3D TuMo-Print
Bio-printable 3D in vitro tumour-tissue model for high throughput testing of tumour therapeutics

This page shows you the diversity of our research. These projects represent a selection of our activities and are constantly updated.
Bio-printable 3D in vitro tumour-tissue model for high throughput testing of tumour therapeutics
Cell research to enable new therapeutic approaches in regenerative medicine − the metabolic differences between compensatory cell proliferation and ongoing apoptosis
Translation of clinical markers for oxygen deficiency in newborns into a new diagnostic tool to prevent early childhood brain damage and guide individualised therapy
Simulation, data analysis and artificial intelligence for the medical technology sector
Connected Health in Medical Mountains: Furtwangen University's innovation and transfer partnership
Functionalised tactile sensor catheter for model-based diagnostics of pathological vascular changes in arteries
Experimental and AI-based evaluation processes for the development of covalent drugs
(Early) detection and personalisation of autism spectrum disorder therapy for prevention
Multiplex lateral flow microarrays for point-of-care analysis of multidrug-resistant bacterial infections
Interaction of microbiota, motility and enteric nerve system (ENS) in the gastrointestinal tract
KI-based Solutions in Endoscopy Image Processing: Robustness and Certification
Model-based decision making by linking mathematical lung models with electrical impedance tomography
Sustainable strategies for laundry hygiene
Development of a nanopore assay for small molecules
3D printing materials for resorbable bone implants
Innovative technology for fast and reliable diagnosis of infectious diseases
Development of sustainable hygiene strategies in the modern household
Resource-saving recycling process for upcycling acrylonitrile butadiene styrene waste into functionalized (hybrid) adsorbers