Attraction of a new scientific group for synergistic research for the development of bone tissue regenerating nanostructured composite materials
Aim
Description
The research theme of the project corresponds to such state priority scientific directions as innovative materials and technologies and public health
It is planned to achieve the following results: create a new scientific group and new jobs for scientific staff, prepare and submit at least four original scientific articles to be published in magazines included in SCOPUS or Web of Science databases, take part in at least two international conferences with reports of research results, develop two new innovative technologies for the acquisition of innovative technology nanostructured bone implant composite materials, and after the implementation of the project to provide jobs at Riga Technical University for at least three members of scientific staff.
On 22 May 2015 Riga Stradiņš University Medicine Doctoral Council granted Māris Grzibovskis a doctoral degree in medical sciences of the Republic of Latvia for the defence of the doctoral thesis “Quantitative evaluation of signal molecules in intercurrent septal tissues of different age groups”
Activities of the project
- Create a new scientific group and new jobs for scientific staff
- Prepare at least four original scientific articles to be published in SCOPUS or Web of Science databases included magazines
- Participate in at least two scientific conferences with reports about research results
- Develop two new innovative technologies for the acquisition of nanostructured bone implant composite materials
- After the implementation of the project to provide jobs at Riga Technical University for at least three members of scientific staff
The implementer of the Project is Riga Technical University faculty of Material Science and Applied Chemistry, Institute of General Chemical Engineering
Project cooperation partner Riga Stradiņš University
The administrator of the project is Riga Technical university Project Management Department Project Implementation and Monitoring Department
Results of the project
1. Create new scientific groups
- Create new jobs
- Kept jobs two years after the end of the project
2. Research
- New scientific publications have been prepared and submitted
- Participation in international scientific conferences with reports
- Developed technology for acquisition of nanostructured bone implants composite materials with antibacterial properties
- Developed technology for acquisition of nanostructured bone implants composite materials with antiosteoporosis properties
Place of project implementation: Riga Technical University
Scientific leader Līga Bērziņa-Cimdiņa
Project manager Arta Čakša-Lapsiņa
