Description:
The aforementioned properties of hyaluronic acid make it ideal for making custom scaffolds for biological 3D printing, but it lacks the durability to be used as a support structure. For this reason, CD BioSciences offers methacrylate-based hyaluronic acid (HAMA), which not only improves on the disadvantages of using hyaluronic acid alone as a 3D bioprinting ink, but also has excellent biocompatibility, making it suitable for most human and animal cells and non-immunogenic. HAMA can be mixed with substrates or other bioinks to form more suitable cell growth and differentiation with certain strength of 3D structures.