This research shows that magnetic levitational bioassembly with a non-toxic, low concentration of a paramagnetic medium in high magnetic field is technologically feasible. Moreover, the experimental results confirm that it can be used as a cost-effective alternative to microgravity research at the International Space Station ISS.
Tissue spheroids (TS) represent a building block in biofabrication. In this study, authors suggest a procedure for systematic multiparametric characterization of TS to generate viable cell aggregates with defined morphology, biomechanical properties and uniform predictable geometry from different types of cells.
3D bioprinted organs, especially hearts, are slowly becoming a reality. Learn about the most promising 3D printed heart projects of 2020.
Scientific team of 3D Bioprinting Solution has published its work on multiparametric analysis of tissue spheroids fabricated from different types of cells in Biotechnology Journal.
The Future is Now: Organ Printing, Nanobots & Bionic Limbs. Biomedical advances that will change the human body
New article on magnetic biofabrication.
