Iwasaki Masayoshi | Molecular Cardiology, University of Frankfurt
スポンサーリンク
概要
関連著者
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Koyanagi Masamichi
Institute Of Cardiovascular Regeneration Center For Molecular Medicine University Of Frankfurt
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Zeiher Andreas
Institute Of Cardiovascular Regeneration Center For Molecular Medicine University Of Frankfurt
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Koyanagi Masamichi
Institute For Cardiovascular Regeneration Centre Of Molecular Medicine University Of Frankfurt
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Koyanagi Masamichi
Molecular Cardiology, University of Frankfurt
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Zeiher Andreas
Molecular Cardiology, University of Frankfurt
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Dimmeler Stefanie
Molecular Cardiology, University of Frankfurt
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Iwasaki Masayoshi
Institute of Cardiovascular Regeneration Center for Molecular Medicine, University of Frankfurt
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Dimmeler Stefanie
Institute of Cardiovascular Regeneration Center for Molecular Medicine, University of Frankfurt
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Bushoven Philipp
Department Of Molecular Cardiology University Of Frankfurt
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Iwasaki Masayoshi
Molecular Cardiology, University of Frankfurt
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Bushoven Philipp
Molecular Cardiology, University of Frankfurt
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Iwasaki Masayoshi
Institute Of Cardiovascular Regeneration Center For Molecular Medicine University Of Frankfurt
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Dimmeler Stefanie
Institute Of Cardiovascular Regeneration Center For Molecular Medicine University Of Frankfurt
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Dimmeler Stefanie
Molecular Cardiology University Frankfurt
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Koyanagi Masamichi
Department Of Molecular Cardiology University Of Frankfurt
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Koyanagi Masamichi
Molecular Cardiology University Of Frankfurt
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Zeiher Andreas
Department Of Molecular Cardiology University Of Frankfurt
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Urbich Carmen
Department of Molecular Cardiology, University of Frankfurt
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Urbich Carmen
Molecular Cardiology, University of Frankfurt
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Urbich Carmen
Department Of Molecular Cardiology University Of Frankfurt
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Zeiher Andreas
Institute For Cardiovascular Regeneration Centre Of Molecular Medicine University Of Frankfurt
著作論文
- PE-438 Activation of PKC δ and Serum Response Factor by Non-canonical Wnts Enhances the Differentiation of Circulating Progenitor Cells to Cardiomyocytes(Heart failure, basic-5, The 71st Annual Scientific Meeting of the Japanese Circulation Society)
- OE-133 Notch Signaling Contributes to Adult Progenitor Cell Differentiation into Cardiomyocytes(Development and differentiation-1, The 71st Annual Scientific Meeting of the Japanese Circulation Society)