Projects

The project work of the Leibniz Institute for Interactive Materials is interdisciplinary and includes several working groups. The majority of the projects are carried out with particular focus on the practical application.

  • 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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