Smart Piezoelectric Bio-based Osteochondral Construct as a Model for Drug Testing and Implantation into Joint Defects

AcronymeSMARTPIEZO
Website 
CallM-ERA.NET Joint Call 2024
Implementation period01.07.2025. – 31.06.2028.
Project coordinator

Dr. hab. Dorota Kołbuk-Konieczny

Project partners

 

 

Institute of Fundamental Technological Research of the Polish Academy of Sciences (IPPT PAN, Warsaw, Poland)
Scinnovation s.r.o. (Prague, Czech Republic)
Innovative Medicine Centre, (IMC, Vilnius, Lithuania)
Latvian Institute of Organic Synthesis (LIOS, Riga, Latvia)
 
 
Leader of Latvian teamDr. Arkadijs Sobolevs
Total costs€ 1 232 953, Total requested funding: € 1 105 203
Costs for Latvian partner
€ 300 000
Summary

Needs: Joint defects (JD) from trauma, osteoarthritis, arthritis, or cancer represent a major challenge in healthcare due to poor treatment options and limited regeneration.

Objectives: Project aims to develop a bio-based, piezoelectric osteochondral construct sPiezoBio for JD repair and drug testing. The primary objectives are: to develop piezoelectric and bio-based materials; design two osteochondral repair products; overcome current limitations in JD repair materials by creating multifunctional, biomimetic constructs; enhance osteogenesis and chondrogenesis through ultrasound and mechanical stimulation.

Applications: The sPiezoBio can be applied in JD treatment, offering solutions for JD filling. They will also serve as in-vitro osteochondral tissue models for drug and treatment testing.

Impact&Benefits: sPiezoBio.