner ear disease / /

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gene therapy / cell therapy / /

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Department of Parasitology / Institut Pasteur / RIKEN Center for Developmental Biology / Institutional Animal Care and Use Committee / Osaka University / Department of Pathogen / Infection and Immunity / Nara Medical University / Institute of Scientific and Industrial Research / Ministry of Education / Center for Ultrahigh Voltage Electron Microscopy / /

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Raphael Y. Cochlear / Shimada / Amin N. Evolutionary / Hitoshi Niwa / Promega / Kunisada T. Iris / /

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Sigma / Olympus E-3 Digital Camera / B300 / BMP-2 / /

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Warrington / /

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PLoS One / Infection and Immunity / /

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BMP / cell therapy / antibodies / Biotechnology / transplantation / Technology of Japan / stem cells / stem cell technology / experimental protocols / gene therapy / laser / Tissue Engineering / gene expression / /

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