Competencies
Responsible Researcher: Nathalie Barroca
The Biofabrication and Cell Culture Laboratory (BioFAB) is a dedicated research space focused on biomaterials, biofabrication and tissue engineering. It is equipped with all the necessary resources to support every stage of work involving cells and biomaterials, from system preparation to biological evaluation.
The laboratory’s activities include the handling and maintenance of cell cultures under sterile conditions, using laminar‑flow hoods and CO₂ incubators, as well as the preparation of media and samples supported by ultracentrifuges and other auxiliary equipment. Culture monitoring is performed using an inverted microscope, enabling continuous assessment of cell viability and morphology over time.
The laboratory is also equipped with a 3D bioprinter (RegenHu Biodiscovery 3D Printer), which enables the production of complex biological structures in a sterile environment using customized bioinks. This capability supports the development of 3D tissue models for applications in regenerative medicine, in‑vitro systems and controlled drug‑delivery platforms.
Additionally, the LBCC features a patented 3D electrospinning system, allowing the production of micro‑ and nanofibres organized into complex architectures. This technology enables the engineering of biomimetic scaffolds with high structural resolution.
