Investigated Projects
4Dermis (Czech Health Research Council)
Cell-mediated multilayered 4th generation biomimetic scaffold for single-step total skin substitute: from laboratory to clinical application.
The aims of the project lie in the preparation and preclinical testing of a unique multilayer biomaterial based on natural resorbable biopolymers seeded… read more →
Degradable sandwich fibrous hydrogels for moist healing of difficult-to-heal wounds
Along with higher demands on the quality of patient care and lives, the request for new therapeutic methods is also increasing. The main goal of the project is to develop and optimize products for infected wound healing based on... read more →
ACCURE (Interreg, Austria-Czechia)
Austrian-Czechia union of regenerative medicine for acute and chronic wounds
The main goal of the 3-years project ACCURE is a cross-border cooperation between Austrian and Czech partners in the "Research and Innovation" priority in the field of medicine and biotechnology. Universities (CEITEC Brno University of... read more →
Bio-inspired injectable bone glue (WIN-CEITEC)
Synthesis, modification, and ex-vivo bone-to-bone adhesion testing
The main goal of the one-year project is to establish cooperation between CEITEC and the University of Waterloo in Canada. The project’s overall objective is to synthesize and modify biodegradable synthetic polymers by natural bioadhesive... read more →
PhD projects
Jaroslav Koča Bridge Fund
JAROSLAV KOCA BRIDGE FUND is a traditional internal stipend fund addressed to CEITEC PhD candidates which aims to promote interdisciplinary projects connecting life sciences and material sciences at CEITEC.
Specific Research BUT
Quality Internal Grants BUT (KiNG BUT)
Finished projects
TECHBIKOM (Interreg, Austria-Czechia)
Forest industry waste biomass processing technology for advanced polymer composites
Austrian-Czech project focusing on environment and resources. The main objective of the project is cross-border cooperation in the processing of waste bark... read more →
profiBONE (EAA grant)
Low-temperature 3D Printing of Bio-Functionalized Ceramic Bone Implants with Adjustable Mechanical Properties
Our goal is to improve mechanical, degradable, healing and antibacterial properties of implants by modification of ceramic cement with binders based on... read more →