
Our mission is to develop new synthetic materials for soft and hard tissue regeneration. The main focus is on bioactive and bioresorbable glasses and polymer/bioceramics composites. Materials are processed into, frits, bulks, fibers or scaffolds depending on the intended application: i.e. bone, cartilage or nerve regeneration.
Our research focuses on
- Processing and characterization of new bioactive materials with controlled therapeutic ions release
- Better understand the biomaterials/cells and biomaterials/protein interactions
- Develop scaffolds with load bearing properties
- Combine the optical and bioactive properties of glass to develop new biosensors and/or materials imaging techniques (biophotonics)
On a daily basis we study the chemical, structural, mechanical and physicochemical properties of a wide variety of materials, i.e. from polymer to ceramics for application in the medical field.
Leader
Jonathan Massera
Professor, (biomaterials)Members
Group members
Post-doctoral researchers
PhD, Virginia Alessandra Gobbo
PhD students
Sonya Ghanavati
Anastasiia Yiannacou
Sarah Larroudé
Sara Giacobbi
Heidi Lunden
Giorgio Goretti
MSc Students
Marjo Ala-Rämi
Heran Tilahun
Tamanna Debbarman
Harish Swaminathan
BSc Students
?
Others
Eloïse Dondoua (Summer trainee)
Current projects
Academy of Finland: Uniquely Designed Bioactive Glass Scaffolds: UNIBIO (2020-2024)
Academy of Finland: In-vivo imaging device based on biophotonic implants: GLOWTRACK (2020-2022)
H2020-MSCA-ITN-2019: Precision medicine for musculoskeletal regeneration, prosthetics, and active ageing - GA number 860462 (2020-2024)
Jane and Aatos Erkko Foundation: Bioactive Glass. scaffold for tissue engineerin: AGATE (2016-2022)

