Fraunhofer Institute for Applied Polymer ResearchTogether with the industrial partners and the university departments in Brandenburg, the network structure is to be expanded and further projects are initiated. In this context, larger project applications on the topic of function integration are also planned, e.g. at BMBF, BMWi and within the framework of EU funding. In connection to that, the high-performance center is already participating in two initiatives within the framework of the BMBF call for proposals "Innovative University" in the state of Brandenburg.
More efficiency for production and products
For the production of function-integrated products, the entire value chain is to be implemented - from application-oriented basic research over applied research to concrete prototype or product developments.
Projects
Projects with state funding
Phase III: 01.01.2021 – 31.12.2021
- New semiconductor-based plasmonic materials
- MiA - Microplastics in arable soil: investigation of the degradation of alternative plastic mulch using high-throughput infrared spectroscopy
- SensreD - Sensor technology with functionalized optical fibers for respiratory diagnostics
Phase II: 01.04.2019 – 31.12.2020
- Biologically active cultivation surfaces for in vitro immunization
- New semiconductor-based plasmonic materials
- Sortase-based protein-polymer and protein-nanoparticle conjugates: characterization of 3D structure, dynamics and interaction by NMR spectroscopy
- MiA - Microplastics in arable soil: investigation of the degradation of alternative plastic mulch using high-throughput infrared spectroscopy (MiA)
- SensreD - Sensor technology with functionalized optical fibers for respiratory diagnostics
Phase I: 01.04.2017 – 31.03.2019
- New production technologies for medical applications using printed organic electronics
- Biobased functional polymers - equipment investments for research, development and innovation
- New production technology based on colloidal self-assembly
- Development of biosensors and bio-microfluidic systems for infectious agent detection
- Development of a platform technology for the functional characterization of bacterial toxins
- Instant detection of pathogens and resistances
- Development of an instrument-free universal sensor for direct bacterial detection
- Development of a physiologically relevant test system for high-throughput in vitro detection of hepatotoxicity
- Development of an ivD device for the determination of immune status in patient-related applications
Projects with Fraunhofer funding
Phase III: 01.01.2021 – 31.12.2021
- Autonomous biosensor for sensory analysis of respiratory gas
- Top-Detekt - Test scenarios of nanoparticle-based optical detection methods in the field of on-site analytics
- ArtECM - Artificial ECM for the production of membrane proteins and 3D cell culture
- (Bio)polymeric materials with antimicrobial properties
- Thermo-/water-responsive components
- HiPerFFFO - Additive manufacturing with high-performance plastics
- Technology implementation for scale-up synthesis of thermotropic additives
- Optimization of particle-based and planar substrates for gentle cell expansion
- SULFOPOL - Sulfonated polymer materials
- SCAFUNKA - Scaling of functional rubbers
- PriSens - DEMO - Piezoelectric sensors for functional integration in lightweight structures
- Integration of printed electronics in lightweight materials
- Investigation of the effect of ISP from snow algae on cell-cell interactions and validation of a heterologous expression system
- Sortase-based protein-polymer and protein-nanoparticle conjugates: characterization of 3D structure, dynamics and interaction by NMR spectroscopy
Phase II: 01.04.2019 – 31.12.2020
- Thermotropic films for the production of glass laminates
- Particle-based substrates for the gentle expansion of high-quality cell samples in bioreactors
- Integration of electrical functions in carbon fiber reinforced plastics (CFRP)
- CFRP-PCB
- Function-integrated surfaces for device-free respiratory gas analysis -A development platform for autonomous biosensors
- Stable, multiplexable test strips for on-site analysis
- Development of a market-ready glycopolymer coating for the cultivation of adherent cells (FunGlyko2)
Phase I: 01.04.2017 – 31.03.2019
- Function-integrated surfaces as single-use systems in environmental and life sciences (FukObEin)
- Quantum dots (QD) and polymer nanoparticles as luminescent markers for multiplexable solid-phase rapid tests in on-site analytics
- Development of novel glycopolymer coatings for the cultivation of adherent cells
- Function integration using up-scaling of functional coatings on the pilot system (InterSmart)
- Shape memory polymers for 3D printing
- Integration of tuneable low-TG polymers in duromer systems (ITUBADU).
- Functional surfaces for molecular separation in pharmaceutical and biotechnological production processes
- Particle-based sensors as substrates for the gentle expansion of high-quality cell samples (PartiSens)