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

    A light modulated hydrogel system

    A light modulated hydrogel system as a model to analyze cell and nerve dynamic behavior under physiological conditions
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  • Project

    ProPhos

    Phosphates from renewable raw materials for the functionalization of plastic consumer goods
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  • Project

    ProbioPads

    Probiotic bacteria for a healthy skin
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  • Project

    Azetidinium-functionalized polymers

    Azetidinium-functionalized polymers for antimicrobial finishing of textiles
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  • Project

    Twin Polymerization

    Novel hybrid sol-gel coatings for textiles by twin polymerization
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  • Project

    Regulation of the epithelial-endothelial signaling interface

    Regulation of the epithelial-endothelial signaling interface by shear stressand substrate stiffness
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  • Project

    Microgel Catalysts for Oxidation

    Bioinspired- Se-driven Switchable Microgels Catalysts for Oxidation Processes
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  • Project

    Design of Copper Sulfide Nanoparticle-Loaded Nanogels

    for Photoacoustic Imaging-Guided Tumor Photothermal Therapy (GZ1505)
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  • Project

    Functional fibrin-based hydrogels

    Functional fibrin-based hydrogels for controlling cell/biomaterial interactions in biohybrid implants (402991504)
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  • Project

    Investigation of microgel synthesis

    Experimental and model-based investigation of microgel synthesis (SFB 985 B4)
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  • Project

    Organocatalysts on responsive Microgels

    Switchable Colloidal Organocatalysts based on responsive Microgels
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  • Project

    SiO2 micro capsules

    SiO2 micro capsules for vector protection of textiles
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