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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

    PleuraPlug

    Surface functionalized bio-based and injectable patches for tissue regeneration for traumatic pleural injuries
    Learn more
  • Project

    Bio4Clean

    Production of sustainable functional polymers for use in detergents and cleaning agents (Bio4MatPro BL1 – 3)
    Learn more
  • Project

    Catalytic Microgel Reactions

    Catalytic Microgel Reactions at Interface of Immiscible Droplets (492353574)
    Learn more
  • Project

    ho[RtikulturNA]

    Innovative RNA-based Plant Protection Technology in Horticulture (2819NA120)
    Learn more
  • Project

    Materials for Additive Manufacturing

    Development of a method for carbide additivation on tool steel powders via a functional polymer binder to enhance the processability, microstructural isotropy, and strength of hard ferrous alloys (SPP 2122)
    Learn more
  • Project

    ReWIRE

    Technology-driven combinatorial therapy to rewire the spinal cord after injury
    Learn more
  • Project

    GreenProtect

    A Sustainable Release System to Produce More Healthy Food with Less Pesticide
    Learn more
  • Project

    Mend the Gap

    A transformative biomaterials platform for spinal cord repair
    Learn more
  • Project

    µTISSUEfab

    Multiphasic hydrogels for high-throughput screening compatible human in vitro tissue and disease models
    Learn more
  • Project

    Tailoring force-induced reaction pathways

    Tailoring force-induced reaction pathways of mechanophores in polymer materials through energetic state and directionality
    Learn more
  • Project

    Thermally stable optical force probes

    Thermally stable optical force probes for technical high-performance polymer materials
    Learn more
  • Project

    KlarTEXt

    Cooperation platform to dynamise a sustainable and transformative textile economy
    Learn more

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DWI – Leibniz-Institut für
Interaktive Materialien

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