Treffer 1 - 3 von 3 für Suche 'Salminger, Dominic', Suchdauer: 0,30s Treffer weiter einschränken
  1. 1
    Micro-Physiological-Systems enable investigation of hypoxia induced pathological processes in human aortic valve cells and tissues

    Micro-Physiological-Systems enable investigation of hypoxia induced pathological processes in human aortic valve cells and tissues von Winkelkotte, Maximilian, Schmieder, Florian, Behrens, Stephan, Salminger, Dominic, Jannasch, Anett, Matschke, Klaus, Tugtekin, Sems- Malte, Sonntag, Frank, Dittfeld, Claudia


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  2. 2
    Human Valvular Interstitial Cells Cultured in a Micro-physiological System - Impact of Oxygen Concentration Adjusted by a Chip Implemented Oxygenator

    Human Valvular Interstitial Cells Cultured in a Micro-physiological System - Impact of Oxygen Concentration Adjusted by a Chip Implemented Oxygenator von Dittfeld, Claudia, Schmieder, Florian, Salminger, Dominic, Behrens, Stephan, Jannasch, Anett, Plötze, Katrin, Matschke, Klaus, Sonntag, Frank, Tugtekin, Sems-Malte

    Veröffentlicht in Structural heart (Online)

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  3. 3
    Micro-Physiological-Systems enable investigation of hypoxia induced pathological processes in human aortic valve cells and tissues

    Micro-Physiological-Systems enable investigation of hypoxia induced pathological processes in human aortic valve cells and tissues von Winkelkotte, Maximilian, Schmieder, Florian, Behrens, Stephan, Salminger, Dominic, Jannasch, Anett, Matschke, Klaus, Tugtekin, Sems-Malte, Sonntag, Frank, Dittfeld, Claudia

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