Research
Fields of research
- Degradation under flowing liquids
- Bioreactors / Flow chambers
- Dynamic interactions between medium and biomaterial
- Biomimetic mineral formation
- Bioresponsive materials and composites
- Composite/hybrid materials for bone replacement
- Phosphate prestructured gelatin mineralized with calcium and strontium (PPGC+S) for treatment of osteoporotic altered bone
- Compact materials and porous scaffolds
- Sol-gel process under defined climatic conditions
- Mechanical testing
- Atomic force microscopy, electron microscopy, fluorescence microscopy
- Cultivation of stem cells for tissue engineering
- Bone remodeling, osteoblasts, osteoclasts
AGEO e.V.-Project
Electron microscopic interfacial analysis for systematization of short fiber reinforcement of calcium phosphate cements
Duration: 2023-2025
Principal investigator: Dr. Benjamin Kruppke
Funded by the Arbeitsgemeinschaft für Elektronenoptik e.V.
DFG-Project
Resorbable Biopolymer Filaments for Drug Release in Gingival Pockets for Adjuvant Periodontitis Treatment
Duration: 2022-2024
Principal investigator: Dr. Benjamin Kruppke
DFG-Project
Osteoclast activation by radiolytic degradation of organic/inorganic double hybrid materials (DHM) for controlled enhanced degradation of bone substitute materials
Duration: 2022-2024
Principal investigator: Dr. Benjamin Kruppke
BMBF-Project
Bioinspired production of Artificial Enamel by in-situ nano-mineralization. (ArtEnamel)
Duration: 1 Jahr (from 10.2021)
Principal investigator: Dr. Benjamin Kruppke
Researcher: Dr.-Ing. Christiane Heinemann
DFG Project
Investigating the synergistic effects of spatially resolved biochemical, physicochemical, and physical key stimuli to generate biomimetic niches in perfusion bioreactor and their proficiency to derive large bone-like constructs.
Duration: 3 Years (from 07.2021)
Principal investigator: Dr. Benjamin Kruppke
Researcher: Dipl.-Ing. Franziska Alt
DFG Project
Collaborative Research Center/Transregio 79 " Materials for Tissue Regeneration within Systemically Altered Bone "
Materials for Tissue Regeneration within Systemically Altered Bone
Subproject M3: Composite based on collagen, silica and calcium phosphate for bone replacement
Duration: 8+1 Years
Principal investigator: Dr. Thomas Hanke and Dr. Benjamin Kruppke (from 2018)