Projects

Research at DWI is interdisciplinary and brings together expertise from different research groups. Most projects have a strong focus on practical applications and align with the institute's two Fields of Impact: Biomedical Materials and Sustainable Materials. Both address major societal challenges.

  • Project

    Model systems to understand protein behavior in living cells

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  • Project

    Heartbeat

    3D-assembly of interactive microgels to grow in vitro vascularized, structured, and beating human cardiac tissues in high-throughput
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  • Project

    Bio4MatPro

    Competence Center for the Biological Transformation of Materials Science and Production Engineering
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  • Project

    Mend the Gap

    Transformative Biomaterialien-Plattform für die Reparatur des Rückenmarks
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  • Project

    MUSE

    Mechanics of polymers Using sensitive molecular force SEnsors
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  • Project

    Microgelzymes

    Modular colloidal catalysts based on responsive microgels (SFB 985 C6)
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  • Project

    EcoCoat

    Soluble bio-based coating system for the lamination of textiles using the example of textile floor coverings
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  • Project

    HydroSpin

    Production process for cell fiber-based meat substitutes
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  • Project

    Bio flame retardant

    Bio-based flame retardant finish for cardboard and textiles based on polyphenol-polyphosphazenes
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  • Project

    Elektrogesponnene, flexible Zweischichten-Antiadhäsion-Hydrogelmaterialien

    basierend auf vernetzten, biokompatiblen und resorbierbaren Sternpolymeren zur Prävention postoperativer Adhäsion (Gewebsverwachsungen) in Folge fehlgesteuerter Wundheilungsprozesse
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  • Project

    Funktionale Zinkperoxid-Beschichtungen für antibakterielle Luftfiltersysteme

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  • Project

    MiRAGE

    Microgel Countercurrent Flow Reactor for Automated Glycan Synthesis with Immobilized Enzymes (031B1116B)
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