Abstract: Traditional cell culturing methods are limited in their ability to supply growth medium to cells within scaffolds. To address this, we developed a custom perfusion bioreactor that allows for dynamic medium supply to ...

Abstract: Three-dimensional bioprinting is a rapidly growing field attempting to recreate functional tissues for medical and pharmaceutical purposes. Development of functional tissue requires deposition of multiple biomaterials ...

Abstract: Extrusion-based three-dimensional (3D) bio-printing deposits cell-laden bio-ink with high spatial resolution and may offer living tissue regeneration. Due to the biocompatibility, very low cytotoxicity, and high-water ...

Abstract: Threedimensional bioprinting is a promising field in regenerating patientspecific tissues and organs due to its inherent capability of releasing biocompatible materials encapsulating living cells in a predefined location. ...

Abstract: Bioprinting for regenerative medicine has been gaining a lot of popularity in today's world. Despite being one of the rigorously studied fields, there are still several challenges yet to be solved. Geometric fidelity and ...

Abstract: The field of 3D bioprinting is rapidly expanding as researchers strive to create functional tissues for medical and pharmaceutical purposes. The ability to print multiple materials, each containing various living cells, ...

Abstract: Among various 3D bioprinting methods, extrusion-based bioprinting stands out for its ability to maintain high cell viability and create intricate scaffold structures. However, working with synthetic polymers or natural ...