BSA-Based Resin for Vat Photopolymerization
This technology offers a bovine serum albumin-based resin for stereolithographic apparatus 3D printing. This method affords bioplastic objects with shape-memory behavior and enables superior mechanical performance.
Globular Protein Preparation and Deposition as a 3D Printing Substrate
Advancements in tissue engineering and bioprinting are challenged by the lack of available materials to improve hydrogel developments. The incorporation of affordable and naturally sourced tannic acid (TA) in hydrogels can tune the swelling behavior and mechanical properties for 3D printing.
Hydrogel Tubes and Coaxial Fibers from Custom 3D Printed Nozzles
This technology offers a fabrication process for coaxial fibers and hollow tubes with hydrogel compositions. Custom nozzles extrude and cure the hydrogel during the printing process and shows potential in in vitro models.
Protein-Based Resins for Additive Manufacturing
This technology is a methacrylated bovine serum albumin resin for 3D printed structure that are biocompatible and patterned by light. It can be used for hydrogel resins because it is simple to prepare and biodegradable.