Summary
Natural materials in biomedical field are investigated for clinical use, as materials for the fabrication of biomedical prostheses, for the stimulation of regenerative medicine patterns, or as carriers for drug release, and have acquired increasing relevance in the past years, being recognized their intrinsic bioactive properties and the possibility to repair and overcome diseases with the use of Tissue Engineering and Regenerative Medicine (TERM) based procedures.
Different kinds of natural materials like silks from silkworms, chitins and chitosan from crustacean, corals, collagen from marine organisms, polymers derived from plants or algae have found or are investigated for clinical use.
Research activities will be directed to the exploitation and validation of natural materials for tissue engineering applications.
The exchange of faculties and researchers aims also at comparing methods, regulations, procedures, good practices and methodologies with the goal of establishing a consensus on the use of in vitro experiments for the validation of materials, the possibility of building in vitro models for the investigation and the reduction of animal testing, and the use of in vitro technologies for the construction of 3D predictive models to be used for the evaluation of biocompatibility of materials, efficacy of regenerative process and drugs efficiency without earlier use of animal testings, and to model disease progress and mechanisms (e.g. tumor models).
The involved institutions have a proven excellence in the area covered by this proposal, and scientific collaborations already exist among their scientists. Besides, the two EU partners are members of the European Institute on Regenerative Medicine, with a dense network of collaborations all over the world.
The exchange of researchers and the organization of joint networking activities will facilitate the know how circulation, alignment of procedures and the involvement of a broader industrial community.
Different kinds of natural materials like silks from silkworms, chitins and chitosan from crustacean, corals, collagen from marine organisms, polymers derived from plants or algae have found or are investigated for clinical use.
Research activities will be directed to the exploitation and validation of natural materials for tissue engineering applications.
The exchange of faculties and researchers aims also at comparing methods, regulations, procedures, good practices and methodologies with the goal of establishing a consensus on the use of in vitro experiments for the validation of materials, the possibility of building in vitro models for the investigation and the reduction of animal testing, and the use of in vitro technologies for the construction of 3D predictive models to be used for the evaluation of biocompatibility of materials, efficacy of regenerative process and drugs efficiency without earlier use of animal testings, and to model disease progress and mechanisms (e.g. tumor models).
The involved institutions have a proven excellence in the area covered by this proposal, and scientific collaborations already exist among their scientists. Besides, the two EU partners are members of the European Institute on Regenerative Medicine, with a dense network of collaborations all over the world.
The exchange of researchers and the organization of joint networking activities will facilitate the know how circulation, alignment of procedures and the involvement of a broader industrial community.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/778078 |
| Start date: | 01-11-2017 |
| End date: | 30-04-2023 |
| Total budget - Public funding: | 877 500,00 Euro - 670 500,00 Euro |
Cordis data
Original description
Natural materials in biomedical field are investigated for clinical use, as materials for the fabrication of biomedical prostheses, for the stimulation of regenerative medicine patterns, or as carriers for drug release, and have acquired increasing relevance in the past years, being recognized their intrinsic bioactive properties and the possibility to repair and overcome diseases with the use of Tissue Engineering and Regenerative Medicine (TERM) based procedures.Different kinds of natural materials like silks from silkworms, chitins and chitosan from crustacean, corals, collagen from marine organisms, polymers derived from plants or algae have found or are investigated for clinical use.
Research activities will be directed to the exploitation and validation of natural materials for tissue engineering applications.
The exchange of faculties and researchers aims also at comparing methods, regulations, procedures, good practices and methodologies with the goal of establishing a consensus on the use of in vitro experiments for the validation of materials, the possibility of building in vitro models for the investigation and the reduction of animal testing, and the use of in vitro technologies for the construction of 3D predictive models to be used for the evaluation of biocompatibility of materials, efficacy of regenerative process and drugs efficiency without earlier use of animal testings, and to model disease progress and mechanisms (e.g. tumor models).
The involved institutions have a proven excellence in the area covered by this proposal, and scientific collaborations already exist among their scientists. Besides, the two EU partners are members of the European Institute on Regenerative Medicine, with a dense network of collaborations all over the world.
The exchange of researchers and the organization of joint networking activities will facilitate the know how circulation, alignment of procedures and the involvement of a broader industrial community.
Status
CLOSEDCall topic
MSCA-RISE-2017Update Date
28-04-2024
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